Study Guide

Objective

After completing this study unit student:
- understands the principles of 3D modelling
- is able to create a model with solid and/or surface modelling software.
- is able to create and modify assemblies and workshop drawings.

Content

- re-engineering
- practicing to create a model 3D CAD software

Evaluation scale

H-5

Objective

After completing this study unit student deepens his/her understanding of the function of different underbody structure systems and how they affect on car handling

Content

Vehicle Suspension
Brake Systems

Evaluation scale

H-5

Objective

The purpose of the practical training is to deepen the students professional skills in work in practise. At the same time, the student gets familiar with work places in the field, employees´ job descriptions and tasks, work safety and machines and devices. The student develops his/her cooperative skills and learns to assess the keeping up in his/her work and development as a member in a work community
                                                                                                                                               

Content

practical training is guided

Evaluation scale

Hyväksytty/Hylätty

Objective

customer service
custumer behavior
customer experience

Content

customer service
custumer behavior
customer experience

Evaluation scale

H-5

Objective

After completing this study unit student:
- can describe the operation of automotive electronic components and systems.
- is able to explain and the principles of data networks, different types of sensors and electronic stability systems.
- recognize the signs of failures in different electronic components.
- is able to utilize his or hers knowledge in electronic component troubleshooting with an oscilloscope and other test equipment.

Content

- basics of digital circuits
- vehicle data networks
- ECU systems in otto and diesel engines
- electronics in suspension and brake systems (ESP, ABS, ASR etc.)
- troubleshooting of electronic sensors and actuators
?

Evaluation scale

H-5

Objective

After completing the course, the student knows different chassis construction materials, bonding and joining methods, corrosion prevention and body downweighting. Also, the student can select the correct damage repair methods and is capable of using the Cabas software for determining damage repair costs.

Content

Vehicle body sizing and dimensioning
- Ordinary and high strength steels
- Non-steel body materials
- Weldability of different materials, gluing and other bonding and joining methods
- Body downweighting possibilities
- Reparability and repair methods of modern body materials and structures
- CABAS software for determining damage repair costs

Evaluation scale

H-5

Objective

The aim is to understand safety issues in the automotive laboratory, the fundamentals of basic automotive engineering related measurements, to select correct measurement methods, to be familiar with the measuring equipment, to know how to implement the measurements, and to be capable of interpreting the results and drawing appropriate conclusions.

Content

Operations in the laboratory, getting to know the measurement devices, several laborarory works, reporting of the measurements.

Evaluation scale

H-5

Objective

After completing the module, the student is able to:
- determine the road resistance as well as the traction force and power needed, of a vehicle at different driving speeds
- determine the limitations of vehicle performance (acceleration, top speed, braking, cornering)
- understand and interpret the cornering properties of a vehicle (understeer, oversteer, neutral steer)
- explain how the steering angles influence the vehicle behavior

Content

- the drags and forces affecting a vehicle
- axle loads in different driving situations
- acceleration limited by engine power or wheel traction
- braking, the effect of initial speed to braking distance
- stability in cornering, sliding and tipping of a vehicle
- Ackermann steering geometry, cornering properties of a vehicle
- wheel angles

Materials

PowerPoint material prepared by the teacher

Teaching methods

Taking actively part in discussive lecturing and calculation excercise sessions, familiarizing oneself with the course material, completing the Excel excercise (traction force/speed diagram)

Exam schedules

Final exam on Friday November 22, 2024
Retakes will be arranged according to the need, one in December and one in January

International connections

Utilizing the constructive learning theory.
Sustainable development as a look-through principle

Completion alternatives

None

Student workload

As a learning exercise, the students compile in pairs a traction force/speed diagram of a car

44 h of contact teaching, including theory and calculation exercises
31 h of compiling the traction force/speed diagram with a fellow-student
60 h of self-study

Assessment criteria, approved/failed

Grading scale 0 - 5, out of which 1 - 5 are passing grades

Content scheduling

CONTENTS:

File 1
0. Basics of drive dynamics modelling
1. Driving resistance components and tractive force/speed diagram
2. Axle loads in different driving situations
3. Accelerations
4. Brakings

File 2
5. Stability in cornering: sliding and overturning

File 3
6. Cornering at low speeds: the steering angle needed
7. Cornering at high speeds: the steering angle needed

TIMING:
September 2024 - November 2024

Further information

e-mail

Evaluation scale

H-5

Assessment methods and criteria

The Excel exercise (traction force/speed diagram), completed in groups of two students is assessed on a pass/fail basis.
The final exam will be assessed as described below.

Assessment criteria, fail (0)

Fail 0: Exam result below 44 % of maximum points

Assessment criteria, satisfactory (1-2)

Fair 1: Exam result at least 44 % but below 55 % of maximum points
Fair 2: Exam result at least 55 % but below 66 % of maximum points

Assessment criteria, good (3-4)

Good 3: Exam result at least 66 % but below 77 % of maximum points
Good 4: Exam result at least 77 % but below 88 % of maximum points

Assessment criteria, excellent (5)

Excellent: Exam result at least 88 % of maximum points

Objective

After completing this study unit student understands the function of different underbody structure systems and how they affect on car handling

Content

- tires
- car handling and related test methods
- springs and shock absorbers
- suspension geometry, wheel alignment, roll, dive, squat
- steering systems
- brake systems

Evaluation scale

H-5

Objective

After completing this study unit student:
- is able to understand a typical car electric wiring diagram.
- can describe the function of car electric components and systems.
- is able to determine correct wire sizes and types.
- is able to find possible fault in an electric circuit.

Content

- wiring diagram
- wires, wiring harness, connectors and switches
- circuit protection
- batteries
- lighting systems
- alternator and starter systems
- ignition systems
- fuel injection systems
?

Evaluation scale

H-5

Objective

After completing the module, the student is able to
- recognize the parts and structure components used in vehicles
- name different components, parts and systems
- describe the structure and operation of different components and systems
- evaluate their condition and understand their role in the completeness of a vehicle
- analyze the operation of different parts and subsystems as ell as the requirements set for them

Content

Contents include
- brakes
- wheels
- tires
- suspension systems
- steering components
- power train: clutch, mechanical transmission, drive shafts, differential

Content scheduling

Contents include
- brakes
- wheels
- tires
- suspension systems
- steering components
- power train: clutch, mechanical transmission, drive shafts, differential

Evaluation scale

H-5

Objective

After completing the module, the student is able to
- recognize the parts and structure components used in vehicles
- name different components, parts and systems
- describe the structure and operation of different components and systems
- evaluate their condition and understand their role in the completeness of a vehicle
- analyze the operation of different parts and subsystems as ell as the requirements set for them

Content

Contents include
- brakes
- wheels
- tires
- suspension systems
- steering components
- power train: clutch, mechanical transmission, drive shafts, differential

Content scheduling

Contents include
- brakes
- wheels
- tires
- suspension systems
- steering components
- power train: clutch, mechanical transmission, drive shafts, differential

Evaluation scale

H-5

Objective

The aim of the course is to activate and develop the students’ field-relevant English language and communication skills. The students will gain professional skills in various spoken and written communicative situations encountered in working life and society. In addition, they will learn to utilize tools and techniques to further develop their skills in authentic, field-specific contexts. More specifically, students will focus on developing their language and communication skills in.
Upon completing the course, the students should have acquired skills to communicate at level B2 according to European Framework of Reference for Languages, which states that at B2-level students should be able to produce clear, coherent and well-structured texts, present detailed descriptions related to one’s field of interest, express and exchange opinions using fluent language, follow complex arguments, and read longer articles and reports.

Content

- writing professional, field-specific texts
- presenting and discussing field-specific topics in a professional manner
- reading field-specific texts and utilizing the information in professional contexts
- learning and using key terminology of their field
- becoming professional, autonomous language users in working life

Materials

The course material is available in Its.

International connections

The course topics include sustainability with study on the key vocabulary, and discussion on the main aspects of sustainability.

Student workload

The students will be tested on their skills with spoken and written assignments on the course topics. The assignments are completed during the contact meetings only.

Content scheduling

The course will run from 2 September to 13 December.

The course consists of contact meetings (12x2h=24h) and individual/group work (56h).

The course topics are professional emailing and reporting, meetings at work, and professional presentation. The topics include aspects of sustainability and/or digitalization, and field-specific vocabulary.

The aim of the course is to activate and develop the students’ field-relevant English language and communication skills. The students gain professional skills in various spoken and written communicative situations encountered in working life and society.

Learning objectives:

Spoken communication

The student
- presents topics in a structured way
- discusses topics using related terminology
- uses functional language e.g. signposting
- participates actively in discussions by commenting, asking, and reacting
- expresses themselves in a spontaneous way
- expresses themselves in a clear and logical way
- expresses themselves in their own words

Written communication

The student
- follows the structure and language of professional email and reporting
- recognizes and applies the appropriate style for the situation e.g. in terms of the vocabulary
- expresses themselves in a clear and logical way
- writes in their own words using sources correctly

Further information

The channel of communication during the course is Its.

Note that no general attendance is required but the assignments and meeting tasks are completed in contact meetings only (see evaluation).

Evaluation scale

H-5

Assessment methods and criteria

The evaluation is based on

1) four assignments

- email message, mini-report, meeting and presentation
- the evaluation scale for the assignments is 1-5
- specific evaluation criteria is given in connection with the instructions
- the average of individual assignment evaluations forms the final evaluation
- the assignments are completed in contact meetings only

2) meeting tasks and self-study tasks

- 7 tasks
- the evaluation scale is passed/failed
- if you return less than 5 tasks, the final evaluation will drop by one grade
- the meeting tasks are completed in contact meetings only

Points to be noted:

- For full final evaluation complete ALL course work within the given deadlines.
- Note that course work cannot be done again or replaced by other work, or an exam.
- With problems of completing course work, contact the teacher BEFORE the deadlines.
- Assignments are not accepted after 15 December 2024.

