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Mechanical Engineering

Chair of Undergraduate Studies U. P. Wyss
Office McLaughlin Hall, Room 319A 
Telephone (613) 533-2575
E-mail mechweb@me.queensu.ca

The second year curriculum is common to all options, but in the third and fourth year, students in the Materials option take courses in materials and metallurgical engineering, which supplement topics in the common mechanical engineering core.

Industrial field trips are arranged by Queen's Society of Mechanical Engineers (student organization). Students are also encouraged to participate in international design competitions such as those sponsored by the Society of Automotive Engineers which include the Sunrayce solar car, the Formula racing car, the Mini Baja all terrain vehicle and the Aerodesign cargo aircraft.

Mechanical Engineering Curriculum

Second Year Common Core

CIVL 220 Statics and Solid Mechanics F 36-0-12 48
ELEC 210 Introductory Electric Circuits and Machines W 36-6-6 48
MATH 225 Ordinary Differential Equations  F 36-0-6 42
MATH 272 Application of Numerical Methods W 36-6-0 42
MECH 212 Design Techniques W 24-18-0 42
MECH 213 Manufacturing Methods F 36-12-0 48
MECH 215 Instrumentation and Measurement W 36-12-6 54
MECH 228 Kinematics and Dynamics W 36-0-12 48
MECH 230 Thermodynamics I F 36-0-6 42
MECH 241 Fluid Mechanics I W 36-0-6 42
MECH 270 Materials Science and Engineering F 36-9-0 45
  MINIMUM TOTAL UNITS   501

Third Year Common Core

MECH 302 Technical Communication F 12-6-6 24
MECH 321 Solid Mechanics II F 36-0-6 42
MECH 323 Machine Design F 36-12-6 54
MECH 328 Dynamics and Vibration F 36-0-6 42
MECH 330 Applied Thermodynamics II F 36-0-6 42
MECH 341 Fluid Mechanics II W 36-0-6 42
MECH 346 Heat Transfer W 36-0-6 42
MECH 350 Automatic Controls W 36-0-6 42
MECH 398 Mechanical Engineering Laboratory I  F 9-9-0 18
MECH 399 Mechanical Engineering Laboratory I I  W 9-9-0 18
PHYS 333 Electronics for Scientists and Engineers W 24-18-0 42
STAT 367 Engineering Data Analysis W 36-0-12 48
GENERAL OPTION (ME1)
  Complementary Studies, List A  F/W 36
  1 Technical Elective    
  MINIMUM TOTAL UNITS    528
MATERIALS OPTION (ME2)
MECH 370 Principles of Materials Processing F 36-12-6 54
MECH 371 Fracture Mechanics and Dislocation Theory W 36-0-12 48
  MINIMUM TOTAL UNITS   558

Fourth Year Common Core

COMM 244 Project Management and Economics F/W 36-0-0 36
or      
CIVL 463 Engineering Economics W 36-0-0 36
MECH 460 Design Project I  F 12-54-0  66
MECH 462 Design Project II W 12-36-0 48
GENERAL OPTION (ME1)
  Complementary Studies List A F/W 36
  Complementary Studies, List A, B or C F/W 30
  6 Technical Electives   222
  MINIMUM TOTAL UNITS   438
MATERIALS OPTION (ME2)
  Complementary Studies List A  F/W 72
  Complementary Studies, List A, B or C F/W 30
  3 Courses from Materials Option List + 2 Course from either Technical Electives List or Materials Option List                      210
  MINIMUM TOTAL UNITS   462

Technical Electives

ME1 General Option

A student is required to complete no less than 7 courses from the following electives. At least 4 courses must be chosen from the courses not marked with *.

Courses are not normally offered to fewer than ten students. With the permission of the department and the Academic Progress Committee other electives, which satisfy accreditation requirements, may be substituted subject to timetabling.

