Muhammad Ogin Hasanuddin, S.T., M.T.
Computer Engineering Research Groups
Email : moginh@itb.ac.id
Muhammad Ogin Hasanuddin (Member, IEEE) is an academic and researcher in the field of electrical engineering and informatics. He earned his Bachelor's (S.T.) and Master's (M.T.) degrees from the Bandung Institute of Technology (ITB), Indonesia. He is currently a member of the Computer Engineering Research Group at the School of Electrical Engineering and Informatics (STEI) ITB.
In addition to his work at ITB, he is also pursuing a doctoral degree (Ph.D.) in Electrical and Computer Engineering at Inha University, South Korea. He is an active member of the Institute of Electrical and Electronics Engineers (IEEE) and the IEEE Circuits and Systems Society (CAS), and is involved in various international research collaborations.
Areas of Expertise and Research Interests
His primary research interests include algorithm and architecture design for homomorphic encryption, with a focus on computational efficiency and hardware optimization. Other topics of interest include:
-Internet of Things (IoT)
-RF/Microwave/Wireless
-Human–Computer Interaction (HCI)
-Machine Learning
Recent Publications and Projects
Muhammad Ogin Hasanuddin has authored over 30 international scientific publications covering a wide range of topics in embedded systems, lightweight cryptography, wireless communications, and homomorphic encryption. Among them:
Low-Cost Stereo Vision System Using ESP32-CAM and YOLO (2024)
Using Esch256 Algorithm for Smart Lock Systems (2024)
Performance Comparison of Modular Multipliers based on Karatsuba Algorithm (2024)
Low-Complexity Number Theoretic Transform in Homomorphic Encryption (2024)
Securing UAV Communication with TinyJAMBU Cryptography (2023)
GRAIN Algorithm Implementation for Lightweight Hardware-Based OTP Authentication (2023)
His work also includes the development of RF–DC converter systems, IoT trackers, PWA applications, and resource-limited device-based smart monitoring solutions.
- Design of a Major Assignment with the Topic of Implementation of Lightweight Cryptography using FPGA for the Digital Systems Course (2023)
- Exploration of the 4-Layers Smart System Framework (2023)
- Low-Complexity and High-Throughput Number Theoretic Transform Architecture for Polynomial Multiplication in Homomorphic Encryption (2024)
- Performance Comparison of Vedic and Karatsuba Algorithm for 64-Bit Barrett Modular Multiplication (2024)
- Using Esch256 Algorithm of the Sparkle Permutation Family to Enhance the Security of ESP-NOW Communication for Smart Lock Systems (2024)
- Low-Cost Stereo Vision System Using ESP32-CAM and YOLO (2024)
- SMPT: A Semi-Supervised Multi-Model Prediction Technique for Food Ingredient Named Entity Recognition (FINER) Dataset Construction (2023)
- Development of an ESP32-Based Tracker with XTEA-Encrypted Coordinates (2023)
- Securing UAV Communication with TinyJAMBU Cryptography (2023)
- GRAIN Algorithm Implementation for Lightweight Hardware-Based OTP Authentication (2023)
- KUDA MEKANIKAL SEBAGAI ALAT TERAPI-paten (2023)
- KUDA MEKANIKAL SEBAGAI ALAT LATIHAN BERKUDA PADA REHABILITASI ANAK-paten (2023)
- Aplikasi Exergaming Sirkus Apel-hak cipta (2022)
Keyword
Computer Engineering
English 
Indonesian