B.S. in Cybersecurity Rochester Institute of Technology (RIT)
Interested in security engineering, cryptography, DevSecOps, and distributed systems.
I enjoy building systems that combine security, blockchain, and modern infrastructure to solve real-world trust and integrity problems!
Rochester Institute of Technology (RIT)
Bachelor’s Degree — Cybersecurity
Rochester, New York
Currently I'm a Security Analyst contributing to security initiatives for an open source organization with 50+ members.
Responsibilities include:
- Security analysis and vulnerability review
- Supporting secure architecture design
- Threat modeling and defensive strategy development
- Collaboration with contributors to improve secure development practices
- Security tooling and infrastructure hardening
Internship focused on Governance, Risk, and Compliance (GRC) and Data Governance.
Key work included:
- Supporting security awareness programs for students and faculty
- Contributing to governance and compliance documentation
- Assisting with risk management assessments
- Supporting policy and control implementation aligned with institutional security standards
Internship focused on product innovation, technical research, and startup collaboration.
Key work included:
- Led a cross-disciplinary team to develop innovative technical solutions for startup organizations
- Conducted customer discovery interviews to analyze user needs and evaluate product-market fit
- Designed and developed a minimum viable prototype (MVP) based on research findings
- Built and presented a technical and business pitch deck to stakeholders including market analysis and feasibility
- Applied technical research, strategic planning, and engineering problem solving to refine product concepts
- Collaborated with mentors and industry professionals to evaluate technical scalability and business viability
Researched the feasibility of integrating Post-Quantum Cryptography (PQC) into automotive security infrastructure.
Project highlights:
- Engineered FALCON Post-Quantum signatures into CHASM
- Benchmarked PQC performance on automotive device environments
- Evaluated feasibility of PQC adoption in constrained systems
- Measured performance, verification latency, and computational overhead
Focus areas:
- Embedded cryptography
- Secure firmware systems
- Future-proof automotive security
A distributed system designed to prevent credential fraud and certificate forgery using blockchain verification.
Key features:
- Immutable credential records
- Smart-contract-based verification
- Tamper-resistant certificate validation
- Transparent and decentralized verification process
Applications include:
- Academic credential verification
- Professional certification validation
- Anti-fraud systems
