This section of Engineering 100 introduces fundamental concepts of biotechnology and chemical engineering, and provides an understanding of how biological systems can be engineered to solve real-world problems such as the need for renewable energy and affordable medicine. We will cover:

- Key concepts and methods in genetic engineering and biotechnology including recombinant DNA technology, immobilization, and renewable energy
- How to design a process by following engineering design principles with consideration of ethical and social implications
- Written and oral communication in engineering contexts emphasizing audience analysis, writing strategies, genres of technical discourse, visual communication, collaboration, and professional responsibility.

Term Project: Design, build, and test a multi-step process to produce a biotechnological or biopharmaceutical product

Project 1: Production of biopolymer carriers (i.e. alginate hydrogels) for a variety of applications such as drug delivery or medicine and food manufacturing based on student interest
Project 2: Production of biofuel ethanol from renewable biomass using genetically engineered microorganisms

Labs: Experimental design, hands-on lab work for proof-of-concept studies and prototype development, quantitative & qualitative data analysis


Engineering 100 is the start of a University of Michigan engineer's journey. Students take part in a real-world project that utilizes the fundamentals of their section's topic. From microprocessors to rockets to food, there are several mediums for students to pick from; all cover the same fundamentals (employ the engineer design process, communicate effectively as an engineer, collaborate in diverse teams, understand and practice professional engineering values).

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