Exploring term Fall 2023 Change
- ACAN: Arts of Canada
- ADMN: Public Administration
- AE: Art Education
- AGEI: Ageing
- AHVS: Art History and Visual Studies
- ANTH: Anthropology
- ART: Visual Arts
- ARTS: Arts
- ASL: American Sign Language
- ASTR: Astronomy
- ATWP: Academic and Technical Writing Program
- BCMB: Biochemistry and Microbiology
- BIOC: Biochemistry
- BIOL: Biology
- BME: Biomedical Engineering
- CE: Community Engagement
- CHEM: Chemistry
- CIVE: Civil Engineering
- COM: Commerce
- CS: Canadian Studies
- CSC: Computer Science
- CW: Creative Writing (En'owkin Centre)
- CYC: Child and Youth Care
- DHUM: Digital Humanities
- DSST: Disability Studies (DSS)
- ECE: Electrical and Computer Engineering
- ECON: Economics
- ED-D: Educational Psychology and Leadership Studies
- ED-P: Curriculum and Instruction Studies
- EDCI: Curriculum and Instruction Studies
- EDUC: Education
- ENGR: Engineering
- ENSH: English
- ENT: Entrepreneurship
- EOS: Earth and Ocean Sciences
- EPHE: Exercise Science, Physical and Health Education
- ER: Environmental Restoration
- ES: Environmental Studies
- EUS: European Studies
- FA: Fine Arts
- FRAN: French and Francophone Studies
- GDS: Global Development Studies
- GEOG: Geography
- GMST: Germanic Studies
- GNDR: Gender Studies
- GREE: Greek
- GRS: Greek and Roman Studies
- HDCC: Human Dimensions of Climate Change
- HINF: Health Information Science
- HLTH: Health
- HS: Health and Society
- HSD: Human and Social Development
- HSTR: History
- HUMA: Humanities
- IB: International Business
- ICDG: Indigenous Community Development and Governance
- IED: Indigenous Education
- IGOV: Indigenous Governance
- INGH: Indigenous Health Studies
- INTS: International Health Studies
- IS: Indigenous Studies
- ISP: Intercultural Studies and Practice
- ITAL: Italian
- LAS: Latin American Studies
- LATI: Latin
- LAW: Law
- LING: Linguistics
- MATH: Mathematics
- MDIA: Media Studies
- MECH: Mechanical Engineering
- MEDI: Medieval Studies
- MEDS: Medical Science
- MICR: Microbiology
- MRNE: Marine Science
- MUS: Music
- NURS: Nursing
- PAAS: Pacific and Asian Studies
- PHIL: Philosophy
- PHYS: Physics
- POLI: Political Science
- PORT: Portuguese
- PSYC: Psychology
- RCS: Religion, Culture and Society
- SCIE: Science
- SENG: Software Engineering
- SJS: Social Justice Studies
- SLST: Slavic Studies
- SMGT: Service Management
- SOCI: Sociology
- SOCW: Social Work
- SOSC: Social Science
- SPAN: Spanish
- STAT: Statistics
- TCA: Transformative Climate Action
- THEA: Theatre
- TS: Technology and Society
- VIRS: Visiting International Research Studies
- VKUR: Valerie Kuehne Undergraduate Research Award
- WRIT: Writing
- BME200: Molecular and Cellular Physiology for Engineers
- BME201: Quantitative Human Physiology
- BME320: Engineering Materials with BME applications
- BME335: Biosensors and Instrumentation
- BME350: Biomedical Engineering Design
- BME401A: Special Topics in Biomedical Engineering
- BME401B: Special Topics in Biomedical Engineering
- BME401C: Special Topics in Biomedical Engineering
- BME401D: Special Topics in Biomedical Engineering
- BME402: Biomedical Imaging Modalities
- BME403: Medical Image Processing
- BME404: Special Topics in Biomedical Engineering
- BME410: Bioprinting and 3D Printing Human Body Parts
- BME420: Human Factors and Usability Engineering for Medical Devices
- BME434: Biophotonics
- BME448: Introduction to Musculoskeletal Biomechanics
- BME452: Microfluidics for Biomedical and Energy Applications
- BME481: Biomaterials and Tissue Engineering
- BME490: Technical Project
- BME498: Honours Thesis
- BME499: Design Project
BME452
Microfluidics for Biomedical and Energy Applications
Transport phenomena in microscale. Fundamentals of microfabrication techniques for microfluidic devices. Flow control in microfluidic systems. Recent advances in designing microscale diagnostics and analytical systems. An overview of the applications of microfluidic systems in biology and the concept of organ-on-chip. An overview of the use of microscale technologies for energy applications.
Lecture: 3h
Lab: 1h
Tutorial: 0h
Credits: 1.5