Bachelor of Engineering - Electronic Systems Engineering
Course Overview
There is a need in the market for highly qualified personnel who can work at the interface between software and hardware, which forms the basis of Canada's innovation economy. Conestoga's Bachelor of Engineering - Electronic Systems Engineering program is geared toward motivated individuals seeking rewarding careers in software engineering, electronics engineering, product development or related industries.
Key Program Highlights
- This program is ideal for makers, tinkerers and analytical thinkers.
- Your first year of this degree is comprised of a common first year, offered across all of Conestoga’s Engineering degrees.
- In this first year, you will be exposed to specializations across the broad field of Engineering.
- Official credential: Bachelor of Engineering.
- Published duration option(s): 48 months.
Course Overview
There is a need in the market for highly qualified personnel who can work at the interface between software and hardware, which forms the basis of Canada's innovation economy. Conestoga's Bachelor of Engineering - Electronic Systems Engineering program is geared toward motivated individuals seeking rewarding careers in software engineering, electronics engineering, product development or related industries.
Key Program Highlights
- This program is ideal for makers, tinkerers and analytical thinkers.
- Your first year of this degree is comprised of a common first year, offered across all of Conestoga’s Engineering degrees.
- In this first year, you will be exposed to specializations across the broad field of Engineering.
- Official credential: Bachelor of Engineering.
- Published duration option(s): 48 months.
Requirements
Modules
- Conestoga 101
- Introduction to Engineering Projects
- Digital Systems
- Electrical Foundations
- Foundation Module
- Math I
- Physics I
- Science, Technology and Society
- Group Dynamics
- Engineering Project II
- Electronic Foundations
- Scientific and Technical Communications
- Math II
- Physics II
- Programming Principles
- Co-op and Career Preparation
- Engineering Project III
- Telecommunications and Signal Processing
- Digital Design
- Electronics II
- Math III
- Project Management, Methods and Tools
- Data Structures and Algorithms
- Business Foundations
- Embedded Systems Hardware
- Digital Signal Processing
- Engineering Project IV
- Embedded Systems Software
- Co-op Work Term I (ESE)
- Chemistry
- Engineering Project V
- Signals and Control Systems
- Electronics III
- Operating Systems
- Probability and Statistics
- Co-op Work Term II (ESE)
- Engineering Project VI
- Data Communications and Networks
- Advanced Topics in Mathematics
- Thermodynamics
- Introduction to Natural Sciences
- Software Engineering
- Co-op Work Term III (ESE)
- Economics for Engineers
- Computer Architecture
- Wireless Communications and Networks
- Capstone Project I
- Law, Ethics and Professional Practice
- Electromagnetism
- Capstone Project II
- Selected Topics in Power Electronics
- Numerical Methods
- Artificial Intelligence
- Sustainable and Concurrent Design
- Advanced DSP Applications
- Advanced Technical Elective I
- Value Engineering and Life Cycle Costing
- Network Administration and Security
- Operations Management
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