Stability and Control Analysis Of Flight
Performed an in-depth stability and control analysis of a fixed-wing aircraft, evaluating both longitudinal (pitch) and
About
Results-driven professional with a keen interest in business and solid foundational technical skills. A proactive learner with a strong foundation in engineering principles, ready to tackle diverse challenges and contribute effectively to any
Projects
lateral-directional (roll and yaw) stability characteristics.
Utilized aerospace software tools such as MATLAB/Simulink and XFLR5 to simulate flight behavior under varying
aerodynamic and atmospheric conditions.
Developed dynamic models incorporating aircraft geometry, center of gravity, and aerodynamic coefficients to predict
trim conditions and stability margins.
Interpreted eigenvalue plots and response curves to identify potential instabilities and recommended control surface
adjustments for improved flight performance.
Contributed to enhancing flight safety and maneuverability through theoretical modeling and numerical simulations.
Investigation and Fabrication of Jute Fibre Reinforced Composite for Aerospace A
Investigated the mechanical behavior and material properties of Jute Fibre Reinforced Polymer (JFRP) composites as
sustainable alternatives for aerospace structural components.
Designed and fabricated composite specimens using hand lay-up and compression molding techniques, optimizing
fiber orientation and resin content for mechanical performance.
Performed mechanical testing including tensile strength, flexural strength, and impact resistance to benchmark
performance against conventional composite materials.
Analyzed data to assess the viability of jute fibers in terms of strength-to-weight ratio, durability, cost effectiveness,
and environmental sustainability.
Explored potential use cases such as aircraft interior panels, UAV structural components, and secondary aerospace
parts, aligning with industry goals of greener aviation.
Electromagnetic Pulse (EMP) Drone Defense System : Designed, developed, and prototyped a compact Electromagnetic Pulse (EMP)-based counter-drone system, drawing
inspiration from the tactical use of drones in the Russo-Ukraine conflict.
Engineered a miniaturized EMP generator capable of emitting high-intensity pulses aimed at disrupting or disabling
electronic circuitry within small UAVs.
Focused on optimizing power efficiency and directional pulse targeting to ensure the system's suitability for defense,
critical infrastructure protection, and high-security zones.
Conducted field testing and system validation under controlled environments to assess effectiveness in neutralizing
off-the-shelf quadcopters and custom UAV platforms.
Explored shielding countermeasures and safe integration with existing surveillance systems to enable real time threat
response.
Skills
Skills
- Materials & Composites (JFRP
- Fabrication)
- Aerodynamics
- Aerospace Systems & UAV Design
Education
B.E. Aeronautical
B.E
Excel Engineering College
HSC
Government Model Higher Sec School, Sellampalayam
52.67 %
Certifications
Garuda's 1st National Drone Contest
2023
IP Awareness / Training program under NIPAM (National IP Awareness Mission
Workshop on Satellite Communication: conducted by Omspace Rocket and Exploration Pvt ltd.
Open Rocket Session 1.0
2024