Amir Alhamahmy

Engineering professional with strong expertise in CAD modelling and simulation using CATIA, AutoCAD, ANSYS, and LS-DYNA. Skilled in programming with MATLAB, Python, and C/C++, and experienced in advanced prototyping techniques including 3D printing. Proven ability in technical writing, data analysis, and project management, with a focus on Six Sigma and Lean manufacturing principles. Committed to enhancing processes and driving innovation through precision engineering and continuous improvement.

• Hybrid Drone-Van Last-Mile Delivery System (09/2023 – 04/2024) – Mechanical & Structural Design Lead. Designed and manufactured structural components of a custom hexacopter using PLA and carbon fibre. Delivered a lightweight, FEA-validated system integrated with van-based launch and retrieval.
• BMFA UAV Payload Challenge (09/2022 – 05/2023) – Project Manager & Design Engineer. Led a multidisciplinary team to design and fly a payload-carrying RC aircraft. Increased payload efficiency by 24%, securing 3rd place nationally in the Royal Aeronautical Society-sponsored competition.
• Structural Dynamics & Analysis Project (01/2022 – 04/2022) – Lead Analyst. Performed FEA and lab validation of aerospace components under diverse loading conditions. Improved structural modelling accuracy by 15%.
• CDIO Drone Innovation Project (09/2021 – 05/2022) – Project Manager. Oversaw design and development of an innovative drone under the CDIO framework. Delivered a validated prototype within a £70 budget, demonstrating flight stability and system integrity.
• Prototype Aircraft Wing Development (10/2021 – 03/2022) – Project Lead. Managed end-to-end wing design using FEA, stress analysis, and wind tunnel testing. Improved resilience by 18% through validated design.

• Workplace Compliance Training (COSHH, Risk Assessment, Health & Safety, Equality & Diversity, PUWER, GDPR, Unconscious Bias, Manual Handling) Issued by IHASCO, August 2022
• Non-Destructive Testing (NDT) Level II Issued by Udemy, July 2024

• Sustainable Aviation: Following developments in eco-friendly materials, alternative fuels, and sustainable aerospace practices.
• Computational Simulation: Applying CFD and FEA tools to solve complex aerospace engineering problems.
• Judo (Green Belt): Developing discipline, resilience, and strategic thinking through advanced training.
• Drumming: Building coordination, creativity, and focus through independent practice.

• Following developments in eco- friendly materials, alternative fuels, and sustainable engineering practices in aerospace.
• Judo (Green Belt): Committed to developing discipline, resilience, and strategic thinking through advanced judo training
• Computational Simulation Interested in the application of CFD and FEA tools to solve complex aerospace engineering problems.
• Drumming: Building coordination and creativity through independent practice and discipline.

Dr. Thomas Peter
Head of Aerospace Group & Principal Lecturer in Aerospace Engineering
University of Hertfordshire
Email: p.thomas5@herts.ac.uk | Tel: +44 (0)1707 284000 ext 77554