Objective

The aim of the course is to activate and develop the students’ field-relevant English language and communication skills. The students will gain professional skills in various spoken and written communicative situations encountered in working life and society. In addition, they will learn to utilize tools and techniques to further develop their skills in authentic, field-specific contexts. More specifically, students will focus on developing their language and communication skills in.
Upon completing the course, the students should have acquired skills to communicate at level B2 according to European Framework of Reference for Languages, which states that at B2-level students should be able to produce clear, coherent and well-structured texts, present detailed descriptions related to one’s field of interest, express and exchange opinions using fluent language, follow complex arguments, and read longer articles and reports.

Content

- writing professional, field-specific texts
- presenting and discussing field-specific topics in a professional manner
- reading field-specific texts and utilizing the information in professional contexts
- learning and using key terminology of their field
- becoming professional, autonomous language users in working life

Materials

The course material is available in Its.

International connections

The course topics include sustainability with study on the key vocabulary, and discussion on the main aspects of sustainability.

Student workload

The students will be tested on their skills with spoken and written assignments on the course topics. The assignments are completed during the contact meetings only.

Content scheduling

The course will run from 2 September to 13 December.

The course consists of contact meetings (12x2h=24h) and individual/group work (56h).

The course topics are professional emailing and reporting, meetings at work, and professional presentation. The topics include aspects of sustainability and/or digitalization, and field-specific vocabulary.

The aim of the course is to activate and develop the students’ field-relevant English language and communication skills. The students gain professional skills in various spoken and written communicative situations encountered in working life and society.

Learning objectives:

Spoken communication

The student
- presents topics in a structured way
- discusses topics using related terminology
- uses functional language e.g. signposting
- participates actively in discussions by commenting, asking, and reacting
- expresses themselves in a spontaneous way
- expresses themselves in a clear and logical way
- expresses themselves in their own words

Written communication

The student
- follows the structure and language of professional email and reporting
- recognizes and applies the appropriate style for the situation e.g. in terms of the vocabulary
- expresses themselves in a clear and logical way
- writes in their own words using sources correctly

Further information

The channel of communication during the course is Its.

Note that no general attendance is required but the assignments and meeting tasks are completed in contact meetings only (see evaluation).

Evaluation scale

H-5

Assessment methods and criteria

The evaluation is based on

1) four assignments

- email message, mini-report, meeting and presentation
- the evaluation scale for the assignments is 1-5
- specific evaluation criteria is given in connection with the instructions
- the average of individual assignment evaluations forms the final evaluation
- the assignments are completed in contact meetings only

2) meeting tasks and self-study tasks

- 7 tasks
- the evaluation scale is passed/failed
- if you return less than 5 tasks, the final evaluation will drop by one grade
- the meeting tasks are completed in contact meetings only

Points to be noted:

- For full final evaluation complete ALL course work within the given deadlines.
- Note that course work cannot be done again or replaced by other work, or an exam.
- With problems of completing course work, contact the teacher BEFORE the deadlines.
- Assignments are not accepted after 15 December 2024.

Objective

The student creates an overall picture of the managerial tasks and is able to take responsibility for a team. He/she can analyze and interpret the behavior of individuals and groups, and is able to act in a constructive manner within a work community and to assess the impact of his/her own behavior on it. The student internalizes the idea of constant development as a tool for developing the whole organization and the well-being of a work community.

Content

Managerial and subordinate competence
Motivation and competence development
Well-being of a work community
Change in organizations

Evaluation scale

H-5

Objective

After completion of the study unit the student is able to:
Managerial competence
Motivation and competence development
Well-being of a work community
Recognize basic problems in costing
Formalize prices
Create basic budget
Basics of bookkeeping of a company including the financial statement

Content

Managerial competence
Motivation and competence development
Well-being of a work community
Basics of costing
Pricing
Information on employer's contributions and value-added tax to the authorities
Basics of budgeting
Basics of Bookkeeping
Financial Statement

Evaluation scale

H-5

Objective

The student knows the refining methods of crude oil as well as the properties, requirements and classifications of motoring gasoline, diesel fuel and lubricants. He or she is able to describe the possibilities of alternative fuels in order to lower the greenhouse impact of fuel combustion. He or she is capable of utilizing his or her knowledge about lubrication mechanisms and selection of correct lubricants for the purpose in question.

Content

FUEL TECHNOLOGY: Motor gasoline refining, gasoline requirements, key figures and additives, low-emitting gasoline qualities, gasoline injection systems, gasoline in the future.
Diesel fuel refining, requirements and key figures, cold-climate operation and operating properties, environmental properties of diesel, diesel injection systems, diesel in the future.
Alternative fuels (gaseous products, alcohols, biofuels and renewable fuels, synthetic fuels, hydrogen).
LUBRICATION TECHNOLOGY: Duties of lubricants, lubrication mechanisms, lubricant manufacturing, basic properties and key figures of lubricants, synthetic lubricants, lubricant additives, lubricant classification systems, hydraulic oils, lubrication greases, determination of change interval, oil consumption

Materials

PowerPoint material prepared by the teacher

Teaching methods

Taking actively part in discussive lecturing and calculation exercise sessions, familiarizing oneself with the course material.

Exam schedules

Final exam on Tuesday, December 3, 2024, in room ICT Sigma
Retakes will be arranged according to the need, one in December and one in January

International connections

Utilizing the constructive learning theory.
Sustainable development as a look-through principle

Completion alternatives

None

Student workload

Calculation exercises within the lecturing hours

44 h of contact teaching, including theory and calculation exercises
91 h of self-study

Content scheduling

CONTENTS:
Fuel part:
1. General facts about fuels and emissions, CO2 generation from combustion, chemical structure of fuels, gasoline (petrol) production
2. Requirements for motor gasoline: anti-knock properties (octane rating), evaporative properties
3. Gasoline additives, low emission gasoline qualities, gasoline in the future
4. Diesel fuel quality requirements, key figures describing diesel fuel properties
5. Environmental properties of diesel fuel, cold-weather properties, reformulated diesel
6. Alternative fuels: natural gas, ethanol, biodiesel, renewable diesel, biogas and hydrogen

Lubrication part:
1. Tasks of lubricants, lubrication in general
2. Lubrication principles, lubricant components and manufacturing
3. Key figures of lubricants, synthetic lubricants
4. Lubricant additives
5. Oil classifications: viscosity and quality ratings
6. Hydraulic oils
7. Lubrication greases

TIMING:
September - November 2024

Further information

e-mail

Evaluation scale

H-5

Assessment methods and criteria

Final exam will be assessed with a scale of 0 - 5, out of which grades 1 - 5 are passing grades, 0 denotes failing

Assessment criteria, fail (0)

Fail 0: Exam result below 40 % of maximum

Assessment criteria, satisfactory (1-2)

Fair 1: Exam result at least 40 % but below 50 % of maximum
Fair 2: Exam result at least 50 % but below 60 % of maximum

Assessment criteria, good (3-4)

Good 3: Exam result at least 60 % but below 70 % of maximum
Good 4: Exam result at least 70 % but below 80 % of maximum

Assessment criteria, excellent (5)

Excellent 5: Exam result at least 80 % of maximum

Objective

• This course offers the frame of reference, within which the student is given an opportunity to master key physical research skills and laboratory work together with characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.

- Interpret, solve and report measurement based physical quantity equations together with their results and variations in physical quantities and their influences.

- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.

- Evaluate validity and application of physical and engineering concepts, equipments and methods used in research.

- Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena.

Content

- Safety at physics laboratory work

- Joint laboratory work and research report

- Independent basic laboratory team works

Materials

Työohjeiden lisäksi suositellaan:
INKINEN, Pentti, Jukka Tuohi. Momentti 1, insinöörifysiikka. Kustannusosakeyhtiö Otava.
INKINEN, Pentti, Reijo Manninen, Jukka Tuohi. Momentti 2, insinöörifysiikka. Kustannusosakeyhtiö Otava.
Kaavasto- ja taulukkokirjat
SFS Online.

Teaching methods

Opintojakso sisältää soveltaviin fysikaalisiin projektitöihin liittyvää suunnittelua, laboratoriotyöskentelyä tiimeissä sekä tutkimusten raportointia.

Exam schedules

Ei tenttiä. Opintojakso koostuu osasuorituksista.

International connections

Lähi-/etäopetus, projektityöskentely tiimeissä ja yksilöinä, sähköinen oppimisympäristö.

Opintojaksolla kannustetaaan soveltamaan vastuullisuuden ja kestävän kehityksen periaatteita.

Student workload

Toteutus ECTS mukaisesti.

Opiskelija käyttää aikaa sisällön läpikäyntiin, laboratoriotyöskentelyn suunnitteluun ja toteuttamiseen sekä raportointiin.

Opintojaksolla työskennellään työryhmässä, jonka omilla työvuoroilla on läsnäolopakko. Raportointiin voi käyttää vain työryhmän omia havaintoja.

Content scheduling

Opintojaksolla käsiteltävät sisällöt, seuraavassa järjestyksessä:
- Perehdyttäminen laboratoriotyöskentelyyn fysiikan laboratoriossa. Työturvallisuus ja ympäristönsuojelu fysiikan laboratoriossa.
- Soveltavat fysikaaliset projektityöt. Työryhmän työselostukset ja henkilökohtainen tutkimusraportti.

Further information

Edeltävät opinnot: Fysikaalinen tutkimus

Evaluation scale

H-5

Assessment methods and criteria

Opiskelijan osaamista arvioidaan tutkimusraportin ja työselostusten perusteella. Työkierron aikana palautettavien työselostusten ja tutkimusraportin arvioinnin tekee opettaja. Opintojakson arvosana muodostuu opiskelijan tutkimusraportista saaman arvosanan sekä siihen laskevasti, neutraalisti tai korottavasti vaikuttavien työselostusten perusteella.
Jokainen työkierron työ on suoritettava ajallaan sekä työselostusten ja tutkimusraportin palautukset on tehtävä palautuspäivään mennessä.
Hyväksytyn suorituksen arviointeja ei voi korottaa.

