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Cyber_Ghoda
June 10, 2026 – Present
We are a trio of electronics and communication engineering students from University of Delhi, combining our backgrounds in hardware design, cybersecurity and RTL design,we teamed to compete in the IEEE DAC 2026 AI hardware attack challenge. Our project showcases how Gen-AI and AST manipulation can weaponize devastating trojans in hardware security.
View ProjectImage-encryption-using-hybrid-chaotic-maps-and-Elliptic-Curve-Cryptography-with-genetic-algorithm
February 21, 2026 – Present
Hybrid image encryption using Lorenz chaos, LPWLCM diffusion, ECC ElGamal per-pixel encryption, and Genetic Algorithm optimization — achieving entropy ≈ 7.999, NPCR ≈ 99.61%, and near-zero correlation on 512×512 grayscale images.
View Projectnifty50-quant-dashboard
January 15, 2026 – Present
A comprehensive, web-based quantitative analysis dashboard for the NIFTY 50 index, implemented using Python and Streamlit. The dashboard is designed for traders, quantitative analysts, and researchers to explore market behavior, backtest strategies, and assess risk metrics.
View ProjectQuantum-Secured-API-Key-Generator
November 9, 2025 – November 14, 2025
This project uses a Quantum Random Number Generator (QRNG) with Qiskit to create highly secure API keys and session tokens. By measuring a qubit in superposition, it generates truly unpredictable random bits, replacing standard, deterministic pseudo-random generators (PRNGs) which can be an attack vector.
View ProjectCultural Fit Analysis
The candidate's projects are diverse, ranging from hardware security and image encryption to quantitative finance and quantum computing. This breadth indicates a versatile individual with varied interests. However, the majority of projects are personal and academic, and there is no explicit work experience. While the 'Cyber_Ghoda' project directly relates to embedded systems, the overall project portfolio, while technically impressive, does not strongly align with the practical, industry-specific demands of a senior Embedded Systems Engineer role without further validation of experience and depth in core embedded concepts.
Soft Skills & Operational Fit
The candidate's project descriptions suggest an ability to work in teams ('trio of electronics and communication engineering students') and a proactive approach to learning and applying advanced concepts. However, without specific psychometric or English test scores, a comprehensive assessment of communication clarity, logical reasoning, work attitude, stress handling, and team collaboration is not possible.