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Advanced Diploma of Electromechanical Engineering Technology
Advanced Diploma of Electromechanical Engineering Technology

Advanced Diploma of Electromechanical Engineering Technology

  • ID:HC10090
  • Level:3-Year Undergraduate Advanced Diploma
  • Duration:
  • Intake:
  • Type:Full-time

Fees (CAD)

  • Application Fee:$75.00
  • TuitionFee/Year:$17,608.00
  • LivingFee/Year:$4,000.00
  • Application Fee:$75.00
  • TuitionFee/Year:$17,608.00
  • LivingFee/Year:$4,000.00

* Tuition fees listed are for two semesters (unless otherwise noted) and include both Health Insurance and mandatory non-tuition-fees.

Estimated Total/program:
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Admission Requirements

​​Entry requirement

Ontario Secondary School Diploma (OSSD) or equivalent including these required courses: 

  • Grade 12 English (ENG4C or ENG4U or equivalent)
  • Grade 12 Mathematics (MAP4C, MCT4C, MDM4U, MCB4U, MGA4U, MCV4U or MHF4U or equivalent)
  • Two Grade 11 or Grade 12 C, M or U courses in addition to those listed above

English requirements 

  • For any program level, a minimum of three years of full-time study at the secondary school level in an English language school system in a country where English is considered the primary language, or the primary language of instruction and evaluation is English, with acceptable grades in all English courses. 
  • For any program level, a minimum of  two full years of successful study in an accredited university degree program or two full years of successful study in an accredited college diploma program in a country OR in a postsecondary institution where English is the primary language of instruction.
  • Minimum TOEFL Scores: 550 for paper-based test OR 80 (20L, 20W, 20S, 20R) for internet-based test
  • Minimum IELTS Scores: Overall 6.0 AND No band below 5.5
  • Minimum MELAB Score: 76
  • Minimum EAP Score: Successful completion of all EAP courses with a minimum grade point average (GPA) of 60% in Level 8
  • Minimum PTE Score: 53 - 57
  • Minimum CAEL Score: Overall band score of 60
  • Minimum FCE/CAE/CPE Score: Cambridge (FCE/CAE/CPE) 174 (with no single test score below 167)
  • Duolingo Language Test Scores: Between 105 -110

Course Information

In Humber’s Electromechanical Engineering Technology advanced diploma program, you’ll learn how to support the engineering activities of manufacturers that rely increasingly on automation technology to maintain a competitive edge in the global economy. You will develop skills in industrial automation, robotics, control systems, machining, hydraulics, pneumatics, safety, mechatronics, programmable logic controllers (PLCs), automation welding, machine elements and computer-control methods. You will also learn to decipher mechanical and electrical schematic drawings, and use electrical and mechanical diagnostic tools.

Our program builds upon the solid technical foundation of the Technician program. The Technology graduate is prepared to enter a wider range of careers. The skills first learned in the Technician program are enhanced through project-based learning and increased hands-on practice in the labs.

Complementing your technical education are the effective communications, problem-solving and interpersonal skills that add value to any team. Coursework reflects real-world demands through independent and co-operative study in practical environments including experience with industrial standard equipment. The industry relevant curriculum is taught by faculty at the top of their fields to provide you with the skills and knowledge employers are looking for.

Our advisory committee provides regular review and input of our curriculum ensuring our program is always on the cutting edge of industry developments. The program offers an optional co-op placement.

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Semester 1

  • ATMN 100: Engineering Graphics

  • ATMN 110: Introduction to Control Circuits

  • GNED 101: An Introduction to Arts and Sciences

  • MECH 106: Workshop Practices 1

  • MECH 112: Engineering Materials

  • TMTH 114: Technical Mathematics for Electromechanical Engineering

  • WRIT 120: Technical Reading and Writing Skills

 Semester 2

  • ATMN 151: Robotics 1

  • ATMN 152: Mechatronics 1

  • ATMN 153: Industrial Pneumatics

  • ATMN 156: First Year Mechatronics Project

  • MECH 155: Statics

  • WRIT 220: Technical Workplace Writing Skills

 Semester 3

  • ATMN 200: Industrial Hydraulics

  • ATMN 210: Robotics 2

  • ATMN 215: Mechatronics 2

  • ATMN 220: Programming

  • CALC 103: Introduction to Calculus

  • Select 1 from the following courses

  • GNED: General Elective

 Semester 4

  • ATMN 250: Mechatronics 3

  • ATMN 251: Microcomputer-Based Automation

  • ATMN 252: PLC Applications 1

  • ATMN 253: C++ Program for Automation

  • MECH 212: Applied Dynamics

  • Select 1 from the following courses

  • GNED: General Elective

 Semester 5

  • ATMN 300: PLC Applications 2

  • ATMN 310: Industrial Automation Project

  • ATMN 321: Industrial Data Communications

  • ATMN 325: Robotics Cell Integration Technology

  • ATMN 330: Industrial Networking

  • ATMN 350: Mechanical Power, Devices and Mechanisms

  • CALC 203: Applied Calculus

 Semester 6

  • ATMN 351: Industrial Automation Project 2

  • ATMN 352: Automation System Maintenance

  • ATMN 355: Motion Control

  • ATMN 356: Human Machine Interface

  • ATMN 357: Automation Welding

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Pre Courses

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Pathway Courses

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Career Opportunity

Career Opportunity

From robotics to mobile devices to automobiles and food processing, our graduates make their mark on process control, PLC programming, packaging, power generation, mining, machine design, building automated systems, maintenance, transportation, systems integration, component testing, technical sales quality control and a host of other fields. 

Other career opportunities include automation and robotics technologists in such areas as machine assembly, troubleshooting and testing, systems integration, application support, maintenance, component testing and assembly, automation programming, robotic maintenance and programming, and technical sales and services. 

Automation systems integrators are needed to build, troubleshoot and maintain robotic and automated manufacturing cells, as well as mobile equipment. You will also find opportunities in purchasing, customer service, quality control and quality assurance.

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