Objective

This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
- Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena.

Content

Mechanics
- Physics and measuring
- Linear motion
- Curvilinear motion
- Particle dynamics

Materials

INKINEN, Pentti, Jukka Tuohi. Momentti 1, insinöörifysiikka. Kustannusosakeyhtiö Otava.
Lisäksi suositellaan: Kaavasto- ja taulukkokirjat, SFS Online.

Teaching methods

Opintojaksolla käsitellään sen sisältöön liittyviä keskeisiä perusteita ja toimintatapoja sekä tavoitteisiin liittyviä tiimitehtäviä ja niiden esityksiä.

Exam schedules

Ei tenttiä. Opintojakso koostuu osasuorituksista.

International connections

Lähi- ja etäopetus, ennakko- ja harjoitustehtävät, tiimitehtävät, tiimioppiminen, yksilöoppiminen, sähköinen oppimisympäristö.

Opintojaksolla kannustetaaan soveltamaan vastuullisuuden ja kestävän kehityksen periaatteita.

Student workload

Toteutus ECTS mukaisesti.

Opiskelija käyttää aikaa sisällön läpikäyntiin sekä tehtävien ratkaisuun ja esittämiseen.

Content scheduling

Opintojaksolla käsiteltävät sisällöt, oppikirjan otsikoiden mukaisesti, seuraavassa järjestyksessä:
- Fysiikka ja mittaaminen: Suure- ja mittayksikköjärjestelmät. Merkitsevät numerot. Käytännön ohjeita.
- Suoraviivainen liike: Siirtymä, keskinopeus ja keskivauhti. Hetkellinen nopeus. Kiihtyvyys. Tasaisesti muuttuva liike.
- Käyräviivainen liike: Paikka- ja nopeusvektorit. Kiihtyvyysvektori. Heittoliike. Suhteellinen nopeus.
- Hiukkasen dynamiikka: Newtonin ensimmäinen laki. Newtonin toinen laki. Massa, painovoima ja paino. Newtonin kolmas laki. Newtonin lakien sovelluksia. Kitka.

Further information

Itslearning.

Evaluation scale

H-5

Assessment methods and criteria

Opiskelijan osaamista arvioidaan opiskelijatiimien saamien tiimitehtävien perusteella. Opintokokonaisuuksien jälkeen pidettävillä tiimitehtäväsessioilla muodostuu kuhunkin tiimitehtäviin perustuva yksilö- ja tiimiarviointi. Opiskelijan yksilöosaamisen arviointi tapahtuu tiimitehtäviä koskevien testien perusteella ja tiimiosaamisen arviointi tapahtuu tiimitehtävistä palautettavien esitysten perusteella. Testeistä saatava yksilöarvosana on 0...2 arvosanaa ja tiimitehtävien esityksistä saatava tiimiarvosana on 0...3 arvosanaa. Kullakin tiimitehtäväsessiolla opiskelijan kokonaisarvosana muodostuu näiden summana. Opiskelijan saama opintojakson arvosana muodostuu tiimitehtäväsessioiden kokonaisarvosanojen keskiarvona.

Jokaisten tiimitehtävien testit ja palautukset kuuluvat opintojakson osaamistavoitteisiin ja ne on tehtävä kunkin tiimitehtäväsession aikana.

Hyväksytyn suorituksen arviointeja ei voi korottaa.

Objective

After completing the course, the student
• can handle mathematical expressions and formulas within the engineering framework.
• understands the principles of solving equations and can solve equations encountered within technical applications.
• understands the basics of vector algebra and can apply vectors for modelling and solving technical problems.
• understands the basics concepts of geometry and trigonometry, and can apply them in modelling and problem solving.
• understands the concept of function and knows basic properties of functions.
• can apply functions for modelling and solving technical problems.
• understands the basic concepts of matrix algebra.
• can apply simultaneous equations for modelling and solving technical problems.
• can apply correct mathematical notations within the engineering framework.

Content

• Real numbers
• Basic arithmetic operations and the order of operations
• Algebraic expressions
• First and second order of polynomial equations and inequalities
• Simultaneous linear equations
• Radical functions and equations
• Exponential and logarithmic functions and equations
• Angles and angular units
• Right triangle and trigonometry
• Trigonometric functions and the unit circle
• Trigonometric equations
• The sine and cosine rules
• Basic concepts of vector algebra and modelling with vectors
• Scalar product and cross product of two vectors
• Basics of matrix algebra, determinant, inverse of a square matrix
• Field-specific content

Evaluation scale

H-5

Qualifications

Introduction to mathematical sciences or corresponding skills.

Objective

Students become acquainted with studying in university of applied sciences, e.g. the importance of planning the use of time, and large amount of independent work. The student understands the importance of study skills for the ability to study and as a working life skill. They also know career opportunities in automotive and transportation engineering.

Content

study skills
keeping to a schedule
jobs in automotive
professional identity

Evaluation scale

Hyväksytty/Hylätty

Objective

The student is familiar with basic legislation related to periodic vehicle technical inspection, with the inspection system and with the rights and responsibilities of the inspector. He or she knows the structure of the legislation and is capable of finding and implementing the regulations in practical situations.

Content

- Inspection legislation
- Inspection system
- Rights and responsibilities of the Inspector
- Structure of the legislation and its implementation

Evaluation scale

H-5

Objective

In this study unit, every student inspects 60 passenger cars under supervision.
Finding the placement for the training is the responsibility of the student.

Content

- Inspection of 60 passenger cars under supervision

Evaluation scale

H-5

Objective

He or she knows the measuring methods used in inspection, measuring devices and documentation methods of the results.

Content

- Measuring methods and devices used in inspection
- Interpretation and documentation of measurement results

Evaluation scale

Hyväksytty/Hylätty

Objective

The objective is that the student, after completing the inspection courses and practical training, is able to pass the inspection test organized by the authorities (Traficom). This test entitles the student to work as a light-duty vehicle inspector for two years. After completing the Bachelor of Engineering degree within two years, the entitlement becomes permanent.

Content

- Instructions of light-duty vehicle inspection
- Inspection methods
- Usage of equipment
- Principles of inspection assessment
- Measurements used in inspection
- Interpretation and reporting of measurement results

Evaluation scale

H-5

Objective

After completing this study unit student:
- is able to describe the fundamentals of a race car designing in general.
- will have a readiness to work as a race car scrutineer on site.

Content

- history of car racing in Finland and worldwide
- technical regulations, AKK and FIA
- designing and manufacturing of a race car
- testing and set up, maintenance

Evaluation scale

H-5

Objective

The student knows the basic processess of a car dealer's repair shop.

Content

Car shop service processes
Responsibilities
Business opportunities and resources

Evaluation scale

H-5

Objective

Opiskelija osaa toimia autokorjaamon vastuuhenkilönä tai työnjohtajana sekä asentajien kouluttajana. Hän osaa:
- kuvailla ja perustella korjaamotoiminnan organisointia ja ratkaisuja, laitteiden toimintaa ja kunnossapitoa
- organisoida ja kehittää korjaamon toimintatapoja
- hoitaa henkilö- ja asiakassuhteita
- käyttää korjaamotoimintaan liittyviä autoteknisiä mittausmenetelmiä ja mittalaitteita
- tulkita ja dokumentoida mittausten tuloksia sekä vetää niistä oikeat johtopäätökset

Content

Korjaamon suunnittelu
- Korjaamon varustelu
- Korjaamon töiden organisointi
- Korjaamon talous ja laskentatoimi
- Mittaukset ja dokumentointi
- Tutustumisvierailu autokorjaamolle

Evaluation scale

H-5

Objective

Green logistics is the process of minimizing damage to the environment due to the logistic operations of an organization. As concern for the environment rises, companies must take more account of the external costs of logistics associated mainly with climate change, air pollution, noise etc.
The student is able to:
- plan and optimize transport
- take into account environmental issues in transport

Content

• transport planning and optimization
• sustainable transport
• digitalisation and automation of logistics

Content scheduling

KURSSI PERUTTU RIITTÄMÄTTÖMÄN OSALLISTUJAMÄÄRÄN TAKIA

Evaluation scale

Hyväksytty/Hylätty

Objective

Student is able to define different elements of logistics, costs and logistical features of products. Student understands the importance of logistics according strategy implantation and having competitive advance and economic situation of the enterprise.
Student is able to determine functions of organization or network from first supplier to end user.
Student is able to choose the most cost efficient procedures with the best service level.
Student understands the meaning of demand and is able to plan level of inventory with the simple methods.
Student is able to decide suitable methods of transportation according products logistical features and volume.
In this course the student will also focus on the central purchasing operations. The student is then able to
- define the key concepts of purchasing

- recognize the main areas of competence in purchasing

Content

Determining term of logistics and connection with basic operations of enterprise. Various elements of logistics. Consist of costs of logistics. Logistical features of goods. Demand and it’s figures and forecasting. Packaging and transportation units. Forms of transport.

basic operations of a purchasing

Evaluation scale

H-5

Objective

After completing the course, the student knows methods how to analyze the strength of certain relatively simple structures.

Content

Bars in compression or in tension, rivets or screws in pure shear and beams in bending. In the case of bars and in some shearing conditions, both stresses and deformations are considered. However, in the case of beams, only stresses are considered and the computation of deformations or deflections are left to the following course Advanced Strength of Materials.

Materials

Course slides and freely selected book in terms of principles of strength

Teaching methods

Learning by doing

Exam schedules

18.3.
15.4.
10.6.

International connections

New skills based on earlier knowledge (brick-wall pedagogy).

Development of strong structures.

