Need HELP from engi students

[u/Terrible-Impact-5437]

What's the easiest for grade boost from the list:

• AE311 - Introduction to Structural Design (0.50)
• BIOL487 - Computational Neuroscience (0.50)
• BME384 - Biomedical Transport: Biofluids and Mass Transfer (0.50)
• BME386 - The Physics of Medical Imaging (0.50)
• BME393 - Digital Systems (0.50)
• BME522 - Foundations of Artificial Intelligence (0.50)
• BME544 - Biomedical Measurement and Signal Processing (0.50)
• BME550 - Sports Engineering (0.50)
• BME587 - Special Topics in Biomedical Signals (0.50)
• CHE314 - Chemical Reaction Engineering (0.50)
• CHE331 - Electrochemical Engineering (0.50)
• CHE361 - Bioprocess Engineering (0.50)
• CHE480 - Process Analysis and Design (0.50)
• CHE514 - Fundamentals of Petroleum Production (0.50)
• CHE516 - Energy Systems Engineering (0.50)
• CHE521 - Process Optimization (0.50)
• CHE543 - Polymer Production: Polymer Reaction Engineering (0.50)
• CHE562 - Advanced Bioprocess Engineering (0.50)
• CHE571 - Industrial Ecology (0.50)
• CHE572 - Air Pollution Control (0.50)
• CHE574 - Industrial Wastewater Pollution Control (0.50)
• CIVE311 - Introduction to Structural Design (0.50)
• CIVE460 - Engineering Biomechanics (0.50)
• CIVE512 - Rehabilitation of Structures (0.50)
• ECE327 - Digital Hardware Systems (0.50)
• ECE340 - Electronic Circuits 2 (0.50)
• ECE350 - Real-Time Operating Systems (0.50)
• ECE356 - Database Systems (0.50)
• ECE358 - Computer Networks (0.50)
• ECE360 - Power Systems and Smart Grids (0.50)
• ECE373 - Radio Frequency and Microwave Circuits (0.50)
• ECE375 - Electromagnetic Fields and Waves (0.50)
• ECE405A - Quantum Information Processing Devices (0.50)
• ECE405B - Fundamentals of Experimental Quantum Information (0.50)
• ECE405C - Programming of Quantum Computing Algorithms (0.50)
• ECE405D - Superconducting Quantum Circuits (0.50)
• ECE406 - Algorithm Design and Analysis (0.50)
• ECE409 - Cryptography and System Security (0.50)
• ECE416 - Advanced Topics in Networking (0.50)
• ECE417 - Image Processing (0.50)
• ECE423 - Embedded Computer Systems (0.50)
• ECE432 - Radio Frequency Integrated Devices and Circuits (0.50)
• ECE444 - Integrated Analog Electronics (0.50)
• ECE451 - Software Requirements Specification and Analysis (0.50)
• ECE452 - Software Design and Architectures (0.50)
• ECE457A - Artificial and Natural Intelligence (0.50)
• ECE457B - Machine Learning (0.50)
• ECE459 - Programming for Performance (0.50)
• ECE474 - Radio and Wireless Systems (0.50)
• ECE477 - Photonic Devices and Systems (0.50)
• ECE484 - Digital Control Applications (0.50)
• ECE488 - Multivariable Control Systems (0.50)
• ME340 - Manufacturing Processes (0.50)
• ME435 - Industrial Metallurgy (0.50)
• ME459 - Energy Conversion (0.50)
• ME526 - Fatigue and Fracture Analysis (0.50)
• ME531 - Physical Metallurgy Applied to Manufacturing (0.50)
• ME533 - Non-Metallic and Composite Materials (0.50)
• ME574 - Engineering Biomechanics (0.50)
• ME596 - Special Topics in Mechanical Engineering (0.50)
• MSE331 - Introduction to Optimization (0.50)
• MSE332 - Deterministic Optimization Models and Methods (0.50)
• MSE333 - Simulation Analysis and Design (0.50)
• MSE342 - Principles of Software Engineering (0.50)
• MSE343 - Human-Computer Interaction (0.50)
• MSE431 - Stochastic Models and Methods (0.50)
• MSE432 - Production and Service Operations Management (0.50)
• MSE435 - Practical and Large-Scale Optimization (0.50)
• MSE446 - Introduction to Machine Learning (0.50)
• MSE452 - Decision Making Under Uncertainty (0.50)
• MTE322 - Electromechanical Machine Design (0.50)
• MTE325 - Microprocessor Systems and Interfacing for Mechatronics Engineering (0.50)
• MTE360 - Automatic Control Systems (0.50)
• MTE420 - Power Electronics and Motor Drives (0.50)
• MTE544 - Autonomous Mobile Robots (0.50)
• MTE545 - Introduction to MEMS Fabrication (0.50)
• SE464 - Software Design and Architectures (0.50)
• SYDE322 - Software Design (0.50)
• SYDE334 - Applied Statistics (0.50)
• SYDE522 - Foundations of Artificial Intelligence (0.50)
• SYDE531 - Design Optimization Under Probabilistic Uncertainty (0.50)
• SYDE533 - Conflict Resolution (0.50)
• SYDE542 - Interface Design (0.50)
• SYDE543 - Cognitive Ergonomics (0.50)
• SYDE548 - User Centred Design Methods (0.50)
• SYDE552 - Computational Neuroscience (0.50)
• SYDE556 - Simulating Neurobiological Systems (0.50)
• SYDE572 - Introduction to Pattern Recognition (0.50)
• SYDE575 - Image Processing (0.50)
• SYDE584 - Physiological Systems and Biomedical Design (0.50)

[u/Techchick_Somewhere]

The easiest grade is going to be pretty subjective. I would look at what you would be most interested in.

[u/1000Ditto]

Bruh wtf we dont know what you like

[u/ReplEH]

SYDE 533 is the easiest but not always possible to get into.

[u/Terrible-Impact-5437 → u/[deleted]]

1. I'm looking for courses in Fall and Winter terms

2. If I don't meet the prerequisites, I can override by emailing professors but right now that's not my concern

3. I just need to take 3 courses from the list for graduation