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Economics Courses in Economics are administered by the Department of Economics.
Kenneth Taylor Hall, Room 426, ext. 22765
http://www.economics.mcmaster.ca
Department Notes
- Not all the Economics courses listed in this Calendar are taught every year. Students are advised to consult the timetable published by the Office of the Registrar, or the Department website for information on current offerings.
- Students who complete ECON 2I03 are well placed to enrol in the Canadian Securities Course (a correspondence course operated by the Canadian Securities Institute which represents the licensing requirement for individuals training to become investment advisors).
- Students interested in an M.A. in Economics should consider the Honours Economics (Specialist Option). Also note that some, but not all, graduate programs in Economics require ECON 3G03 , 4T03 and 4TT3 . For this reason, students interested in an M.A. in Economics are advised to consult a departmental advisor for more detailed information.
- MATH 1M03 (or 1MM3 ) is required for any student planning to transfer into Commerce and strongly recommended for any student with a minor in Business or Finance. MATH 1M03 (or 1MM3 ) is required for ECON 3G03 and is strongly recommended for students planning any graduate study in economics.
Courses
If no prerequisite is listed, the course is open.
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• ECON 4FF3 - Research Methods in Economics
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• ECON 4G03 - Econometrics II
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• ECON 4M06 A/B S - Directed Research I
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• ECON 4N03 - Directed Research II
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• ECON 4T03 - Advanced Economic Theory I
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• ECON 4TT3 - Advanced Economic Theory II
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Electrical Engineering Courses in Electrical Engineering are administered by the Department of Electrical and Computer Engineering.
Information Technology Building, Room A111, ext. 24347
http://www.ece.mcmaster.ca/
Department Notes
- All students in the Electrical Engineering program initially follow a common curriculum consisting of a combination of Electrical Engineering and Computer Engineering courses. In their senior year, students are given the opportunity to customize their program by selecting from a wide range of technical electives.
- All Electrical and Computer Engineering courses are open to students registered in any Electrical or Computer Engineering program or the Electrical and Biomedical Engineering program, subject to prerequisite requirements. Prior permission of the Department is necessary for students from other Engineering departments or faculties.
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• ELECENG 2CF3 - Circuits and Waves
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• ELECENG 2CI4 - Introduction to Electrical Engineering
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• ELECENG 2CJ4 - Circuits and Systems
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• ELECENG 2EI4 - Electronic Devices and Circuits I
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• ELECENG 2EI5 - Electronic Devices and Circuits I
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• ELECENG 2FH4 - Electromagnetics I
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• ELECENG 2FL3 - Applied Electromagnetics
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• ELECENG 2MM3 - Electrical Circuits and Power
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• ELECENG 3CL4 - Introduction to Control Systems
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• ELECENG 3EJ4 - Electronic Devices and Circuits II
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• ELECENG 3EY4 - Electrical Systems Integration Project
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• ELECENG 3FK4 - Electromagnetics II
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• ELECENG 3N03 - Electronics and Instrumentation
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• ELECENG 3PI4 - Energy Conversion
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• ELECENG 3TP3 - Signal & Systems
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• ELECENG 3TQ3 - Advanced Probability and Random Processes
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• ELECENG 3TR4 - Communication Systems
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• ELECENG 4BB3 - Cellular Bioelectricity
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• ELECENG 4BD4 - Biomedical Instrumentation
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• ELECENG 4BF4 - Advanced Medical Imaging
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• ELECENG 4CL4 - Control System Design
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• ELECENG 4EM4 - Photonic Devices and Systems
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• ELECENG 4FJ4 - Devices and Antennas for Wireless Systems
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• ELECENG 4OH4 - Advanced Research Project
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• ELECENG 4OI6 A/B - Engineering Design
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• ELECENG 4OJ4 - Research Project
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• ELECENG 4PK4 - Power Electronics
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• ELECENG 4PM4 - Electrical Power Systems
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• ELECENG 4PN4 - Electric Motor Drives
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• ELECENG 4PP4 - Smart and Micro Grids
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• ELECENG 4TK4 - Digital Communications Systems
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• ELECENG 4TM4 - Digital Communications II
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Energy Engineering Tech Courses in Energy Engineering Technologies are administered by the Bachelor of Technology Program.
Engineering Technology Building (ETB), Room 121, ext. 20195
http://mybtechdegree.ca
Notes
- Renewable Energy Technologies students must complete (a project in Renewable Energy Technology), 4RE3 and 4RT3 .
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• ENRTECH 3EP3 - Power Systems and Electrical Machines
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• ENRTECH 3IE3 - Industrial Electronics
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• ENRTECH 3IN3 - Industrial Networks and Communication Systems
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• ENRTECH 3MI3 - Measurements and Instrumentation
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• ENRTECH 3PD3 - Power Distribution I
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• ENRTECH 4EM3 - Transmission Lines and Electromagnetics
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• ENRTECH 4PD3 - Power System Analysis and Control
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• ENRTECH 4PM3 - Power Protection and Maintenance I
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• ENRTECH 4PP3 - Power Protection and Maintenance II
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• ENRTECH 4PQ3 - Power Quality
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• ENRTECH 4RE3 - Fuel Cell, Geothermal and Biomass Power Generation
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• ENRTECH 4RT3 - Renewable Power Generation from Wind, Solar and Hydro
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Engineering John Hodgins Engineering Building, Room A214, ext. 24646
http://www.eng.mcmaster.ca/
Note
Enrolment in these courses is limited to students registered in an Engineering program.
