CHME 6071/01 (Fall 2025): MATERIALS SCI & ENG
- Teacher: PATRICIA COMEAU
- Teacher: KELLY MEEK
CHME 6011/EC (Winter 2025): ADV TRANSPORT PHENOMENA
- Teacher: DENIZ MENEKSEDAG EROL
CHME 6101/01 (Winter 2025): ADV BATTERY MATER & TECHNOL
- Teacher: ELENA BARANOVA
- Teacher: XIA LI
CHME 6121/02 (Winter 2025): NANOMATERIALS CHEM & ENG
- Teacher: ZHIBIN YE
CHME 6981/W (Winter 2025): CHEM ENG RESRCH PROT & SAFETY
- Teacher: MICHEL TRUDEAU
CHME 6911/AA (Summer 2025): SPECIAL TOPICS I: CHEM ENG
- Teacher: MARC-ANTONI GOULET
CHME 6981/AA (Summer 2025): CHEM ENG RESRCH PROT & SAFETY
- Teacher: MICHEL TRUDEAU
CHME 6071/01 (Summer 2025): MATERIALS SCI & ENG
- Teacher: PATRICIA COMEAU
CHME 6021/01 (Fall 2025): ADV CHEM ENG THERMODYN
- Teacher: MELANIE JANE HAZLETT
CHME 6051/W (Fall 2025): CHEMICAL PROCESS ENG & DESIGN
- Teacher: YASER KHOJASTEH-SALKUYEH
CHME 6101/F (Fall 2025): ADV BATTERY MATER & TECHNOL
This course is designed to develop students' knowledge and understanding of key energy conversion and storage technologies, with a particular focus on electrochemical systems such as fuel cells and batteries. Emphasis will be placed on the fundamentals of electrochemical engineering, including the design of electrodes and electrolytes, thermodynamics, reaction kinetics and transport phenomena.
These concepts will be explored in the context of advanced electrochemical devices, with attention to both theoretical foundations and practical applications. The course will also cover the synthesis and characterization of nanomaterials relevant to energy technologies, and provide an overview of the current landscape of the battery industry.
Students will be expected to complete a project and submit a final report as part of the course requirements.
- Teacher: ELENA BARANOVA
CHME 6151/LL (Fall 2025): LIFE CYCLE ASSESSMENT
- Teacher: IVAN KANTOR