We use models to predict energy and water usage, but we’re often met with surprises when the buildings we design are operational. How do we ensure ongoing high performance once we’re under occupancy? In energy efficiency projects, how do we quantify savings?
The answers lie in the Measurement and Verification (M&V) process. In short, M&V includes measuring actual building performance post-occupancy as a way to accurately verify energy savings that were calculated through assumptions in earlier models. It’s important for all members of a project team (including owners and operators) to understand the role that M&V plays in ongoing building performance, including how it can impact decision making.
BuroHappold’s Jeremy Snyder and Emir Pekdemir will share their insights into energy modeling and the measurement and verification process. They will identify the benefits of measurement and verification, point to sensitive considerations, and share successful local and national case studies.
Jeremy Snyder, PE, LEED AP
Jeremy Snyder leads MEP engineering teams in the design of innovative and sustainable building systems for large scale complex projects around the world. He joined BuroHappold Engineering in 2003 and has worked across
commercial, higher education, cultural and residential sectors. Collaborating with architects, engineers and building physics analysts, Jeremy advocates for truly integrative design. Jeremy has lectured at events such as ASHRAE’s High Performance Buildings conference and at colleges and universities such as Massachusetts Institute of Technology, Columbia University and Parsons The New School for Design. Jeremy serves on the board of directors for Green Building Alliance, and his notable projects include Yale’s School of Management, the Tower at PNC Plaza, and The Business School on the Tepper Quad at CMU.
Emir Pekdemir, LEED AP BD+C, BEMP
Senior Energy Analyst
Emir leads the Computational Analysis team at BuroHappold Engineering in the US, providing integrated design solutions for healthier and better performing buildings using analytics. Using advanced building performance simulation as a design tool, Emir has successfully completed projects with intricate façades and complex passive & mechanical systems. With a wide range of skills including dynamic energy and airflow modeling, hygrothermal modeling, daylight & glare simulations, and computational fluid dynamics (CFD), Emir is also an active speaker/presenter in the world of building simulation.
11:30 – Lunch and Presentation
12:30 – Q&A Time
1:00 – Event Wrap-Up
This event is pending approval for 1.5 GBCI CEUs.
Partnering with USGBC, GBA makes it easy for our members to report continuing education credits. Please provide your GBCI number so we can auto-report your credits (for applicable events). Non-members can still earn continuing education credits but will need to self-report their GBCI CEUs.