faculty
Primary Faculty / Affiliate Faculty / Emeritus and retired Faculty
Research Summary
About
Before joining UF, Dr. Turpeinen spent his career in the biotechnology and medical device industry, where he led multidisciplinary research and development programs focused on vaccine development and manufacturing, regenerative biomaterials and medical device commercialization.
Dr. Turpeinen brings extensive industrial experience into the classroom, connecting fundamental chemical engineering principles with real-world engineering practice. His teaching philosophy emphasizes active learning, critical thinking, collaborative problem solving and preparing students to become innovative engineers capable of translating ideas into technologies that improve society.
Education
Ph.D. in Chemical Engineering, Michigan Technological University, 2020
Professional Experience
Dr. Turpeinen focuses on teaching undergraduate and graduate chemical engineering courses and strives to develop modern, industry-relevant course content that helps students bridge engineering fundamentals with industrial applications. Dr. Turpeinen also mentors and advises students on design projects and professional career advice.
Industrial Career
Dr. Turpeinen spent his career across a diverse set of positions in the biotechnology and medical device fields. From quality control, process development, manufacturing technical operations, and research and development, Dr. Turpeinen has a wide knowledge base about bringing small-scale molecules and technology through scale-up into commercialization.
Teaching Interests
- Material and Energy Balances
- Thermodynamics
- Biochemical Engineering
- Process Design
- Engineering Economics
- Professional Development for Engineers
- Engineering Laboratories (chemical and biochemical)
One of Dr. Turpeinen’s passions is helping students understand how engineering concepts are applied in professional practice. Throughout his career, he has worked on projects involving:
- Current Good Manufacturing Practices (cGMP)
- Manufacturing scale-up
- Research and development strategy
- FDA regulatory pathways
- Design controls
- Product and process verification and validation
Teaching Philosophy
Engineering education should extend beyond solving textbook problems. Successful engineers learn to navigate ambiguity, communicate effectively, collaborate across disciplines, and make informed, defendable decisions using incomplete information. Dr. Turpeinen strives to create an engaging classroom where students actively participate, ask questions, and develop confidence in applying engineering principles to solve complex, real-world problems. By integrating industrial case studies, project-based learning, and modern engineering tools, he aims to prepare graduates who are ready to contribute immediately in industry, graduate school, or entrepreneurial ventures.