Founded in 1986 in Chicago by Anthony 'Tony' B. McGuire, McGuire Engineers Inc. (MEPC) has established itself as a prominent player in engineering consulting on a global scale. The firm is dedicated to partnering with clients to deliver practical solutions that enhance building systems, while simultaneously improving the quality of life, health, and comfort for occupants. Emphasizing a strong corporate culture, MEPC values teamwork and recognizes that their technical expertise is their greatest asset in providing high-quality, innovative solutions.
MEPC is committed to environmental responsibility, demonstrating a firm belief in acting as good corporate citizens and contributing positively to their communities. Their team is characterized by core values that include dependability, communication, impetus, and professionalism, which are pivotal in their approach to managing client relationships and delivering projects. This commitment to quality and efficiency is evident in their extensive portfolio, which encompasses a diverse range of services including mechanical, electrical, and plumbing (MEP) engineering, LEED certification services, and sustainability consulting.
With significant projects completed in sectors such as education, healthcare, arts, and high-rise residential buildings, MEPC has fostered valuable long-term relationships with clients through its focus on practical, innovative, and sustainable engineering solutions. The firm’s leadership, composed of experienced professionals like David M. Brooks and Michael Murphy, brings decades of expertise to the table, ensuring meticulous execution of engineering designs tailored to client specifications.
McGuire Engineers has managed numerous landmark projects, including renovations for well-known institutions such as The Field Museum and Columbia College Chicago. By prioritizing client satisfaction and responsible resource management, MEPC thrives in a competitive market, consistently achieving energy savings and environmental benefits while enhancing operational reliability.
