AEC-ME has a proven record of excellence and innovation in educational design. From science buildings to residence halls, AEC-ME has extensive experience designing systems that are reliable, flexible, energy conserving, and promote a learning environment.

As a leading builder of education facilities, AEC-ME delivers school systems that enrich the educational experience and support sound educational practices. AEC-ME specializes in assisting clients within the PreK-12 market to achieve success.

AEC-ME has developed advanced engineering systems to meet the needs of healthcare environments. Our engineered design solutions balance our clients budget while maximizing energy conservation measures, infectious control, risk management, air and water quality, and building automation systems.    

As an experienced engineering consultants, we specialize in providing innovative, cost-effective, and code-compliant engineering solutions tailored to residential building projects. AEC-ME partners with architects and developers to deliver customized solutions for multi-family developments, high-rise residential and mixed use buildings, and senior living communities.

Commercial projects have always been a part of our portfolio and consequently we excel at providing unique, cost-effective designs to our clients. Our engineers have developed engineering design solutions from simple lighting system upgrades to complete commercial space renovations.

The industrial market for AEC-ME spans a wide array of sectors, including manufacturing, energy, chemicals, food processing, pharmaceuticals, and heavy industry. We provide critical support for facility design, process optimization, regulatory compliance, safety, energy efficiency, and automation, helping industrial clients remain competitive and sustainable in a rapidly evolving market. 

AEC-ME supports the planning, design, and modernization of critical transportation infrastructure. Our work enables the safe, efficient, and sustainable movement of people and goods.  Our projects span airport terminals, runways, hangars, bus systems, and transit hubs, often involving multidisciplinary coordination across civil, structural, MEP, environmental, and systems engineering.