Yad Mahmood

Analytical and adaptable professional with experience in both aerospace engineering and senior hairdressing. Strong foundation in problem-solving, innovative design, and precision under pressure, complemented by creativity and excellent client-focused communication.

Successfully led TechBoss Challenge, guiding a team to develop and present tailored engineering solutions to a client. Contributed to the Grand Challenge as Manufacturing and Implementation Manager, where my team competed against our entire cohort and the year above, approximately 700 people. I oversaw the design and integration of a liquid perfusion system to prevent helicopter rotor blade icing at high altitude—demonstrating strong problem-solving, time management, and communication skills. Proven ability to lead teams, improve operations, and adapt across disciplines, with a commitment to continuous learning and delivering excellence in both technical and client-focused environments.

Wind Tunnel Aerodynamics Experiment

• Collaborated in a 6-person team to investigate drag forces on model airfoils using wind tunnel testing.
• Measured and analysed lift and drag data, comparing results against theoretical predictions.
• Delivered findings through a technical report and oral seminar presentation.

River-Cleaning Boat Design (Team Project)

• Designed and prototyped a small-scale boat for debris removal in a 5-person team.
• Led buoyancy and stability calculations to ensure structural integrity under payload.
• Produced CAD models and contributed to prototype construction and refinement.
• Iterated design through testing, demonstrating strong technical problem-solving and teamwork.

Virtual Work Experience – Civil Aviation Authority (CAA)

• Gained an understanding of the CAA's role as the UK's aviation and aerospace regulator.
• Developed insight into balancing innovation with safety and compliance standards.
• Explored key responsibilities in regulation, safety oversight, and promoting sustainable aviation growth.

• Simulation & Analysis: MATLAB programming for numerical modelling; Finite Element Analysis (FEA) using Fusion 360; strong foundation in fluid dynamics, aerodynamics, and buoyancy.
• Software Proficiency: Microsoft Office Suite (Word, Excel, PowerPoint); CAD design and drafting with Fusion 360.
• Engineering Experience: Practical use of wind tunnel apparatus and instrumentation; prototype design, fabrication, and testing; applied engineering calculations (lift, drag, buoyancy).
• Professional Competencies: Strong analytical and problem-solving skills; clear and confident communicator; adaptable team player with proven initiative and the ability to quickly master new tools and technologies.