Completion alternatives

No optional course execution

Student workload

2 credits = 54 working hours = 5,4 hours per week

Further information

jari.lahtinen@turkuamk.fi

Evaluation scale

H-5

Assessment methods and criteria

Evaluation: Exam 100 %, based on homework 20 % extra points are available

Evaluation during the course

Mathematical method

Assessment criteria, fail (0)

Points < 35 %

Assessment criteria, satisfactory (1-2)

1) 35 % < points < 48 %
2) 48 % < points < 61 %

Assessment criteria, good (3-4)

3) 61 % < points < 74 %
4) 74 % < points < 87 %

Assessment criteria, excellent (5)

87 % < points

Objective

Student obtains the skills and knowledge required for basic courses of mathematical sciences within polytechnical studies.

Content

• Real numbers
• Basic arithmetic operations and the order of operations
• Fractions
• Powers, roots and rational exponents
• Polynomials and polynomial equations of 1. and 2. degree
• Simplifying rational expressions
• Percentages
• Simultaneous linear equations
• Lines and parabolas
• Concepts of variable and function
• Graphs of functions and interpretation of graphs
• Basics of geometry and trigonometry
• International system of units, unit conversions
• Calculations involving quantities and units
• Field-specific content

Evaluation scale

H-5

Objective

The student is capable of understading:
- Fundamentals of metals, steel, cast iron and aluminium alloys
- Fundamentals of composites and plastics
- Basics about industrial manufacturing methods of machine parts
- Manufacturing machinery, tolerances, automation etc.

Content

Material technology: Fundamentals of metals, steel, cast iron and aluminium alloys, composites and plastics
Manufacturing technology: Basics about industrial manufacturing methods of machine parts, manufacturing machinery, tolerances, automation etc.

Evaluation scale

H-5

Objective

The student is capable of understading:
- Fundamentals of metals, steel, cast iron and aluminium alloys
- Fundamentals of composites and plastics
- Basics about industrial manufacturing methods of machine parts
- Manufacturing machinery, tolerances, automation etc.

Content

Material technology: Fundamentals of metals, steel, cast iron and aluminium alloys, composites and plastics
Manufacturing technology: Basics about industrial manufacturing methods of machine parts, manufacturing machinery, tolerances, automation etc.

Evaluation scale

H-5

Objective

-

Content

-

Evaluation scale

H-5

Objective

The student is able to:
- recognize the main components of the internal combustion engine and understand their functioning
- calculate the most important numerical values related to the combustion engine and interpret their meaning
- determine the air supply need of the internal combustion engine and understand the air-fuel ratio
- name different exhaust emission components and know their origin, negative effects and ways to decrease them

Content

ENGINE TECHNOLOGY
- different types of combustion engines
- otto and diesel cycles
- 2 and 4 cycle engines
- cylinder dimensions, stroke-to-bore ratio, mean piston speed
- mean effective pressure
- torque, power and efficiency
- specific fuel consumption
- air-fuel ratio, lambda value
- engine aspiration

EMISSION CONTROL
- fuels - combustion - exhaust gases
- classification of emissions
- effects and harms of different emission components
- transportation originated emissions compared to others
- gasoline engine emissions and their reduction
- diesel engine emissions and their reduction
- measuring methods and legislation of light and heavy-duty vehicles
- the greenhouse effect and climate change

Materials

Itslearningista löytyvä ja linkitetty materiaali.

Teaching methods

Luennot, harjoitustehtävät, itseopiskelu

Exam schedules

Tentti pe 11.4. klo 12:30-14:00 ICT Sigma (muutettu yhteisellä päätöksellä)

Ensimmäinen uusintamahdollisuus ke 4.6. klo 14-16.

Syksyn uusintamahdollisuudet

keskiviikko 10.09.25 klo 14-16,

keskiviikko 8.10.25 klo 14-16

International connections

Katsokaa kurssin otsikkoa, oppimistuloksia ja sisältöä (vihje: päästöjen hallinta)

Student workload

Luennot 42 h
Harjoitustehtävät 40 h
Itsenäinen opiskelu ja tenttiin valmistautuminen 55 h
Tentti 2 h
Yhteensä 133 h (vastaa 5 op työmäärää)

Content scheduling

Avausluento ke 15.1. klo 14-17. Luentojen ajat ja paikat ilmoitettu Lukkarissa ja Tuudossa, pääsääntöisesti yksi kolmen tunnin luento viikossa. Kurssi päättyy 25.4.2025 mennessä.

Further information

Itslearning

Evaluation scale

H-5

Assessment methods and criteria

Arviointi 0-5.

Tentti 50 % loppuarvosanasta.
Harjoitukset 50 % loppuarvosanasta.

Läsnäolobonus:
Yli 80 % tunneilla läsnäolo = +4 pistettä tenttiin
70-80 % läsnäolo = +3 pistettä tenttiin
60-70 % läsnäolo = +2 pistettä tenttiin
50-60 % läsnäolo = +1 piste tenttiin

4 pistettä vastaa tentissä vähintään 1 arvosanan nousua.

Hyväksytty suoritus edellyttää, että on päässyt läpi tentistä ja palauttanut vähintään kaksi harjoitustehtävää.

Opintosuoritukset on suunniteltu niin, ettei niiden tekemiseen tule hyödyntää tekoälyä. Opettajalla ei ole käytössä tekoälyn vilpillisen käytön tunnistavaa järjestelmää eikä osaamista. Mikäli opiskelija kerää opintosuoritukset tekoälyn avulla, mutta joutuu myöhemmissä opinnoissaan tai työelämässä pulaan koska ei ole oppinut asiaa oikeasti, kuuluu vastuu tästä opiskelijalle - ei opettajalle eikä oppilaitokselle.

Assessment criteria, fail (0)

Opiskelija on tehnyt alle 50 % harjoitustehtävistä hyväksytysti. Opiskelija on saanut tentistä hylätyn arvosanan tai ei ole käynyt tentissä lainkaan. Harjoitustehtävä(t) on tehty vilpillisesti ja jääneet kiinni TurnitIn-tarkastuksessa.

Assessment criteria, satisfactory (1-2)

Opiskelija tuntee polttomoottorin yleisimmät komponentit, peruskäsitteet ja toimintatapojen periaatteet. Opiskelija osaa tehdä yksinkertaisia laskutoimituksia polttomoottorin mitoitukseen ja suoritusarvoihin liittyen. Opiskelija tuntee päästöjen hallintaan liittyvien komponenttien, mittausmenetelmien ja lainsäädännön peruskäsitteet.

Opiskelija on saanut tentistä hyväksytyn arvosanan. Harjoitustehtävät on tehty ilman vilppiä. Tentin ja harjoitustehtävien painotettu keskiarvo on 1,00-2,49.

Assessment criteria, good (3-4)

Opiskelija tuntee hyvin polttomoottorin yleisimmät komponentit, peruskäsitteet ja toimintatapojen periaatteet. Opiskelija osaa tehdä laskutoimituksia polttomoottorin mitoitukseen ja suoritusarvoihin liittyen. Opiskelija tuntee hyvin päästöjen hallintaan liittyvien komponenttien ja mittausmenetelmien toimintatavat ja tunnusluvut sekä aiheeseen liittyvän lainsäädännön ja raja-arvot.

Opiskelija on saanut tentistä hyväksytyn arvosanan. Harjoitustehtävät on tehty ilman vilppiä. Tentin ja harjoitustehtävien painotettu keskiarvo on 2,50-4,49.

Assessment criteria, excellent (5)

Opiskelija tuntee perusteellisesti ja kriittisesti polttomoottorin yleisimmät komponentit, peruskäsitteet ja toimintatavat. Opiskelija osaa tehdä monimutkaisiakin laskutoimituksia polttomoottorin mitoitukseen ja suoritusarvoihin liittyen. Opiskelija tuntee perusteellisesti ja kriittisesti päästöjen hallintaan liittyvien komponenttien ja mittausmenetelmien toimintatavat ja tunnusluvut sekä aiheeseen liittyvän lainsäädännön ja raja-arvot.

Opiskelija on saanut tentistä kiitettävän arvosanan. Harjoitustehtävät on tehty ilman vilppiä, ja ne kaikki on palautettu ajallaan ja erinomaisin arvosanoin. Tentin ja harjoitustehtävien painotettu keskiarvo on vähintään 4,50.

Objective

The purpose of the practical training is to deepen the students professional skills in work in practise. At the same time, the student gets familiar with work places in the field, employees´ job descriptions and tasks, work safety and machines and devices. The student develops his/her cooperative skills and learns to assess the keeping up in his/her work and development as a member in a work community.

Content

practical training is guided

Evaluation scale

Hyväksytty/Hylätty

Objective

Students participate in a project commissioned by an external organisation or by a project designed by TUAS as part of their training. They develop their project and interactive skills while working together with the commissioner. The project can be either a smaller one which the students launch or a bigger one in which the students participate.
Familiarisation with the topic area with the help of literature or other chosen material
An implementation of a project according to an approved plan
Report on the project

 

Evaluation scale

Hyväksytty/Hylätty

Objective

The student masters the basics of the German language and is able to communicate in simple everyday situations.

Content

The basics of German:
- pronunciation
- grammar
- everyday situations (oral and written)

Evaluation scale

H-5

Objective

The student masters the basics of the German language and is able to communicate in simple everyday situations.

