Program Overview
The Mechanical Technologist - HVAC Theory Diploma is an intensive program that provides comprehensive knowledge and skills in heating, ventilation, air conditioning, and refrigeration (HVAC-R) systems. Graduates are equipped to design, operate, maintain, and retrofit HVAC-R systems in various settings, ensuring compliance with building codes and environmental regulations. The program emphasizes cutting-edge technologies and best practices, preparing students for careers in engineering, sales, energy management, and more.
Program Outline
Degree Overview:
Overview:
- The "Mechanical Technologist - HVAC Theory" Diploma is an intensive professional training program in heating, ventilation, air conditioning, and refrigeration (HVAC-R).
- The curriculum equips graduates with a profound understanding of the principles, applications, design, inspection, operation, maintenance, and retrofit of HVAC-R systems.
Objectives:
- Provide comprehensive knowledge and skills for the efficient design and operation of HVAC systems.
- Empower students to ensure compliance with building codes, energy efficiency standards, and environmental regulations.
Program Description:
- Emphasizes cutting-edge technologies and best practices in environmentally responsible HVAC-R systems for multi-unit residential, commercial, industrial, and institutional settings.
Outline:
Core Courses:
HVAC I: Fundamentals, including cooling and ventilation principles, heat sources, heat loss and gain analysis, conventional installation, space heaters, and safety concerns. HVAC II: Equipment, Control, and Operation Maintenance Management, covering refrigeration, heating, plumbing, and fire protection systems, as well as motor drives and controls. Ontario Building Code, providing an in-depth understanding of design requirements and compliance. Engineering Project Management, encompassing project lifecycle management, scheduling, budgeting, integration, execution, monitoring, and closing. Canadian Industrial Practices and Workplace Culture, focusing on workplace safety, cultural intelligence, and entrepreneurship.
Assessment:
- Examinations: Regular quizzes, midterm exams, and a final exam assess students' knowledge and understanding.
- Assignments: Students complete assignments, projects, case studies, and presentations to apply their learning and demonstrate practical skills.
- Participation: Attendance, engagement in discussions, and contributions to group projects are evaluated.
Teaching:
- Teaching Methods:
- Lectures: Experts deliver theoretical concepts and principles.
- Hands-on Labs: Students gain practical experience through simulations and controlled experiments.
- Group Projects: Collaborative assignments encourage teamwork and real-world problem-solving.
- Case Studies: Real-world scenarios are analyzed to develop critical thinking and analytical skills.
- Faculty:
- Experienced industry professionals and academic instructors with expertise in mechanical engineering, HVAC-R systems, and project management.
- Unique Approaches:
- The program emphasizes the latest advancements in HVAC technology and green building principles.
- Industry-standard software is used for simulations, analysis, and design.
Careers:
Career Opportunities:
- Graduates are well-suited for roles in:
- Engineering fields (project engineer/manager, mechanical/HVAC engineer/designer, systems designer)
- Sales and customer service (technical sales, customer service)
- Energy management and conservation (energy professional, plant engineer)
- Industries: Manufacturing, consulting engineering, HVAC installation and contracting
