Harprit Bumrah

Aspiring Computer Engineer with a strong foundation in Python, C++, and C. Passionate about coding, problem-solving, and continuously learning new technologies. Currently expanding expertise in cybersecurity while actively seeking opportunities to gain hands-on experience in software development, cybersecurity, and embedded systems. Eager to contribute and grow in a dynamic, tech-driven environment.

• Open to internships, research opportunities, and hands-on experience in cybersecurity and software development
• Active participant in coding challenges
• Built full-stack applications, automation scripts, or security tools to gain hands-on experience.

Cybersecurity Fundamentals:

• Gaining hands-on experience in network security, cryptography, and ethical hacking techniques.
• Learning penetration testing, vulnerability assessment, and threat mitigation strategies to secure systems against cyber threats.
• Understanding operating system security, firewalls, and intrusion detection systems (IDS) to safeguard digital environments
• Studying risk management, compliance, and cybersecurity frameworks such as NIST, ISO 27001, and OWASP

• taking online courses for cybersecurity to get a certificate from Coursera
• plan to apply for compTIA Security+ after getting the certificate form Coursera

Change Machine: 

• Developed a C++ program that simulates a Change Machine, efficiently calculating and dispensing the optimal number of coins for a given amount.
• Implemented greedy algorithms to minimize the number of coins returned while supporting various denominations.
• Utilized user input handling to accept different monetary values and provided real-time feedback.
• Integrated loops and conditional logic to ensure accurate coin distribution, supporting multiple currencies and denominations.

Space Shooter Game: 

• Designed and developed a 2D space shooter game in Java, where players control a rocket to destroy incoming asteroids.
• Utilized object-oriented programming principles to manage game entities such as the rocket, asteroids, and projectiles.
• Implemented collision detection for interactions between the rocket, asteroids, and bullets to simulate realistic gameplay mechanics.
• Integrated keyboard event handling to allow smooth player movement and shooting functionality.

Star Patterns Generator 

• Developed a C++ program that dynamically generates various star patterns based on user input.
• Implemented nested loops and conditional logic to create different geometric patterns such as pyramids, diamonds, and inverted triangles.
• Designed an interactive console-based interface, allowing users to select pattern types and input custom sizes.
• Optimized algorithm efficiency to handle larger patterns while maintaining responsiveness.
• Utilized functions and modular programming to enhance code reusability and readability.