Ontario Secondary School Diploma (OSSD), or equivalent,
English: Grade 12 C or U, or equivalent course
Mathematics: Grade 12 C or U, or Grade 11 Functions (MCR3U), or equivalent course
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 score 105 to 110
IELTS Academic, Minimum 6.0 with no skill below 5.5
PTE Academic, Minimum score 58
TOEFL iBT (including MyBest TOEFL and Home Edition), Minimum 80 with no skill below 20
TOEFL Revised Paper Delivered, No skill below 20
Through this intensive three-year advanced diploma program, you will gain a solid foundation, combining the three primary branches of information and communications technology: electronics, software development and IT infrastructure.
Seneca incorporates curriculum content from a number of internationally known organizations, including CompTIA and Cisco. In addition, your professors have strong ties with major tech companies, including Microsoft, Bell, Rogers, Keysight Technologies and Freescale Semiconductors, to help you gain exposure to current industry practices and build a network prior to graduation. As a graduate of this program, your knowledge of both relevant equipment and its use will enhance your career opportunities in the computer and information technology fields.
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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
MTH147 or MTH155, Mathematics with Foundations or Mathematics
PRG155, Programming Fundamentals Using "C"
Semester 2
APL255, Introduction to Microcomputing Concepts
HSI255, Hardware and Software Interfacing
IPS255, Interpersonal Skills in the Engineering Workplace
LNX255, Introduction to Linux
MTH255, Mathematics
PRG255, Advanced Programming Using "C"
Semester 3
APL355, Intermediate Computing Concepts
DGS266, Digital Electronics and Introduction to PLC
MCO455, Microprocessors I
NET455, Networking Essentials
PRG355, Object Oriented Programming Using C++
WTP100, Work Term Preparation (Work-Integrated Learning option only)
plus: General Education Course
Work-Integrated Learning Term 1
ECT331, Computer Engineering Technology, Co-op (Work-Integrated Learning option only)
Semester 4
ECP455, Electronics Engineering Codes and Practices
MTH356, Mathematics - Introductory Calculus and Statistics
NSP655, Network Servers and Peripherals
PRG455, Event Driven Programming
TEC400, Technical Communications
plus: Professional Option Course
Work-Integrated Learning Term 2
ECT332, Computer Engineering Technology, Co-op II (Work-Integrated Learning option only)
Semester 5
ETD555, Engineering Technology and Design
NET556, Cisco Internetworking I
PRG550, Programming Python with the Raspberry Pi
SEC555, Cyber Security
WCM555, Wireless Communication and Microcontrollers
plus: Professional Option Course
Semester 6
AMT453, Advanced Mathematics
MCO556, ARM Microcontroller for Real-time Embedded Applications
PRG650, Advanced Programming Concepts
TPJ655, Technical Project
plus: Professional Option Course
plus: General Education Course
Professional Options
ACC106, Accounting I
BAM101, Introduction to Business Administration
MEC355, Mechatronics: Pneumatics and Hydraulic
OLS655, On-line Systems
PHY354, Physics for Electronics
PPE655, Engineering Ethics and Professional Practice
PRF500, Production Fundamentals
PRG556, Internet Programming and Distributed Computing
When you graduate from this program, these are the types of career options that you can explore:
Computer engineering technologist
Network administrator
Software developer
Computer technologist
Product development technologist
Product support technologist
Technical sales representative
Health Insurance $808CAD