Content

The basics of German:
- pronunciation
- grammar
- everyday situations (oral and written)

Evaluation scale

H-5

Objective

The student can communicate orally in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate orally in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate orally in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate orally in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate in writing in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate in writing in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate in writing in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate in writing in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

After completing this study unit, the student:
- is able to describe the technical features and systems used in electric and hybrid
vehicles.
- is able to describe the different subsystems and functions.
- understands the possible safety issues caused from high voltage circuitry.
- knows the benefits and limitations of electrified powertrains compared to ICE vehicles.
- is familiar with the factors related to the environmental benefits of electric and hybrid
vehicles.
- is familiar with the charging concepts and procedures of electric and hybrid vehicles.
- is able to estimate charging time of different charging concepts under different conditions
- understands the influence of different charging procedures on battery service life
- is able to estimate the electric driving range (autonomy) under different conditions

Content

- Technical implementation principles of electric and hybrid vehicles
- Different subtypes of electric motors
- Battery technology, different battery chemistries
- Principles of motor management systems, power electronics
- Electrical safety of high voltage systems
- Benefits and limitations of electrified powertrains compared to ICE vehicles
- Environmental benefits and risks of electrified vehicles
- Different charging concepts and procedures, charging time
- Influence of different charging procedures on battery service life
- Factors influencing driving range, driving range estimation under different conditions

Materials

PowerPoint material delivered on the Itslearning platform

Teaching methods

Discussive classroom teaching
Possible guest lecturers

Exam schedules

Final Exam on Friday, April 11, 2025
Re-take possibility on Friday, April 25, 2025

International connections

Constructive learning based on previous knowledge
Co-teaching by two teachers

The whole scope of the course is based on sustainable development

Completion alternatives

None

Student workload

Possibly learning assignments will be introduced during the course

Content scheduling

Why electric and hybrid vehicles?
Climatic issues, air quality issues, low noise level, energy efficiency

Electric vehicles
Overwiev of the powertrain
Benefits and disadvantages compared to combustion engine vehicles
Components used
Operation of motor and inverter
Everyday operation of an electric vehicle, recharging and driving range

Further information

Communication by e-mail or by Itslearning

Evaluation scale

H-5

Assessment methods and criteria

The items to be assessed are listed in the contents part of the implementation plan

Assessment criteria, fail (0)

Exam result below 50 % of the maximum amount of points (fail)

Assessment criteria, satisfactory (1-2)

Exam result at least 50 % but below 70 % of the maximum amount of points (fair)

Assessment criteria, good (3-4)

Exam result at least 70 % but below 90 % of the maximum amount of points (good)

Assessment criteria, excellent (5)

Exam result at least 90 % of the maximum amount of points (praiseworthy)

Qualifications

TE00BQ45 Basics of Electrical Engineering” and “TE00BQ46 Basics of Automotive Electrics”,
or corresponding knowledge.

Objective

After completing this study unit student:
- masters the basics of electrics.
- is able to calculate different variable in simple electric circuits.
- understands the function of discrete electric components
- is able to use common electric measurement tools.

Content

- basics of electrical theory
- principles of Direct current (DC) and Alternate current (AC)
- principles of magnetics
- semiconductor basics
- electric components like resistors, capacitors, inductors, diodes, transistors
- basic measurement tools, multimeter and oscilloscope

Evaluation scale

H-5

Objective

After completion of the study unit the student is able to:
Recognize basic problems in costing
Apply different solutions regarding material, work and capital costs
Formalize prices
Create basic budget
Basics of bookkeeping of a company including the financial statement

Content

Basics of costing
Material, work and capital costs
Pricing
Information on employer's contributions and value-added tax to the authorities
Basics of budgeting
Basics of Bookkeeping
Financial Statement

Evaluation scale

H-5

Objective

After completing this study unit student:
- understands technical 2D drawings and masters the basics of 2D drawing.
- is able to measure and mark correct dimensioning to the drawing.
- is able to use typical measurement tools used in a machine shop.
- understands the principles of CAD modelling.

Content

- types of technical drawings
- basics of 2D drawing, projection, section, measurements etc.
- use of basic measurement tools, Vernier caliper and micrometer
- basics of CAD-drawing, introduction to CAD software, exercises

Evaluation scale

H-5

Objective

After completing this study unit student:
- understands technical 2D drawings and masters the basics of 2D drawing.
- is able to measure and mark correct dimensioning to the drawing.
- is able to use typical measurement tools used in a machine shop.
- understands the principles of CAD modelling.

Content

- types of technical drawings
- basics of 2D drawing, projection, section, measurements etc.
- use of basic measurement tools, Vernier caliper and micrometer
- basics of CAD-drawing, introduction to CAD software, exercises

Evaluation scale

H-5

Objective

The aim of this study module is to give student a basic competence to use variety of software’s. In the end of the study module student understands how to use software in business environment.

Content

Data management
- Word processing
- Spreadsheet software and characteristic features
- PowerPoint
- Excel

Evaluation scale

H-5

Objective

After a completed study unit the student:
- has a good command of the product development process as part of the operations of a business and understands the significance of product development as a prerequisite for the existence of a profitable business
- can devise a project plan for a successful product development process.

Content

the role of product development in business operations
- product development process
- product development feasibility study
- product definition
- management of a product development project
- significance of industrial design
- creativity and methods of product development
- teamwork skills
- immaterial rights
- product profitability calculation, investment and financial planning
- risk management in product development
- significance of standardisation and modulation
- quality in product development activities
- environmental requirements.

Evaluation scale

H-5

Objective

The student is able:
- to evaluate different research methods

- to execute sampling

- to use basic statistical methods

- to analyze, test and report results

- to use statistical program for data analyses

Content

research methods
data analysis

Evaluation scale

H-5

Objective

-

Content

-

Evaluation scale

Hyväksytty/Hylätty

Objective

-

Content

-

Evaluation scale

Hyväksytty/Hylätty

Objective

Basic knowledge regarding dangers in working environment

Content

Safety actions and regulations

Evaluation scale

Hyväksytty/Hylätty

Objective

The student is able to act in a purposeful way in communicating and interacting in working life situations. He/she is able to take into consideration the receiver, the situation and the demands of the field and to communicate in an analytical, understandable and convincing manner.
The student is able and willing to develop his/her skills in the Finnish language and communication as part of his/her professional competence.

Content

Principles of writing in a formal style
Oral communication
Organizational communication

Evaluation scale

H-5

Objective

The student is able to act in a purposeful way in communicating and interacting in working life situations. He/she is able to take into consideration the receiver, the situation and the demands of the field and to communicate in an analytical, understandable and convincing manner.
The student is able and willing to develop his/her skills in the Finnish language and communication as part of his/her professional competence.

Content

Principles of writing in a formal style
Oral communication
Organizational communication

Evaluation scale

H-5

Objective

After successfully completing the course, the student will be able to:
- Apply basic concepts of fluid mechanics and thermodynamics to liquids and gases
- Understand factors related to gas state and energy

Content

The course provides an introduction to fluid mechanics, gas state equations, thermodynamic principles, gas state changes and cyclic processes.

Materials

INKINEN, Pentti, Jukka Tuohi. Momentti 1, insinöörifysiikka. Kustannusosakeyhtiö Otava.
Työohjeet
Lisäksi suositellaan: Kaavasto- ja taulukkokirjat, SFS Online.

Teaching methods

Opintojaksolla käsitellään sen sisältöön liittyviä keskeisiä perusteita ja toimintatapoja sekä tavoitteisiin liittyviä tiimitehtäviä.
Opintojakso sisältää myös fysikaalisiin perusmittauksiin liittyvää suunnittelua, laboratoriotyöskentelyä tiimeissä sekä tutkimuksen raportointia.

Exam schedules

Ei tenttiä. Opintojakso koostuu osasuorituksista.

International connections

Lähi-/etäopetus, ennakko- ja harjoitustehtävät, tiimitehtävät, laboratoriotyöskentely tiimeissä, sähköinen oppimisympäristö.

Opintojaksolla kannustetaaan soveltamaan vastuullisuuden ja kestävän kehityksen periaatteita.

Student workload

Toteutus ECTS mukaisesti.

Opiskelija käyttää aikaa sisällön läpikäyntiin, tehtävien ratkaisuun, laboratoriotyöskentelyn suunnitteluun ja toteuttamiseen sekä raportointiin.

Opintojakson laboratoriotyössä työskennellään työryhmässä, jonka omalla työvuoroilla on läsnäolopakko. Raportointiin voi käyttää vain työryhmän omia havaintoja.

Content scheduling

Opintojaksolla käsiteltävät sisällöt, oppikirjan otsikoiden mukaisesti, seuraavassa järjestyksessä:
- Nesteiden ja kaasujen mekaniikka: Paine. Hydrostaattinen paine. Arkhimedeen laki. Jatkuvuusyhtälö. Bernoullin yhtälö. Bernoullin yhtälön sovelluksia.
- Termodynamiikka: Kaasujen tilasuureet ja tilanyhtälö. Kaasun sisäenergia ja ominaislämmöt. Termodynamiikan pääsäännöt. Kaasujen tilanmuutokset. Kiertoprosessit. Todellisten koneitten vertailuprosesseja.
Samaan aikaan toteutetaan sisältöihin liittyvä laboratoriotyö ja laaditaan tutkimusraportti.

Evaluation scale

H-5

Assessment methods and criteria

Opiskelijan osaamista arvioidaan opiskelijatiimien saamien tiimitehtävien sekä tutkimusraportin perusteella. Opintokokonaisuuksien jälkeen pidettävillä tiimitehtäväsessioilla muodostuu kuhunkin tiimitehtäviin perustuva yksilöarviointi. Opiskelijan yksilöosaamisen arviointi tapahtuu tiimitehtäviä koskevien testien perusteella. Kunkin tiimitehtäväsession testeistä saatava yksilöarvosana on 0...5 arvosanaa. Opiskelijan tiimiosaamisen arviointi tapahtuu tutkimusraportin perusteella. Tutkimusraporttityön jälkeen palautettavan työryhmän tutkimusraportin tiimiarvosana on 0...5 arvosanaa.

Opiskelijan saama opintojakson arvosana muodostuu yksilöarvosanojen ja tiimiarvosanan keskiarvona.

Jokaisten tiimitehtävien testit on tehtävä kunkin tiimitehtäväsession aikana. Tutkimusraporttityö on suoritettava ajallaan sekä tutkimusraportin palautus on tehtävä palautuspäivään mennessä.

