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The Department of Chemical and Materials Engineering (CME) looks forward to an engaging year ahead, with a strong focus on hands-on, experiential learning and innovative pathways that prepare students to thrive in a changing world.

New Experiential Learning Lab
This fall, CME is excited to welcome undergraduate students and instructors to the new CME Experiential Learning Lab, located on the first floor of CMEB. This state-of-the-art facility is designed to expand practical learning opportunities in undergraduate courses and provide a dedicated space for student-led projects in chemical engineering. The lab reflects CME’s commitment to fostering innovation, curiosity and real-world problem-solving skills among students.

New program options: Clean Energy and Bioprocessing
Alongside this, CME has launched two new program options for chemical engineering undergraduates: Clean Energy & Sustainable Process Systems and Bioprocessing & Biomanufacturing. These specializations combine advanced laboratory practice, experiential learning and team-based projects with core chemical engineering fundamentals. Developed through years of curriculum design and close consultation with industry stakeholders, these options respond directly to growing market demand and Canada’s expanding leadership in clean energy, sustainability and biomanufacturing.

With Alberta becoming an increasingly attractive destination for investors in bioprocessing industries and clean energy technologies, CME students will gain industry-relevant skills that align with shifting economic and environmental priorities. Interest has been strong — last fall’s cohort for these new specializations exceeded enrollment expectations, signalling an exciting future for the program and the field.

New elective: Coffee Course in Chemical Engineering
Also, this fall, CME offers CH E 494: Coffee Course in Chemical Engineering. This unique elective explores the chemical engineering fundamentals behind coffee production — from mass and heat transfer in roasting, to extraction kinetics and process optimization in brewing. This course offers students a practical exploration of process design, reaction engineering and sustainability, all through the lens of one of the world’s most beloved beverages. It’s an excellent opportunity to apply core chemical engineering concepts to everyday life while gaining fresh insights into process engineering.

Looking ahead
As we look ahead, CME remains dedicated to supporting student success, strengthening community connections and preparing graduates to lead the way in building a cleaner, more sustainable world. Here’s to a productive and inspiring year!