Aerospace Engineer

Aerospace engineer who traded the skies for the streets. I’m passionate about electric power trains, control systems, and proving that sustainable mobility can actually be exciting.

Services

I offer a comprehensive range of engineering services—from simulation and control systems to CAD design—carefully tailored to meet your project’s technical requirements and goals.

01

CFD & Multi-Physics Simulation

Advanced computational fluid dynamics and system modeling using ANSYS Fluent and MATLAB/Simulink to optimize aerodynamic performance, thermal management, and energy efficiency for your next-generation designs.

02

CAD Design & Prototyping

Detailed 3D modeling and engineering design using CATIA V5 and SolidWorks, from concept visualization to manufacturing-ready models—whether it’s vehicle components, mechanical assemblies, or custom prototypes.

03

Control Systems Development

Custom control algorithms and system optimization using PID, Kalman Filters, and state-space modeling in MATLAB/Simulink—perfect for robotics, UAVs, electric powertrains, and automated systems requiring precision and stability.

04

Custom Aerospace & Automotive Modeling

Specialized modeling for aerospace and automotive applications—from UAV systems and aircraft components to electric vehicle chassis and powertrain assemblies—delivering accurate, detailed models tailored to your engineering specifications.

Recent Work

I provide ongoing technical support, updates, and performance optimization to keep your website running smoothly.

Electromagnetic UAV Catapult (FYP)

- Designed a UAV launch system eliminating pneumatic systems, improving energy efficiency and portability.
- Conducted performance modeling using MATLAB and validated prototypes through controlled testing.
- Responsible for system dynamics modeling, control strategy, and coil selection.

Twin Rotor Aerodynamic System (TRAS) – Control Project

- Implemented PID and Kalman Filter algorithms for rotor control stabilization.
- Modeled state-space system and tuning strategies in MATLAB/Simulink.
- Demonstrated improved control accuracy through iterative testing.

Scaled Land Rover Model – CAD & Design

- Designed a detailed CAD model with realistic body proportions and internal PCB accommodation.
- Delivered chassis design with wheel assembly for prototyping applications.