Rupinder Kaur

PERSONAL PROFILE: “ As a recent Master's graduate in Cyber Security, my aspiration is to further my career in the field of Governance, Risk Management, and Compliance (GRC). With a solid foundation in computer programming, technical and non-technical report design, regulatory frameworks, network security, risk assessment, and penetration testing, I am keen to bring my comprehensive expertise to a dynamic organization. Actively seeking graduate-level programs or internships, I aim to refine and apply my technical abilities in a practical setting. My academic journey has been marked by a strong focus on technological problem-solving, enabling me to swiftly acquire and adapt to new technologies. I am committed to making a significant contribution to any tasks and challenges presented in my professional path”. Usage of Tools like Cisco Packet Tracer for Network Design and troubleshooting and Wireshark for capturing and analyzing network traffic have been learned in the Network Technology unit.

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• INTERNSHIP:
• Title: Cybersecurity Research Intern - Virtual Industrial Control System for Critical Infrastructure
• Organization: Security Research Institute of ECU Joondalup Duration: [31 July 2023] - [24 Nov 2023]
• Key Responsibilities and Achievements:
• Spearheaded the development of a Virtual Programmable Logic Controller (PLC) using OPEN PLC for enhancing cybersecurity in Industrial Control Systems
• Focused on securing critical operations in port systems, specifically the loading and unloading of iron ore, using advanced SCADA BR and HMI systems
• Employed MODBUS protocol for efficient and secure communication within the control systems
• Designed and implemented robust security solutions to protect against cyberattacks, mitigating risks of economic loss, physical damage, and environmental hazards
• Conducted comprehensive simulations in a virtual OT environment to test and validate the security measures
• Collaborated with a team to develop a 3D simulation of the process using Factory I/O, integrating it with SCADA BR and HMI for enhanced control and monitoring capabilities
• HTML and CSS used within the PHP framework to build and manage web applications in different projects
• As part of the Scripting Language, bash scripts have been learned
• Usage of Forensic toolkits like Autopsy, FTK Imager, and Forensics during Forensic analysis such as File Carving and File registries and Image analysis in criminal investigations
• Kali Linux is used for pen-testing and forensic analysis
• Various Software like Nmap, Hydra, SQL map, and John the Ripper has been learned in Ethical Hacking
• Achieved HD grades in Network Technologies and Scripting Languages, Ethical Hacking coursework
• Applied newly acquired scripting skills to perform thorough network penetration testing, identifying many vulnerabilities and creating a successful risk mitigation strategy
• Developed specialized solutions for challenging security concerns by combining creative and analytical thinking
• In a digital forensics task, used problem-solving abilities to examine electronic evidence to identify the existence of a crime
• Forensic imaging, file carving, and metadata analysis were carried out to locate important bits of evidence and help decision-makers
• Successfully established by meticulous data analysis that a crime had been committed
• Technical Skills:
• Developed and implemented a security solution using OPEN PLC for the Industrial Control System
• This involved intricate knowledge of SCADA BR, HMI systems, and MODBUS protocol, showcasing an advanced understanding of technical requirements and cybersecurity best practices in industrial settings
• Proficient in Penetration Testing, Network Security, Encryption, Incident Response, and Forensics Analysis, as well as ability in scripting languages
• Innovative Thinking: Pioneered the use of a Virtual PLC in a simulated OT environment, which was a novel approach to ICS cybersecurity
• This innovation not only offered a more secure system but also a cost-effective and flexible research platform
• Analytical Skills:
• Analysed potential cybersecurity threats and vulnerabilities in industrial control systems, particularly in maritime port operations
• This involved a deep understanding of both the technical and operational aspects of these systems
• Adaptability: -
• Adapted to the evolving needs of the project by integrating new technologies and methods, such as the use of Factory I/O for creating a 3D simulation
• Showcased flexibility in learning and applying new tools and technologies
• Achieved HD grades in relevant courses such as Network Technologies and Scripting Languages and Ethical Hacking Units.

• Additional Information: , International student (visa type: subclass: 500) Address: Perth, WA, 6155 Fully vaccinated. International Driver’s license National Police Clearance