Hyväksytyn suorituksen arviointeja ei voi korottaa.

Objective

After successfully completing the course, the student will be able to:
- Apply basic concepts of fluid mechanics and thermodynamics to liquids and gases
- Understand factors related to gas state and energy

Content

The course provides an introduction to fluid mechanics, gas state equations, thermodynamic principles, gas state changes and cyclic processes.

Materials

INKINEN, Pentti, Jukka Tuohi. Momentti 1, insinöörifysiikka. Kustannusosakeyhtiö Otava.
Työohjeet
Lisäksi suositellaan: Kaavasto- ja taulukkokirjat, SFS Online.

Teaching methods

Opintojaksolla käsitellään sen sisältöön liittyviä keskeisiä perusteita ja toimintatapoja sekä tavoitteisiin liittyviä tiimitehtäviä.
Opintojakso sisältää myös fysikaalisiin perusmittauksiin liittyvää suunnittelua, laboratoriotyöskentelyä tiimeissä sekä tutkimuksen raportointia.

Exam schedules

Ei tenttiä. Opintojakso koostuu osasuorituksista.

International connections

Lähi-/etäopetus, ennakko- ja harjoitustehtävät, tiimitehtävät, laboratoriotyöskentely ja raportointi, tiimioppiminen, yksilöoppiminen, sähköinen oppimisympäristö.

Opintojaksolla kannustetaaan soveltamaan vastuullisuuden ja kestävän kehityksen periaatteita.

Student workload

Toteutus ECTS mukaisesti.

Opiskelija käyttää aikaa sisällön läpikäyntiin, tehtävien ratkaisuun, laboratoriotyöskentelyn suunnitteluun ja toteuttamiseen sekä raportointiin.

Opintojakson laboratoriotyössä työskennellään työryhmässä, jonka omalla työvuoroilla on läsnäolopakko. Raportointiin voi käyttää vain työryhmän omia havaintoja.

Content scheduling

Opintojaksolla käsiteltävät sisällöt, oppikirjan otsikoiden mukaisesti, seuraavassa järjestyksessä:
- Nesteiden ja kaasujen mekaniikka: Paine. Hydrostaattinen paine. Arkhimedeen laki. Jatkuvuusyhtälö. Bernoullin yhtälö. Bernoullin yhtälön sovelluksia. Tuulienergia.
- Termodynamiikka: Kaasujen tilasuureet ja tilanyhtälö. Kaasun sisäenergia ja ominaislämmöt. Termodynamiikan pääsäännöt. Kaasujen tilanmuutokset. Kiertoprosessit. Todellisten koneitten vertailuprosesseja.
Samaan aikaan toteutetaan sisältöihin liittyvä laboratoriotyö ja laaditaan tutkimusraportti.

Further information

Itslearning.

Edeltävänä opintona Insinöörifysiikka 1, Insinöörifysiikka 2 ja Fysikaalinen tutkimus.

Evaluation scale

H-5

Assessment methods and criteria

Opiskelijan osaamista arvioidaan opiskelijatiimien saamien tiimitehtävien sekä tutkimusraportin perusteella. Opintokokonaisuuksien jälkeen pidettävillä tiimitehtäväsessioilla muodostuu kuhunkin tiimitehtäviin perustuva yksilöarviointi. Opiskelijan yksilöosaamisen arviointi tapahtuu tiimitehtäviä koskevien testien perusteella. Kunkin tiimitehtäväsession testeistä saatava yksilöarvosana on 0...5 arvosanaa. Opiskelijan tiimiosaamisen arviointi tapahtuu tutkimusraportin perusteella. Tutkimusraporttityön jälkeen palautettavan työryhmän tutkimusraportin tiimiarvosana on 0...5 arvosanaa.

Opiskelijan saama opintojakson arvosana muodostuu yksilöarvosanojen ja tiimiarvosanan keskiarvona.

Jokaisten tiimitehtävien testit kuuluvat opintojakson osaamistavoitteisiin ja ne on tehtävä kunkin tiimitehtäväsession aikana. Tutkimusraporttityö on suoritettava ajallaan sekä tutkimusraportin palautus on tehtävä palautuspäivään mennessä.

Opintojaksolla työskennellään työryhmässä, jonka omalla työvuorolla on läsnäolopakko. Työvuorolla tehtävä työ kuuluu opintojakson osaamistavoitteisiin.

Raportointiin voi käyttää vain työryhmän omia havaintoja.

Hyväksytyn suorituksen arviointeja ei voi korottaa.

Objective

Student can:
- select and size tentatively the components of a vehicle drivetrain
- explain the functioning of different types of transmissions and clutches and know the structure of front-wheel, rear-wheel and 4-wheel drive structures
- follow the oncoming development of drivetrain and explain the influence of new solutions to vehicle operation

Content

Rason for the need of transmissions, manual transmissions, gear ratio selection
- automatic transmissions (traditional, automated mechanical, DSG, CVT etc.)
- differentials and secondary gears
- power delivering devices
- 4-wheel-drive systems
- efficiency of powertrain components

Evaluation scale

H-5

Objective

The student can describe the requirements for a successful business. The student can communicate goals of a business to various interest groups of a business. He/ She can use the basic terminology of business administration and explain the legal rules of conclusion of an agreement.

Content

Company Forms
Business environment
Marketing
Basics of Business Law

Evaluation scale

H-5

Objective

The student can describe the requirements for a successful business. The student can communicate goals of a business to various interest groups of a business. He/ She can use the basic terminology of business administration and explain the legal rules of conclusion of an agreement.

Content

Company Forms
Business environment
Marketing
Basics of Business Law

Evaluation scale

H-5

Objective

The student can communicate in writing in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate orally in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student is able to act in a purposeful way in communicating and interacting in working life situations. He/she is able to take into consideration the receiver, the situation and the demands of the field and to communicate in an analytical, understandable and convincing manner.
The student is able and willing to develop his/her skills in the Finnish language and communication as part of his/her professional competence.

Content

Principles of writing in a formal style
Oral communication
Organizational communication

Evaluation scale

H-5

Objective

The student can communicate in writing in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

The student can communicate orally in different work-life situations.

Content

The student
- can describe the content and structure of his/her studies, training and work experience
- can describe his/her working environment and operations of a company, products and processes
- can communicate in various business life situations appropriately
- is able to use appropriate vocabulary and phrases when presenting tasks of his/her own field

Evaluation scale

H-5

Objective

After successfully completing the course, the student will be able to:
- Apply basic concepts of fluid mechanics and thermodynamics to liquids and gases
- Understand factors related to gas state and energy

Content

The course provides an introduction to fluid mechanics, gas state equations, thermodynamic principles, gas state changes and cyclic processes.

Materials

INKINEN, Pentti, Jukka Tuohi. Momentti 1, insinöörifysiikka. Kustannusosakeyhtiö Otava.
Työohjeet
Lisäksi suositellaan: Kaavasto- ja taulukkokirjat, SFS Online.

Teaching methods

Opintojaksolla käsitellään sen sisältöön liittyviä keskeisiä perusteita ja toimintatapoja sekä tavoitteisiin liittyviä tiimitehtäviä.
Opintojakso sisältää myös fysikaalisiin perusmittauksiin liittyvää suunnittelua, laboratoriotyöskentelyä tiimeissä sekä tutkimuksen raportointia.

Exam schedules

Ei tenttiä. Opintojakso koostuu osasuorituksista.

International connections

Lähi-/etäopetus, ennakko- ja harjoitustehtävät, tiimitehtävät, laboratoriotyöskentely ja raportointi, tiimioppiminen, yksilöoppiminen, sähköinen oppimisympäristö.

Opintojaksolla kannustetaaan soveltamaan vastuullisuuden ja kestävän kehityksen periaatteita.

Student workload

Toteutus ECTS mukaisesti.

Opiskelija käyttää aikaa sisällön läpikäyntiin, tehtävien ratkaisuun, laboratoriotyöskentelyn suunnitteluun ja toteuttamiseen sekä raportointiin.

Opintojakson laboratoriotyössä työskennellään työryhmässä, jonka omalla työvuoroilla on läsnäolopakko. Raportointiin voi käyttää vain työryhmän omia havaintoja.

Content scheduling

Opintojaksolla käsiteltävät sisällöt, oppikirjan otsikoiden mukaisesti, seuraavassa järjestyksessä:
- Nesteiden ja kaasujen mekaniikka: Paine. Hydrostaattinen paine. Arkhimedeen laki. Jatkuvuusyhtälö. Bernoullin yhtälö. Bernoullin yhtälön sovelluksia. Tuulienergia.
- Termodynamiikka: Kaasujen tilasuureet ja tilanyhtälö. Kaasun sisäenergia ja ominaislämmöt. Termodynamiikan pääsäännöt. Kaasujen tilanmuutokset. Kiertoprosessit. Todellisten koneitten vertailuprosesseja.
Samaan aikaan toteutetaan sisältöihin liittyvä laboratoriotyö ja laaditaan tutkimusraportti.

Further information

Itslearning.

Edeltävänä opintona Insinöörifysiikka 1, Insinöörifysiikka 2 ja Fysikaalinen tutkimus.

Evaluation scale

H-5

Assessment methods and criteria

Opiskelijan osaamista arvioidaan opiskelijatiimien saamien tiimitehtävien sekä tutkimusraportin perusteella. Opintokokonaisuuksien jälkeen pidettävillä tiimitehtäväsessioilla muodostuu kuhunkin tiimitehtäviin perustuva yksilöarviointi. Opiskelijan yksilöosaamisen arviointi tapahtuu tiimitehtäviä koskevien testien perusteella. Kunkin tiimitehtäväsession testeistä saatava yksilöarvosana on 0...5 arvosanaa. Opiskelijan tiimiosaamisen arviointi tapahtuu tutkimusraportin perusteella. Tutkimusraporttityön jälkeen palautettavan työryhmän tutkimusraportin tiimiarvosana on 0...5 arvosanaa.

