Biotechnical Design and ImplementationLaajuus (5 op)

Osaamistavoitteet

Course Description:
This advanced course focuses on the integration of scientific knowledge and engineering principles to design, plan, and evaluate biotechnological systems and solutions. It prepares students for professional roles in biotechnology by emphasizing project-based learning, critical thinking, and interdisciplinary collaboration.
Students will explore biotechnical project development—from conceptual design and feasibility analysis to implementation planning and evaluation. Topics include bioprocess design, equipment selection, and sustainability considerations. The course also introduces project management tools and innovation strategies relevant to biotechnology-based product and process development.
Through case studies, design simulations, and collaborative assignments, students will gain experience in solving complex, real-world problems and presenting their solutions in a professional context.
Learning Outcomes:
By the end of this course, students will be able to:
• Design and evaluate biotechnological processes and systems based on scientific and engineering principles.
• Develop project proposals that include technical, economic, and regulatory considerations.
• Apply systems thinking to solve complex biotechnical challenges.
• Assess the feasibility, scalability, and sustainability of biotechnological solutions.
• Communicate technical concepts and project outcomes effectively to diverse audiences.

Sisältö

Course Content:
1. Introduction to Biotechnical Design Thinking
• Design principles in biotechnology
• Innovation and problem-solving frameworks
2. Project Planning and Feasibility Analysis
• Technical and economic feasibility
• Risk assessment and mitigation
3. Bioprocess and Product Design
• Process flow diagrams and system components
• Equipment selection and facility layout
4. Process optimization and control
5. Regulatory and Quality Considerations
• Documentation and validation
6. Sustainability and Environmental Impact
7. Project Management in Biotechnology
• Time, cost, and resource management
• Team collaboration and leadership