Course Descriptions

Note – The course syllabi below are NOT official. They are only samples, intended to provide an overview of what type of content will be covered and the nature of the course, as this information can be useful for selecting courses and determining transfer credits, etc. For official course syllabus and curriculum details, please refer to the instructor’s handouts and the course’s website (if available).

Note – Some courses listed do not have links. Mouse over them to see more information.

Course	Description
MECH 220	Technical Skills Practicum
MECH 221	Engineering Science I
MECH 222	Engineering Science II
MECH 223	Mechanical Design
MECH 260	Introduction to Mechanics of Materials
MECH 280	Introduction to Fluid Mechanics
MECH 305	Data Analysis and Mechanical Engineering Laboratories
MECH 306	Data Analysis and Mechatronics Laboratories
MECH 325	Mechanical Design I
MECH 326	Mechanical Design II
MECH 327	Thermal System Design
MECH 328	Mechanical Engineering Design Project
MECH 329	Materials for Mechanical Design
MECH 341	Dynamics of Marine Vehicles
MECH 356	Machine Components
MECH 360	Mechanics of Materials
MECH 364	Mechanical Vibrations
MECH 366	Modeling of Mechatronic Systems
MECH 375	Heat Transfer I
MECH 380	Fluid Dynamics
MECH 386	Industrial Fluid Mechanics
MECH 392	Manufacturing Processes
MECH 405	Acoustics and Noise Control
MECH 410G	Green Buildings
MECH 410N	Internal Combustion Engines
MECH 420	Sensors and Actuators
MECH 421	Mechatronics System Instrumentation
MECH 422	Introduction to Microelectromechanical Systems
MECH 431	Engineering Economics
MECH 433	Biofluids
MECH 435	Orthopaedic Biomechanics
MECH 436	Fundamentals of Injury Biomechanics
MECH 439	Biomechanics Research
MECH 441	Computer-Aided Ship Design
MECH 445	Fuel Cell Systems
MECH 457	Mechanical Engineering Design Project
MECH 458	Electro-Mechanical Design Project
MECH 459	Biomedical Design Project
MECH 462	Finite Element Analysis
MECH 464	Industrial Robotics
MECH 466	Automatic Control
MECH 467	Computer Control of Mechatronics Systems
MECH 468	Modern Control Engineering
MECH 469	Dynamic System Modeling
MECH 470	Energy Conversion Systems
MECH 473	Heating, Ventilating and Air Conditioning
MECH 479	Computational Fluid Dynamics
MECH 481	Aerodynamics of Aircraft I
MECH 484	Aircraft Design: Aerodynamics
MECH 485	Aircraft Design: Structures
MECH 489	Experimental Thermofluids
MECH 491	Computer-Aided Manufacturing
MECH 492	CAD/CAM
MECH 493	Introduction to Academic Research	Course Description
MECH 495	Industrial Engineering
MECH 496	Engineering Management
MECH 502	Fluid Mechanics
MECH 505	Industrial and Environmental Acoustics and Vibration
MECH 506	Linear Vibrations
MECH 510	Computational Methods in Transport Phenomena I
MECH 520	Control Sensors and Actuators
MECH 529	Modelling of Dynamic Systems
MECH 533	Biofluids
MECH 535	Orthopaedic Biomechanics
MECH 543	Acoustics and Noise Control
MECH 550A	Special Advanced Courses – CAD/CAM
MECH 550F	Special Advanced Courses – MV FEEDBACK CONTROL
MECH 550Q	Special Advanced Courses – ADV MECHATRONICS
MECH 550T	Special Advanced Courses – ADV COMP FLD DYN
MECH 550W	Special Advanced Courses – MED DEVICE DESIGN
MECH 550X	Special Advanced Courses – ROBOETHICS
MECH 551	Electro-Mechanical System Design Project I
MECH 552	Electro-Mechanical System Design Project II
MECH 555	Fundamentals of Microelectromechanical Systems
MECH 561	Linear Elasticity
MECH 563	Robotics: Kinematics, Dynamics and Control
MECH 572	Convection Heat Transfer
MECH 581	Low Speed Aerodynamics
MECH 582	Experimental Fluid Mechanics
MECH 584	Advanced Engineering Acoustics
MECH 590	Manufacturing Automation
MECH 592	Machine Tool Structures and Vibrations
MECH 597	Project for M.Eng. Studies
MECH 598	Research Seminar
MECH 599A	Thesis – MASC THESIS
MECH 599B	Thesis – MASC THESIS
MECH 698	Seminar
MECH 699	Doctoral Dissertation

Course

Description

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