ZAW LIN HTIKE

I am a highly motivated and detail-oriented cybersecurity graduate with a strong foundation in ethical hacking, penetration testing, and encryption techniques. Passionate about securing digital assets, I have worked on projects involving hybrid encryption, blockchain security, network penetration testing, and secure mobile application development. My proficiency in Python, Java, and C++, along with hands-on experience in developing secure applications, allows me to approach security challenges with a problem-solving mindset and an analytical approach. Aspiring to become a Penetration Tester or Security Analyst, I am eager to apply my skills in threat detection, vulnerability assessment, secure coding, and risk mitigation to real-world cybersecurity challenges. I excel in analyzing security flaws, implementing robust defense mechanisms, and optimizing encryption protocols to protect sensitive data. With a strong interest in cloud security, artificial intelligence in cybersecurity, and digital forensics, I continuously seek opportunities to expand my expertise and stay ahead of emerging threats. I am actively pursuing industry-recognized certifications such as CompTIA Security+ and Certified Ethical Hacker (CEH) to further validate my technical skills. My goal is to contribute to a security-driven organization, where I can help strengthen cyber defenses, prevent data breaches, and develop innovative security solutions to combat evolving cyber threats.

Hybrid-Encryption and Decryption

Projects

• Implemented encryption key generation and secure key distribution, ensuring 100% confidentiality in test environments.
• Optimized encryption efficiency, reducing processing time by 30% compared to standard AES implementation.
• Conducted penetration testing on the encryption model to evaluate its resistance against common attacks

Backdoor - Program

• Developed a Python-based ethical hacking tool, tested on 5+ virtual machines for penetration testing simulations.
• Integrated features such as file transfer, command execution, and persistence mechanisms.
• Reduced detection rates by 40% using obfuscation techniques.

Real Estate Agent App

• Constructed a Java-based mobile app, enabling real-time property searches with an average response time of under 2 seconds.
• Integrated Firebase authentication, securing data for 100+ simulated users.

Diet and Food Recommendation App

• Designed a user-friendly mobile app that recommends meals based on 500+ food items in the database. Utilized Java, Android Studio, Firebase Cloud Store, and Firebase Auth for development.
• Achieved 95% accuracy in recommending meals based on user calorie goals using Firebase Cloud Store.
• Created real-time feedback system, allowing users to refine meal recommendations based on dietary preferences.

Simple Blockchain System

• Developed a blockchain with an alternating mining system, ensuring 100% synchronization between two machines.
• Reduced block validation time by 25% using an optimized Proof of Work algorithm.

• Analytical & Detail-Oriented: Strong problem-solving mindset with a keen eye for detecting security vulnerabilities and optimizing system performance.
• Leadership & Team Collaboration: Able to lead teams effectively, encourage knowledge sharing, and foster a positive, productive work environment.
• Critical Thinking & Adaptability: Quick to analyze challenges, develop strategic solutions, and adapt to evolving cybersecurity threats.
• Time Management & Organization: Efficient in managing multiple projects while meeting deadlines with precision.
• Communication & Interpersonal Skills: Adept at explaining technical concepts to both technical and non-technical stakeholders, ensuring smooth collaboration.

• Student of the Year, 2017-2018, Awarded at Yangon Adventist Seminary for academic excellence and leadership.
• 100% Scholarship, 2018, Received for a Diploma in IT at the Singapore Institute of Management.
• Webinar Representation, 2021, Represented UOW's Cybersecurity program in a SIM Global Education webinar for Myanmar.