Bachelor of Engineering in Mechanical Engineering with Concentration in Integrated Manufacturing

Comments about Bachelor of Engineering in Mechanical Engineering with Concentration in Integrated Manufacturing - At the institution - Ottawa - Ontario

• Objectives
  The Mechanical Engineering program consists of strands of courses that build knowledge in mechanical design and the engineering sciences concentrating on three main topic areas - solid mechanics and materials, fluid mechanics, and thermosciences. In addition, students can choose elective courses which span a wide range of applied subjects, such as noise control, energy conversion and power generation, materials, manufacturing processes, aerodynamics and flight mechanics, space systems and orbital mechanics, vehicle dynamics, robotics, and automatic controls.
• Academic title
  Bachelor of Engineering in Mechanical Engineering with Concentration in Integrated Manufacturing
• Course description
  Mechanical Engineering with Concentration in Integrated Manufacturing
  Bachelor of Engineering (22.0 credits)
  
  First year
  
     1. 4.0 credits in CHEM 1101, MATH 1004, MATH 1005, MATH 1104, PHYS 1004, ECOR 1010, ECOR 1101, ECOR 1606;
     2. 1.0 credit in Complementary Studies Electives;
  
  Second year
  
     3. 5.0 credits in MATH 2004, MATH 3705, MAAE 2001, MAAE 2101, MAAE 2202, MAAE 2300, MAAE 2400, MAAE 2700, ECOR 2606, CCDP 2100;
     4. 0.5 credit in Basic Science Electives;
  
  Third year
  
     5. 5.5 credits in STAT 3502, MAAE 3004, MAAE 3202, MAAE 3300, MAAE 3400, MAAE 3901, MECH 3002, MECH 3700, SYSC 3200, SYSC 3600, ELEC 3605;
  
  Fourth year
  
     6. 4.0 credits in MAAE 4500, MAAE 4102, ECOR 4995, MECH 4003, MECH 4406, MECH 4907 [1.0], ECOR 3800;
     7. 1.5 credits from MECH 4501, MECH 4503, MECH 4604, MECH 4704, MECH 4705, MECH 4805, MECH 4806;
     8. 0.5 credit in MECH, AERO, MAAE at the 4000-level, or ELEC 4504.
  
  
  

  • MECH 3002 - Machine Design and Practice
  • MECH 3310 - Biofluid Mechanics
  • MECH 3700 - Principles of Manufacturing
  • MECH 3710 - Biomaterials
  • MECH 4003 - Mechanical Systems Design
  • MECH 4006 - Vehicle Engineering I
  • MECH 4007 - Vehicle Engineering II
  • MECH 4013 - Biomedical Device Design
  • MECH 4101 - Mechanics of Deformable Solids
  • MECH 4103 - Fatigue and Fracture Analysis
  • MECH 4104 - Vibration Analysis
  • MECH 4210 - Biomechanics
  • MECH 4305 - Fluid Machinery
  • MECH 4401 - Power Plant Analysis
  • MECH 4403 - Power Generation Systems
  • MECH 4406 - Heat Transfer
  • MECH 4407 - Heating & Air Conditioning
  • MECH 4408 - Thermofluids and Energy Systems Design
  • MECH 4501 - State Space Modeling & Control
  • MECH 4503 - An Introduction to Robotics
  • MECH 4604 - Finite Element Methods
  • MECH 4704 - Integrated Manufacturing - CIMS
  • MECH 4705 - CAD/CAM
  • MECH 4805 - Measurement and Data Systems
  • MECH 4806 - Mechatronics
  • MECH 4907 - Engineering Project
  • MECH 4917 - Biomechanical Engineering Project

  • MAAE 2001 - Engineering Graphical Design
  • MAAE 2101 - Engineering Dynamics
  • MAAE 2202 - Mechanics of Solids I
  • MAAE 2300 - Fluid Mechanics I
  • MAAE 2400 - Thermodynamics & Heat Transfer
  • MAAE 2700 - Engineering Materials
  • MAAE 3004 - Dynamics of Machinery
  • MAAE 3202 - Mechanics of Solids II
  • MAAE 3300 - Fluid Mechanics II
  • MAAE 3400 - Applied Thermodynamics
  • MAAE 3901 - Mech & Aero Engineering Lab
  • MAAE 4102 - Materials: Strength & Fracture
  • MAAE 4500 - Feedback Control Systems
  • MAAE 4906 - Special Topics: Mech & Aero Eng.
  • MAAE 4917 - Undergraduate Direct

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