Mohammad Tehranian

Mohammad Tehranian is a seasoned mechanical engineer and energy efficiency expert with over a decade of proven experience in HVAC system design, building automation systems, and energy auditing. As Vice President of Mechanical Engineering at S.L. King & Associates, Inc. (SLKA), he leads the firm’s engineering division with a forward-thinking approach that integrates sustainable design, energy performance, and cutting-edge technology.

Educated and trained at the prestigious Royal Institute of Technology (KTH) in Sweden, Mohammad brings a global perspective to mechanical design and engineering practices. He further deepened his expertise as a research scholar at the University of Alabama at Birmingham, where he focused on the feasibility and application of Solar-Assisted Heat Pump systems—demonstrating his commitment to innovative, renewable, and climate-responsive solutions.

Mohammad is a licensed Professional Engineer (PE) in Georgia and North Carolina and holds credentials as a Certified Building Commissioning Professional (CBCP) and LEED Accredited Professional with a specialty in Building Design and Construction (LEED AP BD+C). His qualifications reflect a deep understanding of integrated design principles and sustainable building systems, enabling him to deliver highly efficient, code-compliant, and performance-optimized mechanical solutions across a variety of sectors including aviation, education, healthcare, transit, water/wastewater, and municipal infrastructure.

Throughout his career, Mohammad has been instrumental in leading mechanical design for large-scale infrastructure and building projects, ensuring technical excellence from concept to completion. His hands-on experience includes HVAC system design for complex facilities, energy modeling and analysis, and the integration of building automation systems that promote operational efficiency and occupant comfort.

A results-driven leader, Mohammad is recognized for his collaborative project delivery style, mentorship of junior engineers, and his ability to translate complex engineering challenges into practical, buildable solutions. His work exemplifies SLKA’s mission to deliver sustainable, innovative, and client-focused