Bachelor of Engineering - Building Systems Engineering
Course Overview
This program equips you to design and automate the next generation of intelligent, sustainable buildings. You will learn to integrate mechanical, electrical, and control systems using cutting-edge digital tools and building information modeling (BIM). The degree combines rigorous academic projects with paid co-op experience to prepare you for a professional engineering career.
Key Program Highlights
- Master digital design tools like BIM to integrate sustainable building systems and automation controls
- Gain hands-on experience through a project-based curriculum solving real-world engineering problems
- Complete 12 months of paid co-op work terms integrated directly with your academic studies
- Learn to design and optimize building mechanical, electrical, and energy performance systems
- Graduate with a CEAB-accredited degree and a clear path to becoming a licensed Professional Engineer (P.Eng.)
Offer response
4 - 6 weeks after your application is submitted
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Course Overview
This program equips you to design and automate the next generation of intelligent, sustainable buildings. You will learn to integrate mechanical, electrical, and control systems using cutting-edge digital tools and building information modeling (BIM). The degree combines rigorous academic projects with paid co-op experience to prepare you for a professional engineering career.
Key Program Highlights
- Master digital design tools like BIM to integrate sustainable building systems and automation controls
- Gain hands-on experience through a project-based curriculum solving real-world engineering problems
- Complete 12 months of paid co-op work terms integrated directly with your academic studies
- Learn to design and optimize building mechanical, electrical, and energy performance systems
- Graduate with a CEAB-accredited degree and a clear path to becoming a licensed Professional Engineer (P.Eng.)
Requirements
The requirements may vary based on your selected study options.
Modules
- Chemistry
- Conestoga 101
- Project 1A - Building Science
- Foundation Module (Building Systems Engineering)
- Calculus for Engineering
- Building Materials and Processes
- Physics - Mechanical
- Introduction to Natural Sciences
- Group Dynamics
- Heating and Cooling Load Calculations and Psychrometrics
- Project 1B - Building Envelope and System Design
- Scientific and Technical Communications
- Linear Algebra
- Statics and Strength of Materials
- Physics
- Fire and Smoke Control
- Co-op and Career Preparation
- Project 2A - Commercial Building
- Electrical and Electronic Foundations
- Advanced Calculus
- Strength of Materials II
- Project Management, Methods and Tools
- Project 2B - Duct, Piping and Plumbing Systems
- Numerical Methods
- Fluid Mechanics
- Dynamics
- Thermodynamics
- Programming Fundamentals
- Co-op Work Term 1 (BEng-Building Systems Engineering)
- Co-op Work Term 2 (BEng-Building Systems Engineering)
- Electric Motors and Drives
- Elements of Design and Vertical Movement
- Project 3A - Electrical and Lighting
- Differential Equations
- Heat Transfer and Refrigeration
- Microprocessors and Embedded Systems
- Artificial Intelligence
- Finite Element Analysis
- Digital Signal Processing
- Advanced Technical Elective I
- Advanced Technical Elective II
- Value Engineering and Life Cycle Costing
- Advanced Manufacturing Processes
- Composite Materials
- Operations Management
- Introduction to Welding
- Control Systems
- Sensors and Instrumentation
- Project 3B - Building Control Systems
- Energy Conversion and Renewable Energy
- Commissioning, Operations and Data Analytics
- Probability and Statistics
- Co-op Work Term 3 (BEng - Building Systems Engineering)
- Hydronic Systems Design
- Capstone Project A
- Economics for Engineers
- Law, Ethics and Professional Practice
- Microprocessors and Embedded Systems
- Artificial Intelligence
- Finite Element Analysis
- Digital Signal Processing
- Advanced Technical Elective I
- Advanced Technical Elective II
- Value Engineering and Life Cycle Costing
- Advanced Manufacturing Processes
- Composite Materials
- Operations Management
- Introduction to Welding
- Financial and Managerial Accounting
- Capstone Project B
- Energy Management, Planning and Modelling
- Fluid Dynamics and Turbo Machinery
- Topics in Management
- Science, Technology and Society
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Offer response
4 - 6 weeks after your application is submitted
