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Jason Quinn

Director at Sustainable Engineering Ltd.

Jason Quinn is an accomplished mechanical and aerospace engineer, with an extensive background in the design and implementation of sustainable building practices. He studied at premier institutions such as the Florida Institute of Technology and The George Washington University, and has completed graduate studies in architecture focused on passive house design at Unitec New Zealand.

Mr. Quinn's experience includes project management and technical leadership positions within organizations such as Q-West Boatbuilding, NASA Marshall Space Flight Center, and COR Associates. His expertise as a building scientist and energy modeler has been highly valued in these roles, as he has been instrumental in driving down facility costs, improving energy efficiency, and implementing sustainable materials and practices.

Currently, Mr. Quinn is a director at Sustainable Engineering Ltd., where he continues to lead and develop projects that focus on sustainable design and construction practices. With his impressive academic background, extensive engineering experience, and leadership skills, Jason Quinn is well poised to continue shaping the future of sustainable engineering.

Highlights

Aug 27 · linkedin

Distributed PV generation—ie solar panels on roofs—is a fast, low-barrier way to increasing electricity supply. NZ doesn't have to invent anything novel (or spend years and millions on feasibility studies), we can look overseas to learn how to design incentives that work (and also what not to do).

PV is not completely simple though. Off-grid systems are problematic from a total carbon emissions lens (all those silicon wafers are carbon intensive and some electricity is wasted). Connecting PV arrays to the grid is the best option every time that is logistically and financially possible. When well-designed, they do provide a net carbon benefit. This article explains why.

Very topical given the current talk about shortfalls in electricity supply and savage price hikes. NZ has got to address some systematic infrastructure issues or the push to electrify industry and transport and reduce carbon emissions is going to falter. Importing LPG is not helping us reach the reduction targets committed to in Paris!

Aug 25 · linkedin

The timing for the Advanced PHPP course we've relaunched is tight—you've only a couple of weeks to get organised and enrol. That's because it's a pre-requisite for the PHPP Expert exam scheduled for October. The rush to get stuff in place before Christmas feels like it is starting already...

For those interested, here's a description of how the Advanced PHPP course (now including new content on EnerPHit and non-residential modelling) works in with other learning to prepare #PassiveHouse designers to sit the #PHPPExpert exam. My team has been developing stand alone courses for the past year but actually they all lock into place and lead to the Expert credential. "PHPP Expert" status is recognition of really advanced skills in Passive House design and I already know the single handful of designers that I reckon are qualified to sit for it. But the new Advanced PHPP course will be of much wider appeal. It's open entry and will benefit anyone who's already completed a PH project or two or who is starting with a more complex project.

Related Questions

What specific projects has Jason Quinn worked on at COR Associates?
What qualifications does Jason Quinn have in building energy modeling?
How does Jason Quinn's work contribute to energy efficiency in buildings?
What software tools does Jason Quinn use in his energy modeling work?
Has Jason Quinn published any research or articles on energy modeling?
Jason Quinn
Jason Quinn, photo 1
Jason Quinn, photo 2
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Location

New Zealand