Product Development (7 cr)

Evaluation scale

H-5

Content scheduling

Product Development 5 ECTS
- PD projects executed by the systematic process and phase model in small international teams. Assignments from industry or university projects.
Design approach to Product development 2 ECTS
- Engineering and Design work should go together and side by side through the whole Product Development process. This Design Approach part of the Product Development course introduces the key design viewpoints and elements to understand and utilize in engineering work. Design approach is integrated to the Product Development projects.

Objective

After completing the course the student:
• become familiar with the different types of Product Development Process
• understand the importance of continuous product
• development as part of a successful business (Timetables, Time to Market, Profit)
• can tailor a project plan to achieve a successful product development project
• be able to take into account the demands to the product (customer- and user-orientation, manufacturing and material demands)

Content

- product development as part of business
- product development process
- prestudy
- specification
- managing product denvelopment process
- the importance of industrial design
- creativity and product development methods
- teamwork
- immaterial rights
- Product Profitability, Investment and Financial Planning
- product development risk management
- the importance of standardization and modulation
- the quality of product development work.
- environmental requirements.

Materials

Lecture material, Product Design and Development (Karl Ulrich, Steven D. Eppinger) / Tuotekehitystoiminta (Esa Hietikko, 3. painos)

Teaching methods

Learning by Doing, Innovation Pedagogic (TUAS)

Pedagogic approaches and sustainable development

Tuotekehitys -kurssin laajuus on 5 opintopistettä:
- Luennot
- Tuotekehitystehtävä ryhmässä (70% ajasta)
- Design review, suunnittelukatselmukset


Muotoilunäkökulma 2op:
- prototypointi

Student workload

Kurssi on 5 + 2 OP eli yhteensä työmäärän mitoitus 192 tuntia.

Evaluation methods and criteria

Arviointi koostuu itse- ja vertaisarvioinnista, harjoitustyön arvioinnista, työpanoksesta harjoitustyössä sekä esityksistä.

Further information

Esitietovaatimukset ja muu huomioitava:
o 3D-modelling -kurssi suoritettuna
o Kurssi ensisijaisesti tarkoitettu konetekniikan opiskelijoille