Mechatronics (Robotics and Automation)
Overview
Our three-year Mechatronics Engineering Technology diploma is an interdisciplinary program that combines mechanical engineering technologies and electronics. Graduates will have hands-on expertise in aspects of mechanical engineering, electronics, and computer science, pulling together knowledge from these disciplines to develop automated machines.
$2,500 Scholarships Available for Mechatronics Students!
Thinking about Mechatronics this fall? You could be eligible for one of four dedicated scholarships—plus, there are many other awards available to help fund your education.
Siemens Mechatronics Systems Certification Program (SMSCP)
Upon successful completion of year two and three of the program, students will be eligible to write the SMSCP certification exam, which awards a Level 1 and Level 2 certification from the globally recognized Siemens Mechatronics System Certification Program.
SMSCP Benefits for Students
SMSCP increases the employability of students and speeds up their transition into the job based on extensive troubleshooting training on real systems. SMSCP meets industry skill requirements, is a recognized, international industrial certification, and lets students obtain an industry certification, in addition to a certificate or a degree.
SMSCP Benefits for Employers
With SMSCP, students are ready for the job, reducing on-the-job training and preparing them for the tasks that industry seeks today and in the future. Our vendor-neutral broad-based training with worldwide standards, the certification set by Siemens, and the holistic approach to teaching mechatronics increase efficiency and productivity among machine operators, technicians, and engineers.
Program Learning Outcomes
- Fabricate and build electrical, electronic, and mechanical components and assemblies in accordance with operating standards, job requirements, and specifications.
- Analyze, interpret, and produce electrical, electronic, and mechanical drawings and other related technical documents and graphics necessary for electromechanical design in compliance with industry standards.
- Select and use a variety of troubleshooting techniques and equipment to assess, modify, maintain, and repair electromechanical circuits, equipment, processes, systems, and subsystems.
- Modify, maintain, and repair electrical, electronic, and mechanical components, equipment, and systems to ensure that they function according to specifications and to optimize production.
- Design and analyze mechanical components, processes, and systems by applying engineering principles and practices.
- Design, analyze, build, select, commission, integrate, and troubleshoot a variety of industrial motor controls and data acquisition devices and systems, digital circuits, passive AC and DC circuits, active circuits and microprocessor-based systems.
- Install and troubleshoot computer hardware and programming to support the electromechanical engineering environment.
- Analyze, program, install, integrate, troubleshoot and diagnose automated systems including robotic systems.
- Establish and maintain inventory, records, and documentation systems to meet organizational and industry standards and requirements.
- Select and purchase electromechanical equipment, components, and systems that fulfill job requirements and functional specifications.
- Specify, coordinate, and apply quality-control and quality-assurance programs and procedures to meet organizational standards and requirements.
- Work in compliance with relevant industry standards, laws and regulations, codes, policies, and procedures.
- Develop strategies for ongoing personal and professional development to enhance work performance and to remain current in the field and responsive to emergent technologies and national and international standards.
- Contribute as an individual and a member of an electromechanical engineering team to the effective completion of tasks and projects.
- Design and analyze electromechanical systems by interpreting fluid mechanics and the attributes and dynamics of fluid flow used in hydraulic and fluid power systems.
Examples of what jobs graduates from this program can do:
Graduates are able to work as a technician/technologist in automation, control system design, electronics design, mechanical design, robotics, manufacturing, product development, and instrumentation engineering.
Success Factors
You might be a good fit for this program if you would enjoy:
- A career in an emerging field with evolving technologies
- Excellent problem solving and troubleshooting skills
- Proficiency in math and physics
- Precision and attention to detail
- Technical aptitude
The industry often requires individuals to:
- Be adaptable to new changes and trends in the industry and be able to adjust their work accordingly.
- Be committed to ongoing learning and professional development to stay current with industry trends and best practices.
- Have a solid understanding of physics, calculus, robotics, and circuitry, as well as aspects of fluid mechanics, control theory, and computer programming.
- Have excellent attention to detail.
