Mohammad Ahmad Khan
Vacuum Tube Team - Team Lead @Liverpool Hyperloop
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WORK HISTORY
Vacuum Tube Team - Team Lead @Liverpool Hyperloop
Liverpool, GB
Directed vacuum tunnel FMEA and RPN analysis, leading the design of a 200 km/h remote diagnostic pod using LiDAR, acoustic, thermal, and EMI sensors; conducted HAZOP to identify potential failure modes in sensor systems and robotic arm kinematics.• Quantified tunnel wall integrity with applied Fracture Mechanics to determine critical crack depth and designed a 3-DOF Harmonic Drive Robotic Arm with electrical actuator in Creo for PAUT-based NDT. • Optimised Magnetometer for 2% field asymmetry detection and integrated 1.1 kHz LiDAR for tunnel curvature mapping. • Calibrated Thermal Imaging for a 5 mm sampling resolution to detect a 10 °C temperature rise, and configured EMI sensing with 5 V/m sensitivity to identify cable overheating, insulation degradation, and electrical arcing.• Designed microchannels for a hybrid cooling system combining a 60 W CO₂-based Heat Pump and a 0.5 m² radiative surface to dissipate 170 W of waste heat; calculated pressure drops and pumping power, documenting all specifications in a Design Calculation Report for CAD.• Executed a 2-stage V&V plan by verifying thermal analysis in 2D, followed by full-system validation for thermal dissipation, pressure drop, and pumping power in 3D using ANSYS Fluent CFD simulations.
EDUCATION
University of Lincoln
BEng Mechanical Engineering with Honours
University of Liverpool
MSc (Eng) Mechanical Engineering with Management
Study Group
International Year One (BEng Mechanical Engineering)
ABOUT MOHAMMAD AHMAD KHAN
As a driven MSc (Eng) Mechanical Engineering with Management candidate at the University of Liverpool, my academic journey is complemented by leadership roles as Course and Student Representative. My commitment to robust engineering and creative problem-solving is evidenced through detailed oversight of production line safety and efficiency, where my interventions led to a significant reduction in power consumption for key machinery. My educational foundation is built on a BEng in Mechanical Engineering from the University of Lincoln, where I honed my attention to detail and analytical skills. These competencies are vital in navigating the complexities of engineering operations, as demonstrated in my recent hands-on experience with QA and design assessments, directly impacting the functionality and safety of industrial equipment.
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