Student Assistant | Master's Student in Computer Science & Engineering - Cybersecurity
Kagsá Kollegiet 153, st.1. 2860 Søborg | +45 31527142 | vasudev0951@gmail.com
Motivated and detail-oriented Master’s student specializing in Cybersecurity at the Technical University of Denmark (DTU), with hands-on experience in penetration testing, application security, and vulnerability assessment. Passionate about strengthening system resilience through practical, research-based solutions. Currently seeking an internship, student assistant role, or Master's thesis project to apply technical skills and contribute to real-world cybersecurity challenges.
I am passionate about penetration testing and application security. I have reverse-engineered Android apps to uncover critical vulnerabilities and possess a strong understanding of OWASP Top 10 risks, such as SQL Injection, Cross-Site Scripting (XSS), and Insecure Data Storage.
Through academic projects and practical exercises, I have conducted vulnerability assessments, developed security scripts in Python, and applied the Cyber Kill Chain model to simulate real-world attack scenarios. I am highly motivated to contribute my skills and project experience toward strengthening cybersecurity operations, enhancing system resilience, and mitigating risks in professional environments.
My areas of expertise include cyber risk management, security automation, vulnerability assessment, and penetration testing. I have hands-on experience in reverse engineering Android applications, ethical hacking, incident response, and implementing security frameworks such as NIST and ISO 27001.
MSc in Computer Science and Engineering - Cybersecurity Specialization
Bachelors in Electronics and Communication Engineering
Studied risk analysis methodologies (NIST SP 800-30, ISO 27001), Gained expertise in SIEM, IDS, and incident handling strategies for threat detection and system recovery.
Developed UX prototypes for next-gen interfaces using biometric data and systematic design methods.
Gained proficiency in Python, object-oriented programming, and libraries like NumPy for data analysis.
Covers fundamental AI concepts, including search and adversarial algorithms, logic-based inference techniques, belief revision, and ethical, legal, and societal considerations.
Strong understanding of algorithm design, complexity analysis, and data structure optimization.
Developed analytical skills in game theory, Nash equilibrium, and logic-based reasoning.
Gained hands-on experience with penetration testing and Cyber Kill Chain techniques and Explored security protocols (TLS, Kerberos), threat detection, IoT, and web security.
Gained fundamental knowledge on cybersecurity by Studied cryptography, intrusion detection, malware analysis, and security models.
Used an open-source model checker for handshake verification.
Conducted a systematic review on blockchain applications in cyber-physical systems, analyzing security, transparency, and efficiency.
I've reverse-engineered Android apps to uncover vulnerabilities like insecure data storage and exposed APIs, providing actionable fixes. Additionally, I conducted OWASP Top 10 assessments—identifying risks like SQLi and XSS—and implemented mitigations such as input validation and secure authentication.
Conducted a detailed cybersecurity risk analysis for maritime systems using the NIST framework. Evaluated threats, vulnerabilities, and mitigation strategies for critical infrastructure.
Developed scripts for password strength assessment, DNS record exploration, network port scanning, firewall configuration, and testing default login credentials to strengthen system security.
Created a personal portfolio website to showcase skills, using HTML for content structure and CSS for design and layout, enhancing the user experience and presentation.
Applied the Cyber Kill Chain framework to simulate real-world cyberattacks. Conducted penetration testing with tools like Metasploit, Nmap, and Burp Suite to identify network vulnerabilities.
Conducted research on the security of blockchain technology within the context of cyber-physical systems. Studied how blockchain can enhance the protection, integrity, and reliability of systems involving both digital networks and physical components.
AWS Cloud Practitioner
English, Danish (Beginner)