Engineering & Technology
CAD 52092
| Year | Name | Fees | Total |
|---|---|---|---|
| 1st Year | Application Fee | CAD 90 | 17424.0 |
| 1st Year | Tution Fee | CAD 17334 | 17424.0 |
| 2nd Year | Tution Fee | CAD 17334 | 17334.0 |
| 3rd Year | Tution Fee | CAD 17334 | 17334.0 |
| Starting Date | Application Deadline | Status |
|---|---|---|
| 2025-09-02 00:00:00.000 | 2025-07-02 00:00:00.000 | Active |
Academics - min. 65%
English Proficiency Test criteria
PTE- Min. 58 Overall
TOEFL - 80 overall with not less than 20 in each skill.
CAEL CE and CAEL Online - minimum 60
Cambridge English Exams (B2 First/FCE, C1 Advanced/CAE or C2 Proficiency/CPE) - Minimum 169 with no skill below 162
Duolingo - Minimum 105 to 110
IELTS - 6.0 Overall (Not less than 5.5)
1. Application will be processed on TEN Portal.
2. Application fee of 90$ will be charged from the student and it is to be paid via credit card .
3. All the academic documents are to be uploaded at the time of application only.
4. Student can apply for conditional offer also.
5. If any documents is pending to be upload it can be shared afterwards by email also.
6. After processing of application student will receive acknowledgement and his/her login details of student portal where student can track application status.
7. Offer letter will be received on student portal.
8. For any reason if student wishes to defer than after paying the fee offer letter can be defer and request to defer form is to be submitted via email which can be find in vision files to library and new offer letter will also available on student portal.
| Semester 1 | |
|---|---|
| COM101 or COM111 |
Communicating Across Contexts or Communicating Across Contexts (Enriched) |
| ETY155 | Electricity |
| ICO155 | Introduction to Computers |
| LIN155 | Electronic Lab Instrumentation and Techniques |
| MTH155 or MTH147 |
Mathematics or Mathematics with Foundations |
| PRG155 | Programming Fundamentals Using C |
| Semester 2 | |
| CAD255 | Mechanical Designs and Drawing |
| DGS266 | Digital Electronics and Introduction to PLC |
| ELM253 | AC Circuits for Electrical Systems |
| IPS255 | Interpersonal Skills in the Engineering Workplace |
| MTH255 | Mathematics |
| THY200 | Machining Theory - Automation |
| Semester 3 | |
| CAD355 | Electrical Designs and Drawings |
| CSF453 | Control Systems Fundamentals |
| ECP455 | Engineering Codes and Practices |
| MEC355 | Mechatronics: Pneumatics and Hydraulic |
| MME355 | Mechanics and Machine Elements |
| WTP100 | Work Term Preparation (Work-Integrated Learning option only) |
| plus: General Education Course | |
| Work-Integrated Learning Term 1 | |
| EMA331 | Electromechanical Engineering Technology - Automation, Co-op (Work-Integrated Learning option only) |
| Semester 4 | |
| ELM453 | Electrical Machines |
| MEC455 | Mechatronics Concepts |
| MMF455 | Material and Machining Fundamentals |
| PCS455 | Process Control |
| TEC400 | Technical Communications |
| TIA555 | Totally Integrated Automation |
| Work-Integrated Learning Term 2 | |
| EMA332 | Electromechanical Engineering Technology - Automation, Co-op II (Work-Integrated Learning option only) |
| Semester 5 | |
| AUT555 | Advanced Automation |
| CAD555 | Electrical and Mechanical Design and Simulation |
| CNC555 | CNC Technology |
| IOT555 | Industrial Internet of Things |
| MOM555 | Manufacturing Operations Management |
| ROB555 | Robtics Basics |
| Semester 6 | |
| CMA655 | Cloud and Manufacturing Data Analytics |
| ROB655 | Robotic Applications |
| SIM655 | Simulation for Design and Manufacturing |
| TPJ653 | Capstone Project |
| plus: Professional Option Course | |
| plus: General Education Course | |
| Professional Options | |
| ACC106 | Accounting I |
| BAM101 | Introduction to Business Administration |
| PHY354 | Physics for Electronics |
| PPE655 | Engineering Ethics and Professional Practice |
| THY201 | Machining Theory |
| TLD201 | Tool Design |
