Ammar Ahmed

Key Contributions (UAV Integration) Manufactured and assembled UAV prototypes for testing and rapid iteration. Built full demo drones for pitching, integrating electronics, propulsion, actuators, and landing gear. Supported transition to glass-fiber reinforced composite airframe structures. Performed structural validation under aerodynamic and operational loads. Regeneratively-Cooled Bi-Propellant Rocket Engine (LOX/RP-1): Designed parametric CAD models of the combustion chamber and injector using Soli

1. Labeled and structured robotic perception data, producing detailed annotations to train AI-driven robotic systems. 2. Described robotic actions and environmental context with precision, supporting adaptive and autonomous robot behaviors. 3. Contributed to high-quality datasets that improved model accuracy, real-time adaptability, and operational efficiency.

Design and development of Propulsion engines (LPRES): 1. Cryogenic Bi-Propellant Injection System Design including Propellant Storage System. 2. Combustion Chamber Design. 3. Nozzle Design. 4. Cooling Mechanism Design (Regenerative, Ablative and Film) 5. Testbench Design (Load cell, Instrumentation and Piping) 6. Volume of Fluid (VOF) simulations for surface-tracking of multiphase systems involving immiscible fluid regimes. 7. Discrete Phase model (DPM) for simulating spraying of propellants in aerosol form

1. Implementation of cost-effective distribution methods to improve the overall efficiency of the pharmaceutical supply chain. 2. Inventory management. 3. Maintaining adherence to all health and quality standards. 4. Pharmaceutical product documentation.

1. Oversaw the strategic direction and technical execution of five core engineering teams: Chassis, Aerodynamics, Powertrain, and Structures. 2. Spearheaded the hiring process for engineering roles. 3.Provided mentorship and guidance to team members.

1. Gained theoretical and practical knowledge of rotary equipment maintenance within the plant. 2. Developed understanding of the interconnected roles of maintenance, inspection, project engineering, operations, and process departments in achieving organizational objectives. 3. Conducted in-depth case study on roller bearing failures in conveyor belts, proposing optimal corrective actions. 4. Explored the key responsibilities and job functions of a maintenance engineer.

As an Internee in the General Operation and Maintenance of Power Plant, I have studied and assessed the routine maintenance of Power plant and working principle of Diesel Engines such as NIIGATA and Wartsila and Gas Engines such as Jenbacher and Waukesha.