Open to opportunities

Keshav Kasliwal

@keshavkasliwal

Message

I'm building satellite-based and terrestrial quantum communication products, simulations, and QKD systems.

India

Message

What I'm looking for

I'm looking to build quantum communication and computing products, especially QKD and PQC systems, while contributing to simulation, system development, and collaborative knowledge sharing.

I'm building satellite-based and terrestrial QKD and PQC products at Pramatra Space, including simulation toolkits for satellite-to-ground and terrestrial entanglement-based QKD.

At SpeQtral, I developed CalQ, a GUI that helped business teams make data-driven customer-service decisions using satellite-to-ground QKD.

I also designed MATLAB tools for satellite trajectory and ground-station interaction analysis, and generated finite and asymptotic bit estimates with and without inter-satellite links.

My work includes QKD feasibility analysis at Space Applications Centre, ISRO, as well as published and conference-accepted research on satellite QKD and quantum security for industrial IoT.

Experience

Work history, roles, and key accomplishments

Current

Quantum Engineer

Current

Pramatra Space

Jul 2024 - Present (2 years 2 months)

Product and system development for satellite-based and terrestrial QKD and PQC offerings. Created simulation toolkits for satellite-to-ground and terrestrial entanglement-based QKD.

QKD PQC Simulation Satellite Communications Quantum Key Distribution

Internship Trainee

SpeQtral

May 2023 - Jul 2023 (2 months)

Developed CalQ, a GUI enabling data-driven decisions for customer service using satellite-to-ground QKD. Designed MATLAB tools for satellite trajectory visualization and generated estimates of finite and asymptotic bits.

Matlab GUI Development QKD Satellite Communications Data Analysis

Intern

Space Applications Centre, ISRO

Aug 2021 - Jun 2022 (10 months)

Prepared feasibility analysis for various QKD methodologies using satellites as transmitter, receiver, and relay. Analyzed detector types, lasers, and nonlinear crystals to minimize losses in QKD implementation.

QKD Feasibility Analysis Optics Detectors Laser

Education

Degrees, certifications, and relevant coursework

Duke University

Master of Science, Electrical and Computer Engineering

Grade: 3.855/4

Pursued a Master of Science in Electrical and Computer Engineering with a track in Quantum Computing & Photonics, earning certificates in Innovation & Entrepreneurship and Photonics. Achieved a GPA of 3.855/4.