- Have physical strength and stamina as well as the mobility and motor skills to undertake the required tasks.
- Operate equipment as required.
- Tolerate environmental conditions, such as potential hazards from equipment when performing field work.
- Use problem-solving skills to address challenges and provide effective solutions.
- Work in a collaborative team environment or independently as the situation requires.
Admissions
Admission Requirements
- A complete Manitoba Grade 12 or equivalent
- Applied Mathematics 40s or equivalent
If you received your education outside of Manitoba, please review the equivalent admission requirements: Interprovincial or International.
English is the language of instruction at Assiniboine. All applicants educated outside of Canada or in a country not on the test exempt list are expected to meet the English language proficiency requirements.
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Careers & Connections
Career Opportunities
- Manufacturing Technician
- Industrial Automation Technician
- Instrumental & Controls Technician
- Robotics Technician
- Field Service Technician
- Product Development Specialist
- Process Automation Technician
- Test Engineer
- Maintenance Technician
Industries:
- Agriculture
- Food Processing
- Mining
- Industrial Service
Connections
The Mechatronics (Robotics and Automation)program gives students access to industry-leading certification through the Siemens Mechatronics Systems Certification Program (SMSCP). The Siemens Mechatronic Systems Certification Program is an international industry standard comprehensive skills certification in mechatronics systems offered with partner schools worldwide.
All of our programs require the use of a computer with internet access. Some resources may be available on campus. This program has certain additional technology requirements. To view all of them, see Technology Requirements.
Siemens Mechatronics Systems Certification Program (SMSCP)
Upon successful completion of year two and three of the program, students will be eligible to write the SMSCP certification exam, which awards a Level 1 and Level 2 certification from the globally recognized Siemens Mechatronics System Certification Program.
SMSCP Benefits for Students
SMSCP increases the employability of students and speeds up their transition into the job based on extensive troubleshooting training on real systems. SMSCP meets industry skill requirements, is a recognized, international industrial certification, and lets students obtain an industry certification, in addition to a certificate or a degree.
SMSCP Benefits for Employers
With SMSCP, students are ready for the job, reducing on-the-job training and preparing them for the tasks that industry seeks today and in the future. Our vendor-neutral broad-based training with worldwide standards, the certification set by Siemens, and the holistic approach to teaching mechatronics increase efficiency and productivity among machine operators, technicians, and engineers.
Tools & Supplies
ASSINIBOINE BOOKSTORE
Textbooks, supplies and uniforms may be purchased at the Assiniboine Bookstore at the Victoria Avenue East Campus. Booklists are available from your school office 30 days prior to the start date of your program.
Technology Requirements
All of our programs require the use of a computer with internet access. Some resources may be available on campus. See Technology Requirements for detailed information.
Courses & Costs
Costs
Estimated Program Costs (Domestic)
| Year 1 | Year 2 | Year 3 | |
|---|---|---|---|
| Credits | 63.0 | 54.0 | 63.0 |
| Tuition | $3,900 | $3,290 | $3,840 |
| Course Fees | $1,960 | $2,590 | $3,210 |
| Students' Association fees (including Health Premium) | $590 | $540 | $590 |
| Estimated textbooks, tools, and supplies | $300 | $300 | $300 |
All fees are estimated and subject to change without notice.
Estimated Program Costs (International)
| Year 1 | Year 2 | Year 3 | |
|---|---|---|---|
| Credits | 63.0 | 54.0 | 63.0 |
| Tuition | $16,950 | $14,470 | $16,890 |
| Course Fees | $1,960 | $2,590 | $3,210 |
| Students' Association fees (including Health Premium) | $590 | $540 | $590 |
| Required Health Insurance | $751 | $752 | $753 |
| Estimated textbooks, tools, and supplies | $300 | $300 | $300 |
All fees are estimated and subject to change without notice. All international students must purchase health insurance. The college adds this fee to your student account and then sends your name and fee to the insurance provider on your behalf.
