| Name |
John Loncar |
| School | Engineering & Technology
|
| Program | - Bachelor of Applied Technology (Honours) – Architecture – Project and Facility Management
- Bachelor of Engineering – Building Systems Engineering
|
| Academic and professional designations | - P.Eng.
- M.Eng. (Mechanical Engineering)
- B.A.Sc. (Civil Engineering)
- G.Dip (Graduate Diploma: Green Energy - Mechanical Engineering)
- MBA (Master of Business Administration)
- CEM (Certified Energy Manager)
- CSDP (Certified Sustainable Development Professional
|
| Title | Professor |
| Courses taught | - ARCH74020 - Corporate Real Estate
- ARCH74030 - Utilities Management
- BES71000 - Heating Cooling Load Calculations and Psychometrics
- DSGN71150 - Building Envelope Project
- DSGN72250 - Commercial Building Project
- MATH1085 - Mathematics
- MGMT72120 - Project Management, Methods and Tools
|
| Areas of expertise & interest | - Building Science
- Energy Conservation
- Sustainable Design Engineering
|
| Industry experience, professional currency activities | - 20+ years in energy industry
- Office of the Camp Wardens – Ritual of the Calling of an Engineer, Warden
- American Society of Civil Engineers – University of Waterloo, Practitioner Advisor
|
| Major research projects, scholarly activities, and/or publications | Featured Industry Subject Matter Expert: - HRAI April 2020 Symposium – Evolution in the HVACR Industry – Technical advantages and monetary incentives for Variable Refrigerant Flow Systems. Postponed due to COVID.
- ControlTrends.ca Podcast: Next Generation Innovation Podcast - HVAC and Smart Buildings controls
- Understanding Projects Podcast Series: Stakeholder Management - How can we manage stakeholders
- Independent Electricity System Operator Webinar: Embedded Energy Manager Training - Understanding energy conservation within institutional facilities
- University of Waterloo Webinar: Engineering Design Philosophy for Sustainable Buildings - What is Driving Design
|
| Additional information | Through constant learning and leading in the green circular economy, I have spent most of my working career advocating energy conservation and sustainable engineered solutions. I have become a life-long student and practitioner of: engineering for greener energy & economics, sustainable building science engineering, mechanical HVAC systems, project management, and net-zero construction. In the broadest sense, my study interests relate to building systems engineering, including greater sustainable building envelope performance all the while centred around energy conservation of HVAC systems in the commercial, institutional and industrial segments.
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