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• ENGINEER 1C03 - Engineering Design and Graphics
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• ENGINEER 1D04 - Engineering Computation
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• ENGINEER 1EE0 - Introduction to the Engineering Co-op Program
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• ENGINEER 1P03 - Engineering Profession and Practice
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• ENGINEER 1P13 A/B - Integrated Cornerstone Design Projects in Engineering
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• ENGINEER 2B03 - Engineering Economics
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• ENGINEER 2EC0 - Engineering Work Term
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• ENGINEER 2P04 - Engineering Mechanics
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• ENGINEER 2PX3 - Integrated Engineering Design Project 2
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• ENGINEER 3CX3 A/B - Experiential Learning in Complementary Studies
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• ENGINEER 3IC0 - Full-Time Internship for International Students
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• ENGINEER 3PX3 - Integrated Engineering Design Project 3
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• ENGINEER 4A03 - Ethics, Equity and Law in Engineering
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• ENGINEER 4EX3 A/B - Experiential Engineering Design
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• ENGINEER 4IW3 - Inclusion in the Engineering Workplace
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• ENGINEER 4K01 A/B S - Engineering Report for Exchange Students
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Engineering & Society Program John Hodgins Engineering Building, Room 316, ext. 27679
https://www.eng.mcmaster.ca/engineering-and-society-program
The Engineering and Society Programs are described in the Faculty of Engineering section in this Calendar. These programs lead to the B.Eng.Society degree.
Courses
If no prerequisite is listed, the course is open.
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• ENGSOCTY 2X03 - Inquiry in an Engineering Context I
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• ENGSOCTY 2Y03 - Case Studies in History and Technology
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• ENGSOCTY 3X03 - Inquiry in an Engineering Context II
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• ENGSOCTY 3Y03 - Technology and Society
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• ENGSOCTY 3Z03 - Preventive Engineering: Environmental Perspectives
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• ENGSOCTY 4X03 A/B - Inquiry in an Engineering Context III
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• ENGSOCTY 4Y03 - Society Capstone Design
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Engineering & Management Program John Hodgins Engineering Building, Room 316, ext. 27679
https://www.eng.mcmaster.ca/engineering-management-program
The Engineering & Management Programs are described in the Faculty of Engineering section in this Calendar. These programs are administered jointly by the DeGroote School of Business and the Faculty of Engineering and lead to the B.Eng.Mgt. degree.
Courses
If no prerequisite is listed, the course is open.
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• ENGNMGT 2AA3 - Communication Skills
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• ENGNMGT 4A03 - Innovation Driven Project Development and Management
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• ENGNMGT 5B03 - Engineering and Management Projects
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Engineering Physics Courses in Engineering Physics are administered by the Department of Engineering Physics.
John Hodgins Engineering Building, Room A315, ext. 27925
https://www.eng.mcmaster.ca/engphys/
Department Note
All Engineering Physics courses are open to students registered in any Engineering or Science Program who meet the prerequisites unless otherwise stated. Prior permission of the instructor is necessary for students from other Faculties or from Engineering or Science who do not meet the course prerequisites.
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• ENGPHYS 2A04 - Electricity and Magnetism
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• ENGPHYS 2CM4 - Computational Multiphysics
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• ENGPHYS 2E04 - Analog and Digital Circuits
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• ENGPHYS 2NE3 - Thermal Systems Design
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• ENGPHYS 2P04 - Computational Mechanics
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• ENGPHYS 2QM3 - Introduction to Quantum Mechanics
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• ENGPHYS 3BA4 - Electronics I: Circuits with Non-Linear and Active Components
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• ENGPHYS 3BB4 - Electronics II: Embedding and Programming a Micro-Controller
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• ENGPHYS 3D03 - Principles of Nuclear Engineering
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• ENGPHYS 3E04 - Fundamentals of Physical Optics
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• ENGPHYS 3EC4 - Professional Communication and Project Management
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• ENGPHYS 3ES3 - Introduction to Energy Systems
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• ENGPHYS 3F03 - Principles of Solid-state Materials and Devices
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• ENGPHYS 3H04 A/B S - Research Project in Engineering Physics
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• ENGPHYS 3L04 - Engineering Metrology: Fundamentals and Applications
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• ENGPHYS 3NM4 - Numerical Methods for Engineering
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• ENGPHYS 3O04 - Introduction to Fluid Mechanics and Heat Transfer
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• ENGPHYS 3PD3 - Photonic Devices
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• ENGPHYS 3PN4 - Semiconductor Junction Devices
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• ENGPHYS 3SM3 - Statistical Mechanics
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• ENGPHYS 3W04 - Signals and Systems for Engineering
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• ENGPHYS 4A06 A/B - Engineering Physics Design and Synthesis Project
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• ENGPHYS 4B03 - Biosensors
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• ENGPHYS 4D03 - Nuclear Reactor Physics
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