Courses Directory by Number

300 Level

• ART
• ART334 – Performance Technology

• BUS
• BUS3515J – Advanced Branding and Brand Management
• BUS3670J – Global Enterprise and Sustainable Development

• CHN
• CHN3630J – Chinese Society in Contemporary Chinese Cinema

• CUL
• CUL3530J – American Culture

• ECE
• ECE3110J – Electronic Circuits
• ECE3120J – Digital Integrated Circuits
• ECE3200J – Introduction to Semiconductor Devices
• ECE3300J – Electromagnetics II
• ECE3340J – Principles of Optics
• ECE3510J – Digital Signal Processing and Analysis
• ECE3700J – Introduction to Computer Organization
• ECE3730J – Design of Microprocessor Based Systems

• ENGL
• ENGL3010J – Writing for Television
• ENGL3020J – Writing Poetry
• ENGL3230J – Writing Fiction
• ENGL3240J – Shakespeare Studies
• ENGL3300J – American Short Fiction
• ENGL3420J – Literary Translation
• ENGL3440J – Literature and the Environment
• ENGL3450J – Art of the Essay
• ENGL3460J – Introduction to Literary Journalism (Winter Program)
• ENGL3480J – Modern PhysicsScience Fiction

• ENGR
• ENGR3840J – Engineering Project Management

• ME
• ME3050J – Introduction to Finite Elements in Mechanical Engineering
• ME3110J – Strength of Materials
• ME3200J – Fluid Mechanics
• ME3350J – Heat Transfer
• ME3500J – Design and Manufacturing II
• ME3600J – Modeling, Analysis and Control of Dynamic Systems
• ME3820J – Mechanical Behavior of Materials
• ME3950J – Mechanical Engineering Laboratory I

• MSE
• MSE3300J – Thermodynamics of Materials
• MSE3350J – Kinetics and Transitions in Material Engineering
• MSE3500J – Structure of Materials
• MSE3600J – Materials Lab I
• MSE3650J – Materials Lab II

• PHIL
• PHIL3550J – Contemporary Moral Problems
• PHIL3610J – Philosophical Ethics

• PHYS
• PHYS3900J – Modern Physics

• POL
• POL3610J – Chinese Diplomacy and Foreign Policy Making
• POL3690J – Politics of International Economic Relations
• POL3800J – Topics in Asian Studies: Political and Economic Development in Pacific Asia

• PSY
• PSY3110J – Creativity

• SOC
• SOC3810J – Introduction to Social Science Research Design

• STAT
• STAT3060J – Computational Thinking with Data (Winter Program)

• TC
• TC3000J – Technical Communication for Electrical and Computer Engineering

400 Level

• BUS
• BUS4010J – Entrepreneurship
• BUS4020J – Managing a Business
• BUS4100J – Building start ups from Zero to One
• BUS4200J – Business Basics for Entrepreneurs
• BUS4210J – Leadership and Technology Management
• BUS4220J – E-Business Management
• BUS4230J – Intrapreneurship
• BUS4231J – Internship Practicum
• BUS4250J – Technology Entrepreneurship
• BUS4400J – Introduction to Social Entrepreneurship
• BUS4570J – Principles of Financial Accounting
• BUS4600J – Strategy and Innovation

• ECE
• ECE4010J – Probabilistic Methods in Engineering
• ECE4110J – Microwave Circuits I
• ECE4130J – Monolithic Amplifier Circuits
• ECE4130J – Monolithic Amplifier Circuits
• ECE4140J – Introduction to MEMS
• ECE4200J – Physical Principles Underlying Smart Devices
• ECE4210J – Properties of Transistors
• ECE4230J – Solid-State Device Laboratory
• ECE4270J – VLSI Design I
• ECE4340J – Principles of Photonics
• ECE4380J – Advanced Lasers and Optics Laboratory
• ECE4410J – App Development for Entrepreneurs
• ECE4411J – Mobile Applications for Entrepreneurs
• ECE4440J – Networks
• ECE4450J – Introduction to Machine Learning
• ECE4500J – Capstone Design
• ECE4510J – Digital Signal Processing and Analysis
• ECE4530J – Decision Making in Smart Cities
• ECE4550J – Digital Communication Signals and Systems
• ECE4580J – Biomedical Instrumentation and Design
• ECE4600J – Control Systems Analysis and Design
• ECE4700J – Computer Architecture
• ECE4710J – Introduction to Data Science
• ECE4711J – Applied Parallel Programming with GPUs
• ECE4720J – Methods and Tools for Big Data
• ECE4721J – Methods and Tools for Big Data
• ECE4730J – Advanced Embedded System
• ECE4750J – Introduction to Cryptography
• ECE4760J – Data Mining
• ECE4761J – Data Mining and Machine Learning
• ECE4770J – Introduction to Algorithms
• ECE4800J – Software Engineering
• ECE4810J – System-on-Chip Design
• ECE4820J – Introduction to Operating Systems
• ECE4821J – Introduction to Operating Systems-Attached Lab
• ECE4830J – Compiler Construction
• ECE4850J – Optimization in Machine Learning
• ECE4870J – Interactive Computer Graphics
• ECE4880J – Computer Vision
• ECE4880J – Computer Vision
• ECE4890J – Computer Networks
• ECE4900J – Undergraduate Research
• ECE4920J – Introduction to Artificial Intelligence
• ECE4921J – Artificial Intelligence: Principles and Techniques

