Mohammed Khalifa

Employed advanced characterization tools to analyze structural integrity and thermal properties of polymeric composites. Executed monitoring and functional testing of hydrophobic coatings and directed mechanical structure validation and failure analysis.

Drive the layout, structural engineering, and development of integrated sensor technologies for sports equipment and wearable devices.

Developed and optimized advanced materials for aerospace and wind energy applications. Led smart sensor development, material synthesis, and integration of nano-electronic sensor systems for process monitoring and structural health tracking.

Engineered advanced lightweight structures and bio-based resins for wind turbine blades. Invented and deployed an online health monitoring sensor system within rotor blades and conducted extensive testing and failure analysis.

Instructed advanced engineering coursework in machine design, mechanical workflows, and materials engineering. Supervised laboratory modules covering material characterization, destructive testing, and structural evaluation.

Ph.D. in Materials Engineering with thesis on electrospun nanocomposite fabrics for sensors, battery separators, and energy harvesting devices.

M.Tech in Machine Design Engineering, ranked first across the institute, specializing in structural development and material characterization.

Bachelor of Engineering in Mechanical Engineering with research on turbulent gas turbine cooling method and five publications.

Diploma in Mechanical Engineering.