Abdul Sahejad Chaudhary

A highly skilled professional with extensive technical and scientific knowledge, specialising in aerospace systems. Demonstrates exceptional creative thinking and innovation, coupled with meticulous attention to detail and a methodical approach to work. Proficient in advanced analytical tools such as MATLAB, FEA, CFD, and computer-aided design, with expertise in data analysis, algorithm development, stress analysis, deformation analysis, and aerodynamic analysis. Adept at using Fishbone-Diagram and 5 whys table for problem-solving and developing effective action plans. Possesses strong oral communication skills and confidence in engaging with clients, contractors, designers, directors, and plant operators. Career goals include advancing innovative solutions within the aerospace industry while maintaining a focus on precision engineering.

Structural and Aerodynamic Analysis of a Turbofan Blade, The ability to think creatively and be innovative, particularly when developing designs., The ability to work to deadlines with self-motivation., Proficient in evaluating complex material behaviors under aerothermo-mechanical loads., Experienced in CFD for advanced aerodynamic optimization, including turbulence modeling, boundary layer behavior, and pressure gradient analysis., Skilled in FEA for assessing structural resilience through stress distribution, strain localization, nonlinear material deformation, fatigue life prediction, buckling analysis, and failure validation under static and dynamic loads.

• Collaborated in a multidisciplinary team to design, build, and test a modular wing for a 3kg aircraft, focusing on aerodynamic efficiency and structural integrity
• Conducted concept development, CAD modelling, and design optimization to balance glide performance with maneuverability
• Applied project management tools including a Gantt chart, RACI matrix, and risk register to coordinate workflow and deadlines
• Executed full-scale manufacturing using ply, carbon rods, and wooden dowels, followed by physical testing and performance evaluation