Opiskelijan saama opintojakson arvosana muodostuu yksilöarvosanojen ja tiimiarvosanan keskiarvona.

Jokaisten tiimitehtävien testit kuuluvat opintojakson osaamistavoitteisiin ja ne on tehtävä kunkin tiimitehtäväsession aikana. Tutkimusraporttityö on suoritettava ajallaan sekä tutkimusraportin palautus on tehtävä palautuspäivään mennessä.

Opintojaksolla työskennellään työryhmässä, jonka omalla työvuorolla on läsnäolopakko. Työvuorolla tehtävä työ kuuluu opintojakson osaamistavoitteisiin.

Raportointiin voi käyttää vain työryhmän omia havaintoja.

Hyväksytyn suorituksen arviointeja ei voi korottaa.

Objective

This course offers the frame of reference, within which the student is given an opportunity to master key physical fundamentals and characteristic approaches in engineering:
- Make use of The International System of Units to interpret and explain engineering knowledge.
- Interpret and solve physical quantity equations together with their results and variations in physical quantities and their influences.
- Explain dependences between physical quantities by defining new physical quantities and interpreting natural phenomena.
- Evaluate validity and application of used physical and engineering concepts and methods.
- Generalize fundamental physical concepts and principles together with fundamental interactions and conservation laws as unifying element in physical phenomena.

Content

Mechanics
- Physics and measuring
- Linear motion
- Curvilinear motion
- Particle dynamics

Materials

INKINEN, Pentti, Jukka Tuohi. Momentti 1, insinöörifysiikka. Kustannusosakeyhtiö Otava.
Lisäksi suositellaan: Kaavasto- ja taulukkokirjat, SFS Online.

Teaching methods

Opintojaksolla käsitellään sen sisältöön liittyviä keskeisiä perusteita ja toimintatapoja sekä tavoitteisiin liittyviä tiimitehtäviä ja niiden esityksiä.

Exam schedules

Ei tenttiä. Opintojakso koostuu osasuorituksista.

International connections

Lähi- ja etäopetus, ennakko- ja harjoitustehtävät, tiimitehtävät, tiimioppiminen, yksilöoppiminen, sähköinen oppimisympäristö.

Opintojaksolla kannustetaaan soveltamaan vastuullisuuden ja kestävän kehityksen periaatteita.

Student workload

Toteutus ECTS mukaisesti.

Opiskelija käyttää aikaa sisällön läpikäyntiin sekä tehtävien ratkaisuun ja esittämiseen.

Content scheduling

Opintojaksolla käsiteltävät sisällöt, oppikirjan otsikoiden mukaisesti, seuraavassa järjestyksessä:
- Fysiikka ja mittaaminen: Suure- ja mittayksikköjärjestelmät. Merkitsevät numerot. Käytännön ohjeita.
- Suoraviivainen liike: Siirtymä, keskinopeus ja keskivauhti. Hetkellinen nopeus. Kiihtyvyys. Tasaisesti muuttuva liike.
- Käyräviivainen liike: Paikka- ja nopeusvektorit. Kiihtyvyysvektori. Heittoliike. Suhteellinen nopeus.
- Hiukkasen dynamiikka: Newtonin ensimmäinen laki. Newtonin toinen laki. Massa, painovoima ja paino. Newtonin kolmas laki. Newtonin lakien sovelluksia. Kitka.

Further information

Itslearning.

Evaluation scale

H-5

Assessment methods and criteria

Opiskelijan osaamista arvioidaan opiskelijatiimien saamien tiimitehtävien perusteella. Opintokokonaisuuksien jälkeen pidettävillä tiimitehtäväsessioilla muodostuu kuhunkin tiimitehtäviin perustuva yksilö- ja tiimiarviointi. Opiskelijan yksilöosaamisen arviointi tapahtuu tiimitehtäviä koskevien testien perusteella ja tiimiosaamisen arviointi tapahtuu tiimitehtävistä palautettavien esitysten perusteella. Testeistä saatava yksilöarvosana on 0...2 arvosanaa ja tiimitehtävien esityksistä saatava tiimiarvosana on 0...3 arvosanaa. Kullakin tiimitehtäväsessiolla opiskelijan kokonaisarvosana muodostuu näiden summana. Opiskelijan saama opintojakson arvosana muodostuu tiimitehtäväsessioiden kokonaisarvosanojen keskiarvona.

Jokaisten tiimitehtävien testit ja palautukset kuuluvat opintojakson osaamistavoitteisiin ja ne on tehtävä kunkin tiimitehtäväsession aikana.

Hyväksytyn suorituksen arviointeja ei voi korottaa.

Objective

After completing the course, the student
• can handle mathematical expressions and formulas within the engineering framework.
• understands the principles of solving equations and can solve equations encountered within technical applications.
• understands the basics of vector algebra and can apply vectors for modelling and solving technical problems.
• understands the basics concepts of geometry and trigonometry, and can apply them in modelling and problem solving.
• understands the concept of function and knows basic properties of functions.
• can apply functions for modelling and solving technical problems.
• understands the basic concepts of matrix algebra.
• can apply simultaneous equations for modelling and solving technical problems.
• can apply correct mathematical notations within the engineering framework.

Content

• Real numbers
• Basic arithmetic operations and the order of operations
• Algebraic expressions
• First and second order of polynomial equations and inequalities
• Simultaneous linear equations
• Radical functions and equations
• Exponential and logarithmic functions and equations
• Angles and angular units
• Right triangle and trigonometry
• Trigonometric functions and the unit circle
• Trigonometric equations
• The sine and cosine rules
• Basic concepts of vector algebra and modelling with vectors
• Scalar product and cross product of two vectors
• Basics of matrix algebra, determinant, inverse of a square matrix
• Field-specific content

Evaluation scale

H-5

Qualifications

Introduction to mathematical sciences or corresponding skills.

Objective

The student masters the basics of the German language and is able to communicate in simple everyday situations.

Content

The basics of German:
- pronunciation
- grammar
- everyday situations (oral and written)

Evaluation scale

H-5

Objective

The student masters the basics of the German language and is able to communicate in simple everyday situations.

Content

The basics of German:
- pronunciation
- grammar
- everyday situations (oral and written)

Evaluation scale

H-5

Objective

The student is able to act in a purposeful way in communicating and interacting in working life situations. He/she is able to take into consideration the receiver, the situation and the demands of the field and to communicate in an analytical, understandable and convincing manner.
The student is able and willing to develop his/her skills in the Finnish language and communication as part of his/her professional competence.

Content

Principles of writing in a formal style
Oral communication
Organizational communication

Evaluation scale

H-5

Objective

The student is capable of understading:
- Fundamentals of metals, steel, cast iron and aluminium alloys
- Fundamentals of composites and plastics
- Basics about industrial manufacturing methods of machine parts
- Manufacturing machinery, tolerances, automation etc.

Content

Material technology: Fundamentals of metals, steel, cast iron and aluminium alloys, composites and plastics
Manufacturing technology: Basics about industrial manufacturing methods of machine parts, manufacturing machinery, tolerances, automation etc.

Evaluation scale

H-5

Objective

After completing this study unit student:
- understands technical 2D drawings and masters the basics of 2D drawing.
- is able to measure and mark correct dimensioning to the drawing.
- is able to use typical measurement tools used in a machine shop.
- understands the principles of CAD modelling.

Content

- types of technical drawings
- basics of 2D drawing, projection, section, measurements etc.
- use of basic measurement tools, Vernier caliper and micrometer
- basics of CAD-drawing, introduction to CAD software, exercises

Evaluation scale

H-5

Objective

Basic knowledge regarding dangers in working environment

Content

Safety actions and regulations

Evaluation scale

Hyväksytty/Hylätty

Objective

After completion of the study unit the student is able to:
Managerial competence
Motivation and competence development
Well-being of a work community
Recognize basic problems in costing
Formalize prices
Create basic budget
Basics of bookkeeping of a company including the financial statement

Content

Managerial competence
Motivation and competence development
Well-being of a work community
Basics of costing
Pricing
Information on employer's contributions and value-added tax to the authorities
Basics of budgeting
Basics of Bookkeeping
Financial Statement

Evaluation scale

H-5

Objective

The student creates an overall picture of the managerial tasks and is able to take responsibility for a team. He/she can analyze and interpret the behavior of individuals and groups, and is able to act in a constructive manner within a work community and to assess the impact of his/her own behavior on it. The student internalizes the idea of constant development as a tool for developing the whole organization and the well-being of a work community.

Content

Managerial and subordinate competence
Motivation and competence development
Well-being of a work community
Change in organizations

Evaluation scale

H-5

Objective

The student is capable of understading:
- Fundamentals of metals, steel, cast iron and aluminium alloys
- Fundamentals of composites and plastics
- Basics about industrial manufacturing methods of machine parts
- Manufacturing machinery, tolerances, automation etc.

Content

Material technology: Fundamentals of metals, steel, cast iron and aluminium alloys, composites and plastics
Manufacturing technology: Basics about industrial manufacturing methods of machine parts, manufacturing machinery, tolerances, automation etc.

Evaluation scale

H-5

Objective

After completing the course, the student knows methods how to analyze the strength of certain relatively simple structures.

Content

Bars in compression or in tension, rivets or screws in pure shear and beams in bending. In the case of bars and in some shearing conditions, both stresses and deformations are considered. However, in the case of beams, only stresses are considered and the computation of deformations or deflections are left to the following course Advanced Strength of Materials.

Materials

Course slides and freely selected book in terms of principles of strength

Teaching methods

Learning by doing

Exam schedules

18.3.
15.4.
10.6.

International connections

New skills based on earlier knowledge (brick-wall pedagogy).

Development of strong structures.