APSC 400 Technology, Engineering and Management F 12-0-0 
W 24-36-0
72
CHEE 390 Polymer Science and Process Technology F 36-0-6 42
CHEE 410* Technical Entrepreneurship W 36-0-0 36
CHEE 412* Transport Phenomena in Chemical Engineering W 36-0-6 42
CHEE 481 Air Quality Management W 36-0-0 36
CIVL 439* Introduction to the Finite Element Method F 24-0-18 42
ELEC 271* Digital Systems F 36-0-6 42
ELEC 274* Computer Architecture W36-6-6 48
ELEC 371* Microprocessor Systems F 36-12-6 54 
MATH 337* Introduction to Operations Research Models F 36-0-0 36
MATH 338* Topics in Applied Mathematics  F 36-0-0 36
MECH 314  Manufacturing Engineering W 36-12-0 48
MECH 370 Principles of Materials Processing F 36-12-6 54
MECH 371 Fracture Mechanics and Dislocation Theory W 36-0-12 48
MECH 412 Mechanical Behaviour of Advanced Materials W 36-6-0 42
MECH 420 Vibrations W 36-0-6 42
MECH 422 Stress and Strain Analysis F 36-0-6 42
MECH 424 Life Cycle Engineering W 36-0-6 42
MECH 426 Manufacturing Business Strategy F 36-0-6 42
MECH 430 Thermal Systems Design F 36-6-6 48
MECH 431 Building Energy Systems  W 36-0-12 48
MECH 435 Applied Combustion W 36-0-6 42
MECH 439 Turbomachinery W 36-0-6 42
MECH 441 Fluid Mechanics III F 36-6-6 48
MECH 444 Computational Fluid Dynamics F 36-0-6 42
MECH 448 Compressible Fluid Flow F 36-0-6 42
MECH 452 Mechatronic Systems Design W 36-6-6 48
MECH 455 Computer Integrated Manufacturing F 24-18-0 42
MECH 456 Introduction to Robotics W 36-0-6 42
MECH 465 Computer-Aided Design F 36-0-6 42
MECH 466 Solid Modelling W 36-6-6 48
MECH 472 Corrosion and Failure Analysis F 24-12-6 42
MECH 477 Design of Automotive Structures with Advanced Materials W 24-0-18 42
MECH 478 Biomaterials W 36-0-0 36
MECH 480 Aerospace Engineering W 36-0-6 42
MECH 482 Noise Control F36-0-6 42
MECH 491 Design of Biomechanical Devices W 36-0-6 42
MECH 495 Ergonomics and Design F 36-0-6 42
MECH 497 Spacecraft Systems Design F 36-0-6 42
ME2 Materials Option List

Students registered in the ME2 option must take 3 courses from the list below and an additional 2 courses from either the materials option list or the technical electives listed above.

MECH 470 Deformation Processing W 36-3-3 42
MECH 471 Polymer Engineering F 36-6-0 42
MECH 473 Composite Materials W 36-0-6 42
MECH 474 Functional Ceramics F 36-0-0 36
MECH 475 Structural Ceramics W 36-0-0 36

Areas of Concentration in Mechanical

Although there is no formal streaming of electives in the Mechanical Curriculum, the following groupings are provided in order to give students some guidance in areas where they may wish to concentrate their studies.

Aerospace Engineering

MECH 371 Fracture Mechanics and Dislocation Theory
MECH 439 Turbomachinery
MECH 444 Computational Fluid Dynamics 
MECH 448 Compressible Fluid Flow
MECH 465 Computer-Aided Design
MECH 480 Aerospace Engineering
MECH 497 Spacecraft Systems Design

Biomechanical Engineering

CIVL 439 Introduction to the Finite Element Methods
MECH 314 Manufacturing Engineering
MECH 371 Fracture Mechanics and Dislocation Theory
MECH 422 Stress and Strain Analysis
MECH 478 Biomaterials
MECH 491 Design of Biomechanical Devices
MECH 495  Ergonomics and Design

Manufacturing and Design

MECH 314 Manufacturing Engineering
MECH 422 Stress and Strain Analysis 
MECH 424 Life Cycle Engineering
MECH 426 Manufacturing Business Strategy
MECH 455 Computer Integrated Manufacturing 
MECH 465 Computer-Aided Design
MECH 466 Solid Modelling
MECH 477 Design of Automotive Structures with Advanced Materials

Mechatronic Systems

ELEC 271 Digital Systems
ELEC 274 Computer Architecture
ELEC 371 Microprocessor Systems
MECH 420 Vibrations 
MECH 452 Mechatronic Systems Design
MECH 455  Computer Integrated Manufacturing
MECH 456 Introduction to Robotics
MECH 482 Noise Control
Thermodynamics and Fluid Mechanics
CHEE 481 Air Quality Management
MECH 430  Thermal Systems Design
MECH 431 Building Energy Systems
MECH 435 Applied Combustion
MECH 439 Turbomachinery 
MECH 441 Fluid Mechanics III 
MECH 444 Computational Fluid Dynamics
MECH 448 Compressible Fluid Flow

All of the above courses have been approved on an individual basis as Technical Electives. Note however, that many of these courses have prerequisite requirements that must still be satisfied. In the case of Technical Electives and the Material Option offered by Mechanical Engineering, the prerequisites are typically core courses from earlier years of the program and therefore most 4th year mechanical students will automatically meet these requirements. In the case of Technical Elective courses offered by other departments, students must verify that they have completed the necessary prerequisites. In many cases, prerequisite requirements can be waived. Students should consult with their year advisor concerning the method of obtaining a prerequisite waiver.

Complementary Studies

The minimum required complementary Studies component for this program is 234 AU. This total includes Engineering Economics (COMM 244 or CIVL 463) and communications (MECH 302 and APSC 100) in the core program. In addition, students complete 42 AU of Linkage and Professional Issues normally taken in the First Year (APSC 190), and 102 AU chosen from approved Lists A, B or C, of which at least 72 AU must be taken from List A (refer to the Complementary Studies section of this Calendar for the approved lists).

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