Joko Suryana
DR.
Telecommunication Engineering
Email : joko@itb.ac.id
Dr. Joko Suryana is a lecturer and senior researcher at the School of Electrical Engineering and Informatics (STEI) ITB, with expertise in radio telecommunications, microwave and satellite systems, and radar systems. He earned his Doctorate from ITB in 2009 with a dissertation entitled “1-13 GHz Tropical Outdoor Ultrawideband Channel Characterization for Communications and Sensing Applications”. Currently, he is assigned to the Radio and Microwave Telecommunications Laboratory of STEI ITB.
Since 2004, Dr. Joko Suryana has taught various courses, including Radar and Navigation Systems, Radar-Signal Processing, Remote Sensing System, Communication Electronics, Mobile and Fixed Satellite Communication Systems, Special Topics on Radio Technology, Mobile Core Network, and Industrial Placement.
As a principal and senior researcher, Dr. Joko Suryana has led various strategic projects, such as the development of the Primary Surveillance Radar TRL8 antenna system prototype (2024, LPIK ITB), Frequency Scanning Phased Array Radar for Mortar Locator (2025, RistekDikti), and Passive Radar 50 MHz – 18 GHz (2017-2020, Kemahan), as well as the Long Range Radar GCI S-band (2021–2026, Kemhan). He is also involved in innovative projects such as the development of 5G waveform-based UWB active radar, 5G co-existence strategy on the C-band for BRISat, and the design of the LintasArta hub station for multi-ground station satellites.
Dr. Joko Suryana has produced more than 90 scientific publications in international journals and conferences, including research on the characterization of UAV communication channels, antipodal Vivaldi antennas, and Ka-band satellite communication systems in tropical environments. Some of his recent publications include “Characterization of A2G UAV Communication Channels under Rician Fading Conditions” (2025) and “Design and Implementation of Commercial 2.45 GHz Wireless Power Transmission System for UAV” (2024).
With extensive academic and research experience, Dr. Joko Suryana continues to contribute to the development of telecommunication and radar technology, supporting national and international innovation in the field of electrical engineering.
- Development of Microwave Power Transmission System for Continuous Drone Operation with Autotracking Monopulse Antenna (Innovation) (2025)
- Development of a 5G Waveform-based UWB Active Radar Prototype on S/C-Band for Air and Maritime Surveillance in Tropical Environments (2025)
- Frequency Scanning Phased Array Radar berbasis Slotted Waveguide Antenna untuk Mortar Locator di Pita S-Band (2025)
- Prototype Development of TRL8 Primary Surveillance Radar Antenna System with High Gain and Low Sidelobe Features to Support National GCI Radar Products (2024)
- Development of a Microwave-Based 'on the Air' Wireless Charging System for UAVs (Innovation) (2024)
- Flagship Radar GCI Tahap III-IV TA. 2024 (2024)
- DAPT-Equity2024-WCU@Development of TRL8 Primary Surveillance Radar Antenna System Prototype with High Gain and Low Sidelobe Features to Support National GCI Radar Products (2024)
- Development of Single Photon Source and Photodiode Detector for Outdoor Quantum Key Distribution System in ITB Campus Environment (2023)
- Characterization of A2G UAV communication channels under rician fading conditions (2025)
- Capacitor-based Branch-line Couplers for Simple Configuration of Flexible Phase-difference Butler Matrices (2024)
- LoRa Based Underwater Wireless Network System (2024)
- An Analytical Approach to Uninterrupted UAV Video Communication: Simulations and Findings (2023)
- Design and Implementation of a Transmitter for Quantum Communication Based on Faint Pulse Laser (2023)
- Design and Implementation of Beam Steering Using 8×8 Butler Matrix on X-Band Array Antenna for AESA Radar (2023)
- On the Design Consideration for Prototyping of Flexible Phase-difference Butler Matrix (2023)
- Design and Implementation of Passive Sonar Prototype for Ship Detection (2023)
- Design and Implementation of River Water Quality Monitoring System with Microsatellite (2023)
- Initial Development of Real-time Video Link for UAV (2023)
- Design and Implementation of 10×10 MIMO Antenna for 5G-Based Vehicle to Everything (V2X) Communications at Sub 6 GHz (2023)
- Design and Implementation of X-Band Antenna Array for AESA RADAR (2023)
- Implementing ASTERIX Cat 015 for Passive Coherent Location Radar Data Exchange (2023)
- Effect of Coverage Area in Performance of Multinode Angle of Arrival (AoA) Based Localization (2023)
- On the Performance of Range Doppler Processor for Target Detection Based on the NMSE (2023)
- Research on LPWAN Direct to Satellite IoT: A Survey Technology and Performance on LEO Satellite (2023)
- Investigation of Guard Trace Utilization for EM Coupling Reduction Between Closely-Spaced Microstrip Patch Antennas (2023)
Keyword
6G and Beyond, Satellite Systems, UWB Communications and Sensing, Quantum Microwave
English 
Indonesian