
Accomplished technology specialist with a solid foundation in software development, system administration, and technical support. Adept at troubleshooting and optimizing system performance. Experienced in leading projects and fostering team cooperation. Committed to staying informed on industry advancements and contributing to organizational growth.
KEY RESPONSIBILITY:
• Conducted threat analysis and risk assessment (TARA) for automotive cybersecurity, identifying potential vulnerabilities in embedded systems.
• Evaluated microcontroller security and compared security features of different vendors to enhance hardware security.
Researched and implemented security frameworks, such as ISO 21434 and ISO 26262, for compliance in automotive cybersecurity.
• Assisted in designing secure communication protocols to prevent cyber threats in connected and autonomous vehicles (CAVs).
• Developed test cases and security validation procedures for DMS (Driver Monitoring Systems) and LiDAR-based security systems.
• Provided security recommendations based on threat intelligence and incident analysis in automotive applications.
• Developed reports on security risks, vulnerabilities, and mitigation strategies for internal teams and stakeholders.
• Collaborated with cross-functional teams (developers, security engineers, and system architects) to integrate security best practices into automotive product development.
KEY PROJECT NAME:
Website penetration testing - vulnerability scanning, exploitation, and reporting - identification of security gaps and mitigation recommendations
URL-based phishing detection (machine learning) - Python-based phishing detection system - achieved 78% detection accuracy
Automatic drip irrigation system - automated irrigation system design - achieved 76.6% operational accuracy