Intern
- Constructed a cost-effective high-altitude quadcopter for landslide mapping
- Conducted flight tests for the quadcopter suitable for mapping at various locations


I am a passionate and driven aerospace engineer with strong technical knowledge and hands-on experience in research and innovative aerospace projects. I have successfully collaborated on challenging design initiatives, resulting in nine UK design patents and one granted research publication. Experienced in multidisciplinary teamwork, I am now transitioning toward the business side of technology-driven ventures. I aim to leverage my engineering foundation alongside my growing interest in technology and business strategy to focus on financial evaluation, risk assessment, scalability, and market competitiveness of advanced tech projects.
Drone Assisted-AI Terrain Mapping and Classification, 2025, Drone used to capture images of terrain in inaccessible regions and process it to analyze terrains and detect objects. Developed a mountain mapping drone capable of surveying terrains and capturing clear images from a height of 400ft. Used deep learning models (CNN, Faster R-CNN and YOLOv8n) to analyze captured images for terrain classification, change detection and live object detection. Developed a thermal insulation with PU foam and acrylic sheets to prevent super cooling of battery and its performance in low temperature regions.
Design of a 1U CubeSAT for Remote Sensing, 08/01/24, 11/30/24, Design of a compact 1U CubeSat for remote sensing. Focused on developing a compact 1U CubeSat equipped with advanced sensors for Earth observation. Conducted simulations to evaluate its structural integrity, thermal behavior, and orbital parameters.
Military Purpose Drone, 02/01/24, 05/31/24, Designed a military-purpose drone, focusing on surveillance and reconnaissance. Designed a military-purpose drone optimized for night-time surveillance and reconnaissance. Equipped it with sensors for pressure and temperature measurement, along with a LiDAR sensor.