Courses
Year One Courses
| Title | Credits/CEUs | Elective | Distance | PLAR |
|---|---|---|---|---|
Advanced Electrical Systems (ELEE-0003)Prerequisite: ELEE-0001 Basic Electrical Systems |
6 credit(s) | No | No | No |
Basic Electrical Systems (ELEE-0001)This course introduces direct current (D.C.) electrical systems. Students learn the fundamentals of D.C. circuits, including Ohm's Law and circuit analysis techniques. |
6 credit(s) | No | No | No |
College Foundations (PEDV-0356)This course improves students’ ability to navigate the college experience and environment, including student's rights, roles, and responsibilities. In this course, students reflect on their skills, attitudes, and expectations and develop learning strategies to help them to become successful, resilient, and self-directed learners. The course covers topics such as success in online learning, time management strategies, learning strategies, assessment taking strategies, academic integrity, information and digital literacy, and wellness, among others. It integrates elements of student orientation. |
0 credit(s) | No | No | No |
Computer Foundations (COMP-0659)This course introduces computers and teaches the foundational skills necessary for study in technical programs focusing on general use software such as Microsoft Office Programs. |
6 credit(s) | No | No | No |
Digital Fundamentals & PLC (ENGR-0068)Prerequisite: ELEE-0001 Basic Electrical Systems |
6 credit(s) | No | No | No |
Electronics Lab (ELEE-0002)This hands-on course is an introduction to using active electronic components to create basic circuits using electronic lab instrumentation and techniques. Topics include electrical safety, soldering techniques, use of laboratory instruments such digital multi-meters and oscilloscope are focused skills and tools used. |
3 credit(s) | No | No | No |
Foundations of Drawings (DRFT-0015)This course teaches the fundamentals of technical drawing and prepares students for further study in computer aided design (CAD). Students learn theory, conventions, standards and procedures associated with the preparation of drawings. Students learn the basics of drawing for the purpose of communication of technical ideas. Course will include electrical line diagrams, wiring diagrams, control loop diagrams, assembly diagrams, break offs, and installation diagrams as they apply to work in industry. |
6 credit(s) | No | No | No |
Physics (PHYS-0001)This course teaches basic physics concepts and skills necessary for study in technological programs. The labs show students how to accurately make measurements, properly analyze data and follow good experimental techniques. Students are exposed to circuits, magnetism, gravity, work and safety concepts. Students experience the concepts with hands-on demonstrations and labs. |
6 credit(s) | No | No | No |
Programming Fundamentals (COMP-0661)This course teaches the fundamentals of computer programming, including computer science principles and coding techniques. Labs show students the logic and problem-solving skills essential for computer programming. |
6 credit(s) | No | No | No |
Technical Math 1 (MATH-0140)This course teaches foundational mathematical concepts that are necessary for study in tehcnological fields. Students gain experience interpreting and analyzing practical problems that relate to applications in industry. Topics will include numerical computations, algebraic equations, polynomial expressions and geometric expressions. |
6 credit(s) | No | No | No |
Technical Math 2 (MATH-0141)Prerequisite: MATH-0140 Technical Math 1 |
6 credit(s) | No | No | No |
Technical Reading and Writing (COMM-0429)This course teaches clear, accurate and concise technical writing and reading for various technical fields. Students learn how to organize technical information, illustrate documents, write routine work requests, close work orders, letters and memos, prepare instructions, produce a simple user manual and effectively read technical materials. Students also learn how to prepare and deliver tehnical briefings and presentations such as safe work pre-job briefs. |
