M Ahmed Khan

Head of Structures

ABC • Full-time

Jan 2015 - Present • 11 yrs 4 mos

Achieved promotion to senior leadership role, resulting in a 40% improvement in team performance metrics. • Developed & delivered more than 100 conventional and computer-assisted designs from initial concepts to finalized structures. • Prepared 10+ material specifications, standard codes, and technical details for structures. • Collaborated with team members, motivated them to enhance their skills, management capabilities, and coordinated with various disciplines such as Architecture, MEP, and Contractors results in 50% increase in efficiency. • Successfully identified 10+ alternative solutions to key project challenges. • Accurately estimated quantities for 25+ projects worth more than $1 Billion. • Conducted 50+ field surveys to assess engineering judgment, load transfer mechanisms, soil conditions, and more. • Handling a team of 15+ staff while overseeing office operations. • Fostered a positive work environment for 15+office employees and other disciplines staff through effective communication strategies. ❖ KEY PROJECTS & ACHIEVEMENTS • Successfully led the design and coordination for the CUNDALL project in KSA as part of the joint venture, optimizing project costs and enhancing structural resilience • Gained remarkable experience in the design, analysis, and retrofitting of steel structures, safety and compliance with international standards. • Implemented a 42.5-meter-high glass façade for a landmark building in Islamabad Park, integrating aesthetics with structural integrity and energy efficiency. • Proposed the Site Protection Layout for Lucky Energy at Port Qasim, including a detailed Bar Bending Schedule to optimize material usage and ensure construction precision. • Conducted audits and retrofitting work on industrial and textile buildings in Korangi and Lahore in collaboration with TUV Au stria. • Designed and executed high-rise structures with a focus on structural safety, modern engineering solutions, blending aesthetic appeal with functional efficienc