Faron Ramadhan

Electrical Engineer specializing in Embedded Systems, Robotics, and AI, experienced in end-to-end development from schematic design, PCB development, and wearable biosensor fabrication to full-cycle machine learning pipeline deployment on real-time embedded hardware. Proven through hands-on R&D in assistive health technology and biomedical robotics, with field commissioning and technical instruction experience. Integrates engineering skills with cross-functional leadership experience to execute complex projects and drive impactful solutions for industrial and product development needs.

Research Assistant at Intelligent System and Robotics (ISR) Laboratory (2024-01 – 2026-01)

IEEE Student Branch–affiliated, focused on intelligent control systems for biomedical and agrotechnology

• Conducted end-to-end R&D of assistive health technology systems, spanning embedded hardware design, firmware development, and real-time AI integration, including a post-stroke rehabilitation exoskeleton and a sign language translator.
• Designed and fabricated custom wearable biosensors targeting multiple physiological modalities, including surface EMG, finger joint kinematics via smart glove, grip force, and fingertip pressure, as multi-channel inputs to an embedded AI control system.
• Built and deployed full-cycle machine learning pipelines integrated directly into embedded hardware, covering data acquisition, preprocessing, feature engineering, model training and evaluation, and real-time deployment, across classical models such as k-nearest neighbor, support vector regressor, decision tree, and random forest, and deep learning architectures including CNN (VGG16) and LSTM.
• Executed end-to-end PCB development covering schematic design, circuit layout, and DRC validation prior to fabrication, with analog circuitry implemented to support signal stability and sensor accuracy.
• Designed and 3D printed robotic mechanical structures and device enclosures using Autodesk Inventor, ensuring structural precision and seamless fit with embedded electronic components.

Laboratory Assistant at Electronics Laboratory (2022-07 – 2023-11)

• Collaborated with course instructors to develop a structured semester-based curriculum, ensuring all laboratory modules aligned with the official syllabus (RPS).
• Configured experimental setups and electronic components for weekly sessions, covering fundamental components including diodes, transistors, ICs, sensors, and microcontrollers, alongside measurement and analysis tools such as multimeters and oscilloscopes.
• Instructed 50+ students through weekly hands-on laboratory sessions and evaluated technical competency through practical examinations.

Technician, Internship at Usada Selaras Gemilang Healthcare (2023-01 – 2023-02)

• Assisted in the installation and commissioning of Samsung Medison ultrasound units in hospital environments, covering electrical verification, service mode validation, DICOM configuration, and image quality testing prior to handover.
• Supported field diagnostics and troubleshooting through hands-on fault isolation and root cause analysis to identify and resolve technical issues accurately.
• Collaborated with application specialists during medical staff training on newly installed systems, and provided technical support to the sales team during procurement and tender processes.

Bachelor of Engineering in Electrical Engineering - Electronics Engineering (Low Current Systems) Concentration – University of Jember (2020-07 – 2025-07)