• ENGR
• ENGR4410J – Supply Chain Management
• ENGR4410J – Supply Chain Management
• ENGR4500J – Global Multidisciplinary Design Project I
• ENGR4511J – Capstone Design Plus
• ENGR4960J – Professional Ethics

• IE
• IE4660J – Statistical Quality Control

• MATH
• MATH4170J – Linear Algebra
• MATH4540J – Boundary Value Problems for Partial Differential Equations
• MATH4710J – Introduction to Numerical Methods

• ME
• ME4050J – Finite Elements in Mechanical Engineering
• ME4120J – Advanced Strength of Materials
• ME4180J – Mechanics of Composite and Microstructured Media
• ME4210J – Thermal-Fluids Systems Design
• ME4241J – Applied Biofluid Mechanics
• ME4320J – Combustion
• ME4330J – Advanced Energy Solution
• ME4340J – Materials for Energy Conversion
• ME4400J – Intermediate Dynamics and Vibration
• ME4500J – Design and Manufacturing III
• ME4520J – Design for Manufacturability
• ME4550J – Introduction to Data-driven Engineering Design
• ME4580J – Automotive Engineering
• ME4610J – Automatic Control
• ME4670J – Introduction to Robotics
• ME4810J – Manufacturing Processes
• ME4820J – Machining Process
• ME4900J – Undergraduate Research
• ME4950J – Mechanical Engineering Laboratory II

• MSE
• MSE4120J – Polymeric Materials
• MSE4500J – Product Design and Manufacturing
• MSE4800J – Materials and Engineering Design
• MSE4820J – Materials Processing Design
• MSE4890J – Materials Processing Design
• MSE4930J – Self-assembly of Materials and Devices

• STAT
• STAT4060J – Computational Methods for Statistics and Data Science
• STAT4130J – Applied Regression Analysis using R
• STAT4510J – Bayesian Analysis
• STAT4710J – Data Science and Analytics using Python

• TC
• TC4960J – Advanced Technical Communication

• Ve
• Ve407 – Introduction to Statistical Learning

500 Level

• VE
• VE507(5002) – Semiconductor Optoelectronic Materials
• VE512 – Amorphous and Microcrystalline Semiconductor Thin Film Devices
• VE517 – Physical Processes in Plasmas
• VE520 – Electronic and Optical Properties of Semiconductors
• VE521 – High Speed Transistors
• VE522 – Analog Integrated Circuits
• VE523 – Digital Integrated Technology
• VE525 – Advanced Solid State Microwave Circuits
• VE531 – Antenna Theories and Design
• VE536 – Classical Statistical Optics
• VE541 – Applied Quantum Mechanics II
• VE555 – Digital Communication Theory
• VE559 – Advanced Signal Processing
• VE570 – Parallel Computer Architecture
• VE571 – Principles of Real-Time Computing
• VE573 – Microarchitecture
• VE578 – Computer-Aided Design Verification of Digital Systems
• VE579 – Digital System Testing
• VE581 – Convolutional Neural Networks for Visual Recognition
• VE582 – Advanced Operating Systems
• VE587 – Parallel Computing
• VE588 – Computer and Network Security
• VE595 – Master Thesis

• VG
• VG500 – Technical Communication

• VM
• VM503 – Numerical methods in mechanics simulation
• VM510 – Advanced Structural Analysis
• VM516 – Energy Methods in Solid Mechanics
• VM519 – Theory of Plasticity
• VM521 – Compressible Flow
• VM527 – Multiphase Flow
• VM528 – Experimental Methods in Multiphase Flow
• VM531 – Advanced Conduction and Radiation Heat Transfer
• VM532 – Advanced Convection
• VM535 – Thermodynamics III
• VM540 – Advanced Methods of Vibration Analysis
• VM543 – Analytical Dynamics
• VM554 – Computer Aided Design Methods
• VM566 – DYNAMICS AND CONTROL OF CONNECTED VEHICLES
• VM567 – Introduction to Robotics
• VM584 – Control of Manufacturing Systems
• VM586 – Laser Materials Processing
• VM595 – Master Thesis