6 credit(s) | No | No | No |
Year Two Courses
| Title | Credits/CEUs | Elective | Distance | PLAR |
|---|---|---|---|---|
Automation Systems (MECE-0004)Prerequisite: MECE-0001 Mechatronic Systems 1 |
6 credit(s) | No | No | No |
Co-op Work Placement - MENGT (COOP-0038)Prerequisite: Cumulative weighted grade point average (CWGPA) of 2.0 or greater |
3 credit(s) | Yes | No | No |
Codes and Practices (ENGR-0066)This course teaches students how to work in compliance with relevant industry standards, laws and regulations, codes, policies and procedures. |
3 credit(s) | No | No | No |
Computer Aided Design 1 (COMP-0660)Prerequisite: DRFT-0015 Foundations of Drawings |
6 credit(s) | No | No | No |
Electrical Components (ELEE-0004)Prerequisites: PHYS-0001 Physics, COMM-0429 Technical Reading and Writing, ELEE-0003 Advanced Electrical Systems |
6 credit(s) | No | No | No |
Integrated Automation (MECE-0007)Prerequisite: ENGR-0068 Digital Fundamentals & PLC |
6 credit(s) | No | No | No |
Mechatronic Systems 1 (MECE-0001)Prerequisites: ELEE-0003 Advanced Electrical Systems, PHYS-0001 Physics, MATH-0141 Technical Math 2 |
6 credit(s) | No | No | No |
Mechatronic Systems 2 (MECE-0014)Prerequisite: MECE-0001 Mechatronic Systems 1 |
3 credit(s) | No | No | No |
Motor Control (MECE-0010)Prerequisites: PHYS-0001 Physics, ELEE-0003 Advanced Electrical Systems |
3 credit(s) | No | No | No |
Pneumatics & Hydraulic (MECE-0003)Prerequisites: PHYS-0001 Physics, COMM-0429 Technical Reading and Writing, MATH-0141 Technical Math 2 |
6 credit(s) | No | No | No |
Professional Development (PEDV-0395)This course teaches interpersonal skills required in technical fields. Students will develop skills for communicating and collaborating with diverse teams. This course prepares students to contribute as an individual and a member of a team to the effective completion of tasks and projects. |
6 credit(s) | No | No | No |
Robotics 1 (MECE-0002)Prerequisite: COMP-0661 Programming Fundamentals |
3 credit(s) | No | No | No |
Year Three Courses
| Title | Credits/CEUs | Elective | Distance | PLAR |
|---|---|---|---|---|
Capstone Project (MECE-0005)Prerequisite: MECE-0006 Capstone Proposal |
6 credit(s) | No | No | No |
Capstone Proposal (MECE-0006)Project teams develop a proposal project which involves integrating various skills learned throughout the program. |
3 credit(s) | No | No | No |
Cloud and Manufacturing (MECE-0015)Prerequisite: COMP-0664 |
6 credit(s) | No | No | No |
Computer Aided Design 2 (COMP-0674)Prerequisite: COMP-0660 Computer Aided Design 1 |
6 credit(s) | No | No | No |
Internet of Things (COMP-0664)Prerequisite: MECE-0007 Integrated Automation |
6 credit(s) | No | No | No |
Manufacturing Processess (MECE-0008)Corequisite: MECE-0005 Capstone Project |
6 credit(s) | No | No | No |
Mechanics & Machine Elements (MECE-0009)Prerequisite: ENGR-0069 Mechatronic Systems 2 |
6 credit(s) | No | No | No |
Process Control Technologies (MECE-0011)Prerequisites: ELEE-0004 Electrical Components, MECE-0001Mechatronic Systems 1, MECE-0003 Pneumatics & Hydraulic, ENGR-0068 Digital Fundamentals & PLC |
6 credit(s) | No | No | No |
Professionalism & Ethics (ENGR-0071)Prerequisite: PEDV-0313 Professional Development |
0 credit(s) | No | No | No |
Robotics 2 (MECE-0013)Prerequisite: MECE-0002 Robotics 1 |
6 credit(s) | No | No | No |
Robotics and Vision Systems (MECE-0012)Prerequisite: MECE-0013 Robotics 2 |
6 credit(s) | No | No | No |
Science and Society (SCIE-0091)This course teaches global citizenship and provides students with an opportunity to gain the knowledge and skills required to live and work in a world that is globally interconnected. Students will examine and critically analyze social problems and identify the role of science. Students will receive an introduction to the Indigenous cultural groups within Manitoba and learn about the colonization of Indigenous peoples by the Canadian state. |
6 credit(s) | No | No | No |
Fast Facts
