A: One of the projects I’m especially proud of is the addition to LeBonheur Hospital in Memphis, TN. It was my first major commercial job as a Level 3 certified installer, marking a significant milestone in my career. This project not only gave me the opportunity to apply my skills on a large scale but also set the foundation for estimating and managing other major commercial projects. Being a small yet important part of a hospital that serves the community makes this project particularly meaningful to me.

A: Proper air barrier installation improves building performance and sustainability by reducing air leakage, enhancing energy efficiency, and preventing moisture-related damage.

A: Earning my Level 3 certification has deepened my understanding of air barrier systems, quality control, and project management. It has improved my estimating skills by helping me identify the right system components for bids and enhanced my ability to manage installations on various substrates and conditions. Overall, this certification has been key in achieving my career goals as an estimator and project manager.

A: One challenge I faced was not fully understanding the importance of detailing transitions, penetrations, and openings. After earning my certification, I gained a deeper knowledge of these critical areas and their impact on system performance. This has allowed me to identify and address potential issues more effectively, ensuring better installation quality and overall project success.

A: I educate clients and general contractors by being accessible and actively participating in meetings related to my scope of work. I also prioritize networking and staying well-informed so I can engage in meaningful discussions about air barrier systems. By sharing my knowledge and insights, I help others understand the critical role air barriers play in building performance and durability.

A: A common mistake in air barrier installation is the lack of continuity, often due to installers or other trades not fully understanding system requirements. In some cases, architectural drawings contain flaws, and installers proceed without raising concerns to the general contractor or architect. This can be avoided by thoroughly reviewing plans early, identifying inconsistencies, and submitting RFIs promptly to ensure a continuous and effective air barrier system.

A: As a project manager and estimator, Bluebeam Revu has had the biggest impact on my work. I use it for takeoffs, plan reviews, and marking up drawings to communicate installation areas with my field crew. It’s also a great tool for providing visual aids in RFIs when clarification is needed, ensuring better coordination and accuracy in our projects.

A: Air barrier installation is often overlooked, but it plays a crucial role in a building’s longevity and energy efficiency. A properly installed air barrier helps prevent moisture damage, improves indoor air quality, and significantly reduces energy costs. I wish more people recognized the impact of our work in creating durable, high-performing buildings.

A: I stay up to date by reading ABAA emails, attending webinars, and having open discussions with my crew. I also maintain strong relationships with industry peers, including professionals from other companies and vendors. Attending industry events and networking gatherings allows us to share insights, discuss challenges, and explore solutions, helping me stay informed on the latest standards and installation techniques.

A: I would like to see more education for architects and designers. Everything starts with them—if they design air barrier systems more effectively, it would lead to better-informed installers and fewer issues in the field. Clearer designs and specifications would improve installation quality, reduce RFIs, and ultimately enhance building performance.