Open to opportunities

Jonathan Kore

@jonathankore

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Aerospace engineering student designing VTOL drone electronics and aeroelastic flutter control.

India

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What I'm looking for

I’m looking for an entry-level role where I can apply MATLAB and aerospace fundamentals to aeroelastic and drone-related work, build reliable electronics/PCBs with real constraints, and grow through structured engineering teams.

I’m a B.Tech Aerospace Engineering student (2026) focused on turning aerospace concepts into practical systems—especially where electronics and flight dynamics meet. I’ve built real deliverables through projects and a hands-on internship, guided by structured quality requirements.

In my “PCB Design and Manufacturing For a High Performance Military VTOL Drone,” I worked with my team at Apollo Microsystems on a “high performance indigenous military grade VTOL drone” ordered by DRDO. We implemented the PCB “from scratch” following the “QAP given by DRDO,” covering procurement, microcontroller coding, PCB routing, manufacturing, and testing under ESS/CEMILAC constraints.

Now, I’m developing “Passive Control Mechanism for Suppressing Flutter in an Aeroelastic Wing with Fuel Sloshing Dynamics,” using MATLAB to study how fuel sloshing affects aeroelastic stability and vibration attenuation in a nonlinear 3 DOF aerofoil model. Beyond engineering, my “Car Sales at Hyundai – 1.5 years” and “Telescopes & Astronomy Courses Sales – 8 months” strengthened my communication, customer support, and end-to-end follow-through.

Experience

Work history, roles, and key accomplishments

Current

Flutter Suppression Research

Current

Amrita Aerospace Department

May 2025 - Present (1 year 1 month)

Designed a passive control mechanism to suppress flutter in a nonlinear 3-DOF aerofoil model, focusing on how fuel sloshing dynamics affects aeroelastic stability and vibration attenuation. Conducted ongoing research and modeling using engineering analysis and research tools.

Flutter Suppression Matlab Nonlinear 3 DOF Modeling Fuel Sloshing Dynamics Vibration Attenuation

VTOL Drone PCB Intern

Apollo Microsystems

May 2025 - Jul 2025 (2 months)

Built a high-performance indigenous military VTOL drone PCB from scratch based on DRDO QAP, including electronic procurement, microcontroller coding, PCB routing, manufacturing, and testing within ESS and CEMILAC constraints. Developed and validated the design using embedded and digital electronics tooling.

PCB Design MPLAB X IDE Verilog Vivado OrCAD Electronics Manufacturing Electronic Testing

Hyundai Car Sales Associate

Hyundai

Managed customer consultations, delivered vehicle presentations, and completed end-to-end sales closures for Hyundai automobiles over 1.5 years.

Consultation Automotive Sales Customer Service

Education

Degrees, certifications, and relevant coursework

Amrita University

B.Tech, Aerospace Engineering

Grade: 7.41/10 (CGPA)

Activities and societies: PCB design and manufacturing for a high-performance military VTOL drone (May 2025–Jul 2025) and passive flutter suppression control research (May 2025–present).

Pursuing a B.Tech in Aerospace Engineering, with a current CGPA of 7.41/10. Worked on embedded PCB design and aeroelastic flutter suppression research projects.