Michael Gryniuk
Michael Gryniuk , PE

Associate | LeMessurier

Michael is an associate at LeMessurier, a structural engineering firm based in Boston, and serves as chair of the SEI (ASCE-Structural Engineering Institute) SE 2050 Committee, which is developing a national SE 2050 Commitment Program to promote net zero carbon structural systems by 2050 and provide quantitative tracking demonstrating progress to that goal.

Courses

card_membership Included in subscription
Included in subscription
Embodied Carbon 101: Structure

Structure accounts for a significant portion of a project’s embodied carbon. In this course, a panel of structural engineers and researchers discusses the positives and negatives, with regard to embodied carbon, of using concrete, steel, and timber each as primary structural materials. Panelists share ways to reduce and measure the embodied carbon impacts of each structure material–-through material makeup and specification, material reduction, material sourcing, and reuse.

Course expires 11/14/2026

1.00 LU|HSW
card_membership Included in subscription
Included in subscription
Embodied Carbon 101: Certifications + Commitments—A deeper dive

Take a closer look at how embodied carbon is incorporated—or will be incorporated—into sustainability programs for the industry and how carbon-thoughtful design is streamlined or incentivized through these programs. The course begins with a look at the established AIA 2030 Commitment, its success in addressing operational energy, and its next iteration, which will include embodied carbon. The AIA 2030 Commitment discussion is followed by an introduction to the SE 2050 Commitment, which is an embodied carbon-focused commitment born out of the Structural Engineering Institute, to be launched in November 2020.

After looking at example commitments, the course introduces the International Living Future Institute’s Zero Carbon Certification, a relatively new certification that looks holistically at operational energy and embodied carbon. And, following Zero Carbon, the Passive House certification is introduced, suggesting ways that practitioners can account for embodied carbon while pursuing this performance-focused certification. Through discussing four major industry sustainability programs, this course will help practitioners to distinguish where embodied carbon is built into certifications and commitments, and where embodied carbon considerations might need to be engineered into design and certification processes for holistic carbon reduction. AEC practitioners will receive the knowledge to evaluate and leverage certifications and commitments for the greatest impact.

Course expires 11/14/2026

1.00 LU|HSW