Jake Nease

Jake Nease is an Associate Professor in the Department of Chemical Engineering at McMaster University's Faculty of Engineering. A McMaster graduate himself, he has built his academic career at this institution with a strong focus on teaching excellence and innovative pedagogy in chemical engineering education.

Dr. Nease's research interests span energy systems, sustainable design, and environmental engineering, with particular expertise in process control and optimization. His work demonstrates a strong commitment to addressing climate change challenges through sustainable energy solutions, focusing on the efficient use of fossil fuels en route to carbonless power generation. His research portfolio reveals a consistent theme of integrating advanced optimization techniques with sustainable energy systems, particularly in the areas of solid oxide fuel cells, CO2 capture technologies, and zero-emissions power generation.

His scholarly output shows a clear evolution from fundamental process control and optimization research toward increasingly applied sustainable energy systems. The most recent publications demonstrate his expanding interests into biomedical applications and educational research, while maintaining his core focus on energy systems optimization. His work bridges theoretical process systems engineering with practical environmental applications, particularly in carbon management technologies.

Dr. Nease has taught a wide range of courses including Process Control/Optimization, Numerical Methods, Big Data Methods, Chemical Process Design, Engineering Economics, and Biomedical Control Systems. His teaching portfolio reflects both his technical expertise in process systems engineering and his commitment to preparing students for emerging challenges in sustainable engineering.

His research collaborations span multiple disciplines, with significant work alongside colleagues in chemical engineering, environmental science, and biomedical engineering. While specific grant information isn't detailed in the available materials, his publication record suggests active research funding supporting his work in sustainable energy systems and process optimization.