600 Level

• ECE
• ECE6101J – High-frequency Circuits
• ECE6201J – Semiconductor Physics
• ECE6202J – Solid State Physics
• ECE6203J – Applied Quantum Mechanics I
• ECE6209J – Principles of Semiconductor Devices
• ECE6301J – Nonlinear & Ultrafast Optics
• ECE6302J – Electromagnetic Theory I
• ECE6303J – Optics and Photonics
• ECE6305J – Optical Waves in Crystals
• ECE6306J – Lasers
• ECE6307J – Fiber Optics and Biomedical Optics
• ECE6308J – Modern Optics Laboratory
• ECE6340J – Optical Information Processing
• ECE6601J – Probability and Random Processes
• ECE6602J – Linear Systems
• ECE6603J – Information Theory
• ECE6604J – Introduction to Digital Communication and Coding
• ECE6605J – Image Processing
• ECE6607J – Nonlinear Systems and Control
• ECE6608J – Statistical Signal Processing
• ECE6609J – Matrix Methods for Signal Processing, Data Analysis and Machine Learning
• ECE6701J – Methods and Tools for Big Data
• ECE6702J – Problem Solving with AI Techniques
• ECE6703J – Computer-Aided Design of Integrated Circuits
• ECE6704J – Advanced Computer Networks
• ECE6705J – Deep Reinforcement Learning
• ECE6706J – Unsupervised Learning for Science
• ECE6707J – Modern Digital VLSI Design
• ECE6901J – Convolutional Neural Networks for Visual Recognition
• ECE6902J – Introduction to Information Geometry
• ECE6903J – Distributed Machine Learning Systems
• ECE6904J – Battery Modeling, Simulation, and Management

• ENGR
• ENGR6001J – Introduction to Graduate Technical Communication
• ENGR6002J(VG502) – Technical Discourse
• ENGR6003J – Graduate Thesis Writing

• MATH
• MATH6001J – Methods of Applied Mathematics I
• MATH6002J – Methods of Applied Mathematics II
• MATH6003J – Introduction to Engineering Numerical Analysis

• ME
• ME6101J – Continuum Mechanics
• ME6102J – Advanced Mechanics of Composite Materials
• ME6103J – Theory of Elasticity
• ME6104JH – Finite Element Methods
• ME6106J – Foundation of Solid Mechanics
• ME6107J – Non-Linear Fracture Mechanics
• ME6109J – Wave Propagation in Elastic Solids
• ME6110J – Constitutive Modeling and Constitutive Updates of Solids
• ME6201J – Advanced Fluid Mechanics
• ME6202J – Computational Fluid Dynamics
• ME6203JH – Turbulence
• ME6207J – Microfluidics and Nanofluidics
• ME6301J – Advanced Heat Transfer
• ME6402J – Mechanical Vibrations
• ME6501J – Mechanisms Design
• ME6503J – Engineering Optimization
• ME6601J – Mechatronic System Design
• ME6602J – Microelectromechanical Systems
• ME6801J – Manufacturing Processes and Systems

• MSE
• MSE6201J – Electrical, Optical and Magnetic Properties of Materials
• MSE6202J – Structural, Physical and Chemical Characterization of Materials
• MSE6203J – Mechanical Properties of Polymers
• MSE6204J – Statistical Physics
• MSE6501J – Machine Learning in Molecular and Materials Sciences
• MSE6502J – Computational Approaches in MSE
• MSE6601J – Introduction to Soft Matter Physics
• MSE6602J – Battery Materials: Fundamentals and Applications
• MSE6801J – Selected Topics in Nanotechnology
• MSE6802J – Climate Change: A Multidisciplinary Approach

• VE
• VE601 – Advanced Topics in Semiconductor Defects
• VE650 – Coding Theory
• VE695 – Doctoral Thesis

• VM
• VM643 – Flexible Multibody Dynamics
• VM648 – Nonlinear Oscillations and Stability
• VM695 – Doctoral Thesis
• VM699 – Special topics in thermal and fluid science

700 Level

• ECE
• ECE7601J – Wireless Networks
• ECE7603J – Millimeter-wave and Terahertz Wireless Communications
• ECE7604J – Advanced Topics in Controls
• ECE7605J – Advanced topics in control II
• ECE7606J – Stochastic Control and Reinforcement Learning
• ECE7607J – Compressed Sensing Theory and Its Applications
• ECE7608J – Data Networks
• ECE7609J – Principles of Imaging Science

• ME
• ME7501J – Engineering Decision Making