2020/2021 Academic Year
| Semester 1 | |
|---|---|
| COM101 or COM111 |
Communicating Across Contexts or Communicating Across Contexts (Enriched) |
| ETY155 | Electricity |
| ICO155 | Introduction to Computers |
| LIN155 | Electronic Lab Instrumentation and Techniques |
| MTH155 or MTH147 |
Mathematics or Mathematics with Foundations |
| PRG155 | Programming Fundamentals Using C |
| Semester 2 | |
| CAD255 | Mechanical Designs and Drawing |
| DGS266 | Digital Electronics and Introduction to PLC |
| ELM253 | AC Circuits for Electrical Systems |
| IPS255 | Interpersonal Skills in the Engineering Workplace |
| MTH255 | Mathematics |
| THY200 | Machining Theory - Automation |
| Semester 3 | |
| CAD355 | Electrical Designs and Drawings |
| CSF453 | Control Systems Fundamentals |
| ECP455 | Engineering Codes and Practices |
| MEC355 | Mechatronics: Pneumatics and Hydraulic |
| MME355 | Mechanics and Machine Elements |
| WTP100 | Work Term Preparation (Work-Integrated Learning option only) |
| plus: General Education Course | |
| Work-Integrated Learning Term 1 | |
| EMA331 | Electromechanical Engineering Technology - Automation, Co-op (Work-Integrated Learning option only) |
| Semester 4 | |
| ELM453 | Electrical Machines |
| MEC455 | Mechatronics Concepts |
| MMF455 | Material and Machining Fundamentals |
| PCS455 | Process Control |
| TEC400 | Technical Communications |
| TIA555 | Totally Integrated Automation |
| Work-Integrated Learning Term 2 | |
| EMA332 | Electromechanical Engineering Technology - Automation, Co-op II (Work-Integrated Learning option only) |
| Semester 5 | |
| AUT555 | Advanced Automation |
| CAD555 | Electrical and Mechanical Design and Simulation |
| CNC555 | CNC Technology |
| IOT555 | Industrial Internet of Things |
| MOM555 | Manufacturing Operations Management |
| ROB555 | Robtics Basics |
| Semester 6 | |
| CMA655 | Cloud and Manufacturing Data Analytics |
| ROB655 | Robotic Applications |
| SIM655 | Simulation for Design and Manufacturing |
| TPJ653 | Capstone Project |
| plus: Professional Option Course | |
| plus: General Education Course | |
| Professional Options | |
| ACC106 | Accounting I |
| BAM101 | Introduction to Business Administration |
| PHY354 | Physics for Electronics |
| PPE655 | Engineering Ethics and Professional Practice |
| THY201 | Machining Theory |
| TLD201 | Tool Design |
In this three-year advanced diploma program, you will learn how to interpret schematic drawings, and use electrical and mechanical diagnostic tools. With an emphasis on automation and robotics, this program is a blend of electronics and mechanical engineering and focuses on training engineering technologists. You will acquire industry specific skills such as operating hydraulic and pneumatic machineries, using programmable logic controllers (PLC), and understanding machine elements and industrial automation. Classes and labs will be delivered in Seneca’s Centre for Innovation, Technology and Entrepreneurship (CITE).
Throughout this program you will develop the following skills:
For visa process, refer to this link:
https://www.canada.ca/en/immigration-refugees-citizenship/services/study-canada.html
The VISA Application should be submitted online with Documents mentioned below.
Study Permit – Checklist of Documents.
Note: All documents front and back sheet, (1 Photocopy set (clear) and notarized)
(Experience Letter, Appointment Letter, Bank account Salary Statement (last 3 months), Pay Slips (last 3 months), Job Relieving Letter if resigned (From each employer)
Any document in a language other than English must be accompanied by notary attested English translation.
For GIC: 10200 CAD (Funds must be transferred to Canada from student’s bank account in India)
Embassy Fee: 235 CAD (150 CAD VISA Fee + 85 CAD Biometric Fee)
Get a fully personalized list of programs all around the globe that match your eligibility and aspirations.
Sign Up
