I am a medical student with a deep passion for cybersecurity, digital forensics, and artificial intelligence, constantly exploring the intersection of medicine and technology. My journey is a unique blend of two seemingly different worlds—healthcare and cybersecurity—where I apply analytical thinking, problem-solving, and cutting-edge research to make an impact. In the medical field, I focus on bioinformatics and molecular research, particularly in cancer studies, decoding complex biological pathways and leveraging AI to enhance medical insights. On the cybersecurity front, I dive into digital forensics, network security, and Capture The Flag (CTF) challenges, where I analyze threats, uncover hidden data, and strengthen digital defenses.
Beyond research and security, I am also passionate about programming, with experience in Python, FastAPI, and SQL, building tools and applications that bridge the gap between technology and healthcare. Whether it’s investigating forensic evidence, developing AI models for medical advancements, or solving intricate cybersecurity puzzles, I thrive in environments that challenge me to think critically and push boundaries.
Driven by curiosity and a relentless pursuit of knowledge, I am always learning, evolving, and seeking innovative solutions. My goal is to integrate the power of technology into medicine and security, making a real-world impact in both fields. Whether in a lab, behind a screen, or solving forensic cases, I am committed to shaping the future of healthcare and cybersecurity through research, innovation, and problem-solving.
Led the organization and execution of SLASHROOT 5.0, a major cybersecurity and IT event.
Coordinated with teams to ensure smooth event planning, quality assurance, and participant engagement.
Developed effective communication strategies to enhance teamwork and collaboration.
Led a Linux study group focused on open-source technologies, system administration, and cybersecurity.
Organized workshops, training sessions, and community projects to enhance members’ technical skills.
Strengthened teamwork and communication within the organization.
The Faculty of Medicine and Health Sciences (FKIK) at Universitas Warmadewa in Denpasar, Bali, is a pioneering private medical institution established in 2009. It offers innovative programs, including a Bachelor of Medicine (S.Ked.) and a Professional Doctor program, guided by the SPICES curriculum to foster critical thinking and community-focused healthcare. Renowned for its specialization in tourism health, the faculty addresses Bali’s unique needs through research, public health initiatives, and partnerships with global institutions. Accredited “Unggul” (Superior), it emphasizes ethical training, leadership development, and social responsibility, preparing graduates to tackle healthcare challenges in both local and international contexts. Located at Jl. Terompong No.24, the faculty combines academic excellence with Bali’s cultural and economic landscape.
Institut Teknologi dan Bisnis (ITB) STIKOM Bali, established in 2002 as STMIK STIKOM Bali and transformed into an institute in 2019, is a leading private university in Bali specializing in technology, business, and informatics. It offers diverse programs, including undergraduate (S1) degrees in Sistem Komputer, Sistem Informasi, Teknologi Informasi, and Bisnis Digital, as well as a diploma (D3) in Manajemen Informatika, all accredited by BAN-PT. The institution emphasizes flexible learning models such as evening/weekend classes (Shift Classes) and programs for working professionals (Perkuliahan Karyawan), alongside international dual-degree partnerships with universities like Binus University and HELP University. With campuses in Denpasar, Jimbaran, and Abiansemal, ITB STIKOM Bali prioritizes industry relevance, affordability through partnerships with Danacita for tuition installments, and a vision to become a globally recognized leader in technology and business education. Ranked 169th nationally in 2021 by Webometrics, it supports over 6,500 students and integrates practical skills with academic rigor to prepare graduates for the digital economy.
Code smarter, automate faster, and build anything
Crafting queries like a database wizard
Digging deep into systems to uncover digital footprints.
Speed meets power for low-level and performance-critical tasks
Fortifying systems against cyber threats
Teaching machines to think and predict
Non enim praesent
Non enim praesent