Completion alternatives

No optional course execution

Student workload

2 credits = 54 working hours = 5,4 hours per week

Further information

jari.lahtinen@turkuamk.fi

Evaluation scale

H-5

Assessment methods and criteria

Evaluation: Exam 100 %, based on homework 20 % extra points are available

Evaluation during the course

Mathematical method

Assessment criteria, fail (0)

Points < 35 %

Assessment criteria, satisfactory (1-2)

1) 35 % < points < 48 %
2) 48 % < points < 61 %

Assessment criteria, good (3-4)

3) 61 % < points < 74 %
4) 74 % < points < 87 %

Assessment criteria, excellent (5)

87 % < points

Objective

The student knows the basic processess of a car dealer's repair shop.

Content

Car shop service processes
Responsibilities
Business opportunities and resources

Evaluation scale

H-5

Objective

The student is able to:
- recognize the main components of the internal combustion engine and understand their functioning
- calculate the most important numerical values related to the combustion engine and interpret their meaning
- determine the air supply need of the internal combustion engine and understand the air-fuel ratio
- name different exhaust emission components and know their origin, negative effects and ways to decrease them

Content

ENGINE TECHNOLOGY
- different types of combustion engines
- otto and diesel cycles
- 2 and 4 cycle engines
- cylinder dimensions, stroke-to-bore ratio, mean piston speed
- mean effective pressure
- torque, power and efficiency
- specific fuel consumption
- air-fuel ratio, lambda value
- engine aspiration

EMISSION CONTROL
- fuels - combustion - exhaust gases
- classification of emissions
- effects and harms of different emission components
- transportation originated emissions compared to others
- gasoline engine emissions and their reduction
- diesel engine emissions and their reduction
- measuring methods and legislation of light and heavy-duty vehicles
- the greenhouse effect and climate change

Materials

Itslearningista löytyvä ja linkitetty materiaali.

Teaching methods

Luennot, harjoitustehtävät, itseopiskelu

Exam schedules

Tentti pe 11.4. klo 12:30-14:00 ICT Sigma (muutettu yhteisellä päätöksellä)

Ensimmäinen uusintamahdollisuus ke 4.6. klo 14-16.

Syksyn uusintamahdollisuudet

keskiviikko 10.09.25 klo 14-16,

keskiviikko 8.10.25 klo 14-16

International connections

Katsokaa kurssin otsikkoa, oppimistuloksia ja sisältöä (vihje: päästöjen hallinta)

Student workload

Luennot 42 h
Harjoitustehtävät 40 h
Itsenäinen opiskelu ja tenttiin valmistautuminen 55 h
Tentti 2 h
Yhteensä 133 h (vastaa 5 op työmäärää)

Content scheduling

Avausluento ke 15.1. klo 14-17. Luentojen ajat ja paikat ilmoitettu Lukkarissa ja Tuudossa, pääsääntöisesti yksi kolmen tunnin luento viikossa. Kurssi päättyy 25.4.2025 mennessä.

Further information

Itslearning

Evaluation scale

H-5

Assessment methods and criteria

Arviointi 0-5.

Tentti 50 % loppuarvosanasta.
Harjoitukset 50 % loppuarvosanasta.

Läsnäolobonus:
Yli 80 % tunneilla läsnäolo = +4 pistettä tenttiin
70-80 % läsnäolo = +3 pistettä tenttiin
60-70 % läsnäolo = +2 pistettä tenttiin
50-60 % läsnäolo = +1 piste tenttiin

4 pistettä vastaa tentissä vähintään 1 arvosanan nousua.

Hyväksytty suoritus edellyttää, että on päässyt läpi tentistä ja palauttanut vähintään kaksi harjoitustehtävää.

Opintosuoritukset on suunniteltu niin, ettei niiden tekemiseen tule hyödyntää tekoälyä. Opettajalla ei ole käytössä tekoälyn vilpillisen käytön tunnistavaa järjestelmää eikä osaamista. Mikäli opiskelija kerää opintosuoritukset tekoälyn avulla, mutta joutuu myöhemmissä opinnoissaan tai työelämässä pulaan koska ei ole oppinut asiaa oikeasti, kuuluu vastuu tästä opiskelijalle - ei opettajalle eikä oppilaitokselle.

Assessment criteria, fail (0)

Opiskelija on tehnyt alle 50 % harjoitustehtävistä hyväksytysti. Opiskelija on saanut tentistä hylätyn arvosanan tai ei ole käynyt tentissä lainkaan. Harjoitustehtävä(t) on tehty vilpillisesti ja jääneet kiinni TurnitIn-tarkastuksessa.

Assessment criteria, satisfactory (1-2)

Opiskelija tuntee polttomoottorin yleisimmät komponentit, peruskäsitteet ja toimintatapojen periaatteet. Opiskelija osaa tehdä yksinkertaisia laskutoimituksia polttomoottorin mitoitukseen ja suoritusarvoihin liittyen. Opiskelija tuntee päästöjen hallintaan liittyvien komponenttien, mittausmenetelmien ja lainsäädännön peruskäsitteet.

Opiskelija on saanut tentistä hyväksytyn arvosanan. Harjoitustehtävät on tehty ilman vilppiä. Tentin ja harjoitustehtävien painotettu keskiarvo on 1,00-2,49.

Assessment criteria, good (3-4)

Opiskelija tuntee hyvin polttomoottorin yleisimmät komponentit, peruskäsitteet ja toimintatapojen periaatteet. Opiskelija osaa tehdä laskutoimituksia polttomoottorin mitoitukseen ja suoritusarvoihin liittyen. Opiskelija tuntee hyvin päästöjen hallintaan liittyvien komponenttien ja mittausmenetelmien toimintatavat ja tunnusluvut sekä aiheeseen liittyvän lainsäädännön ja raja-arvot.

Opiskelija on saanut tentistä hyväksytyn arvosanan. Harjoitustehtävät on tehty ilman vilppiä. Tentin ja harjoitustehtävien painotettu keskiarvo on 2,50-4,49.

Assessment criteria, excellent (5)

Opiskelija tuntee perusteellisesti ja kriittisesti polttomoottorin yleisimmät komponentit, peruskäsitteet ja toimintatavat. Opiskelija osaa tehdä monimutkaisiakin laskutoimituksia polttomoottorin mitoitukseen ja suoritusarvoihin liittyen. Opiskelija tuntee perusteellisesti ja kriittisesti päästöjen hallintaan liittyvien komponenttien ja mittausmenetelmien toimintatavat ja tunnusluvut sekä aiheeseen liittyvän lainsäädännön ja raja-arvot.

Opiskelija on saanut tentistä kiitettävän arvosanan. Harjoitustehtävät on tehty ilman vilppiä, ja ne kaikki on palautettu ajallaan ja erinomaisin arvosanoin. Tentin ja harjoitustehtävien painotettu keskiarvo on vähintään 4,50.

Objective

Student can:
- select and size tentatively the components of a vehicle drivetrain
- explain the functioning of different types of transmissions and clutches and know the structure of front-wheel, rear-wheel and 4-wheel drive structures
- follow the oncoming development of drivetrain and explain the influence of new solutions to vehicle operation

Content

Rason for the need of transmissions, manual transmissions, gear ratio selection
- automatic transmissions (traditional, automated mechanical, DSG, CVT etc.)
- differentials and secondary gears
- power delivering devices
- 4-wheel-drive systems
- efficiency of powertrain components

Evaluation scale

H-5

Objective

After completing this study unit student:
- understands the principles of 3D modelling
- is able to create a model with solid and/or surface modelling software.
- is able to create and modify assemblies and workshop drawings.

Content

- re-engineering
- practicing to create a model 3D CAD software

Evaluation scale

H-5

Objective

The student is able:
- to evaluate different research methods

- to execute sampling

- to use basic statistical methods

- to analyze, test and report results

- to use statistical program for data analyses

Content

research methods
data analysis

Evaluation scale

H-5

Objective

The objective is that the student, after completing the inspection courses and practical training, is able to pass the inspection test organized by the authorities (Traficom). This test entitles the student to work as a light-duty vehicle inspector for two years. After completing the Bachelor of Engineering degree within two years, the entitlement becomes permanent.

Content

- Instructions of light-duty vehicle inspection
- Inspection methods
- Usage of equipment
- Principles of inspection assessment
- Measurements used in inspection
- Interpretation and reporting of measurement results

Evaluation scale

H-5

Objective

In this study unit, every student inspects 60 passenger cars under supervision.
Finding the placement for the training is the responsibility of the student.

Content

- Inspection of 60 passenger cars under supervision

Evaluation scale

H-5

Objective

After completing this study unit, the student:
- is able to describe the technical features and systems used in electric and hybrid
vehicles.
- is able to describe the different subsystems and functions.
- understands the possible safety issues caused from high voltage circuitry.
- knows the benefits and limitations of electrified powertrains compared to ICE vehicles.
- is familiar with the factors related to the environmental benefits of electric and hybrid
vehicles.
- is familiar with the charging concepts and procedures of electric and hybrid vehicles.
- is able to estimate charging time of different charging concepts under different conditions
- understands the influence of different charging procedures on battery service life
- is able to estimate the electric driving range (autonomy) under different conditions

Content

- Technical implementation principles of electric and hybrid vehicles
- Different subtypes of electric motors
- Battery technology, different battery chemistries
- Principles of motor management systems, power electronics
- Electrical safety of high voltage systems
- Benefits and limitations of electrified powertrains compared to ICE vehicles
- Environmental benefits and risks of electrified vehicles
- Different charging concepts and procedures, charging time
- Influence of different charging procedures on battery service life
- Factors influencing driving range, driving range estimation under different conditions

Materials

PowerPoint material delivered on the Itslearning platform

Teaching methods

Discussive classroom teaching
Possible guest lecturers

Exam schedules

Final Exam on Friday, April 11, 2025
Re-take possibility on Friday, April 25, 2025

International connections

Constructive learning based on previous knowledge
Co-teaching by two teachers

The whole scope of the course is based on sustainable development