Mechanical, electrical and plumbing (MEP) engineering transforms how we live, work and play and serves as the brains behind the built environment. State-of-the-art MEP systems emphasize operational efficiencies, sustainability and comfort to make our lives easier and provide optimal cost savings to all users.
Bowman’s MEP experts incorporate the latest technology and best practices to support these systems across all stages of the design and construction process on a wide variety of facilities including commercial, educational, healthcare, municipal and industrial. Whether it is planning and designing a new LEED-certified building or performing energy analyses to determine the most effective way to upgrade and retrofit an existing building’s system, Bowman’s engineers have the experience and expertise to deliver functional, high-quality projects ranging from a technically challenging high-rise skyscraper to a simple office fit-out.
Whether new construction, renovations or retrofits, Bowman’s mechanical engineering capabilities are tailored to meet today’s complex building requirements. Our team applies proven engineering methods to design mechanical systems that optimize performance, minimize operational costs and align with energy and sustainability goals.
Bowman’s electrical engineers provide reliable and energy-efficient solutions to meet the diverse power and infrastructure needs of commercial, industrial and institutional clients. Everything is designed to the latest codes and safety standards, resulting in electrical systems that are both dependable and adaptable to evolving industry requirements.
Our plumbing solutions are designed for easy integration into mechanical and electrical infrastructure to promote seamless coordination across building systems. Bowman’s integrated approach not only simplifies construction but optimizes building performance.
Safety is a top priority on every project, especially when working with electrical systems. Bowman helps clients reduce risks and prevent injuries by offering arc flash studies for new and existing electrical distribution systems. Our studies identify arc flash hazards, define protection boundaries and assess incident energy for specific equipment to enhance safety.