| Name |
So-Ra Chung |
| School | School of Engineering and Technology
|
| Program | - Bachelor of Engineering - Cyber Systems Engineering (CSE)
- Bachelor of Engineering - Electronic Systems Engineering (ESE)
|
| Academic and professional designations | - Doctor of Philosophy (Ph.D.), Systems Design Engineering
- Master of Engineering Science (M.E.Sc.) Electrical and Computer Engineering
- Bachelor of Engineering Science (B.E.Sc.) Electrical and Computer Engineering
- Professional Engineer (P.Eng.) with PEO since 2004
- Member of IEEE
|
| Title | - Professor (ESE)
- Coordinator (CSE)
- Applied Research Principal Investigator
|
Courses taught
| - EECE71345 - Introduction to Engineering
- EECE71425 - Digital Systems
- EECE72395 - Embedded Systems Hardware
- EECE72425 - Digital Signal Processing
- EECE72545 - Engineering Project IV
- EECE73205 - Engineering Project V
- EECE73220 - Signals and Control Systems
- ELCN73005 - Electronics III
- FND71025 - Foundation Module
- PHYS71105 - Physics I (EM & Fluid)
- PHYS71165 - Physics II (Newtonian & Optics)
|
| Areas of expertise & interest | - Project-Based Learning with Systems Design Engineering Process:
- Applied Research for Industry 4.0 solutions &
- IoT Embedded Systems Hardware Development
- Micro-electromechanical Systems (MEMS) Modulation
- Antenna Polarization for Meteor Burst Communications
|
| Industry experience, professional currency activities | - Principal Investigator: The Centre for Smart Manufacturing at Grand Innovations
- Systems Engineer: MDA Space Mission (International Space Station Program)
- RF Engineering Hyundai Electronics Industries Co. Ltd. Space Business Division
|
| Major research projects, scholarly activities, and/or publications | - Presented Success Story "IoT Applied Research Matters" as a principal investigator during the Smart Manufacturing Symposium Industry 4.0 Solutions
- Journal papers and book chapters on topics related to:
- Architecture for MEMS-based Analogue Demodulation & A Design Analysis of Micromirror in Stacked Configurations with Moving Electrodes
|
| Additional information | So-Ra promotes "Design Justice" based on the circular economics, PRME Principles and Sustainable Development Goals (SDGs). She encourages creativity and innovation by helping students to develop solid foundations in fundamental engineering using model-based system engineering (MBSE) by motivating and engaging them to connect real-life problems with computable solutions. She also actively participates in outreach programs for STEMs and Women in Engineering. |
