Job Description

• Developed an AI-driven physical therapy assistance application using React, integrated with PostgreSQL database and ONNX models via FastAPI - Researched and implemented a deep learning model to automatically convert 2D video input into 3D animations, improving visualization of human motion - Designed and deployed a real-time posture detection system with Mediapipe for physical therapy exercises, capable of recognizing incorrect movements and providing instant feedback to users - Designed and integrated Odoo ERP system with AI-driven workflow automation - Achieved a 3rd in the I-ROBOT robotics competition through innovative problem-solving - Directed and led a team in preparation for the I-ROBOT competition - Served as Head of Academic Affairs for the Electrical Engineering Camp for Freshmen and Academic Guidance Camp (PEC-CAMP) for high school students

Job Description

• Optimized model performance for a Hackathon competition through in-depth EDA, feature engineering, and constraint optimization research - Outperformed the hackathon baseline by developing and implementing novel ML and CV models - Experimented with data augmentation to improve accuracy in limited dataset - Reimplemented Transformer and Neural network architectures from scratch, including multi-head attention, position-wise feedforward layers, and custom dynamic learning rate scheduling

Job Description

• - Conducted in-depth engineering calculations and design work for distribution boards, lighting panels, and uninterruptible power supply (UPS) systems using ETAP software to ensure efficient and reliable performance.
• - Oversaw and managed infrastructure operated by Distributed Control Systems (DCS), which included maintaining cathodic protection equipment, emergency alarm systems, surveillance equipment, and lighting networks to enhance safety and operational efficiency.

Job Description

• - Collaborated with PD Solutions Co., Ltd. and MEA Chidlom Terminal Station to conduct thorough partial discharge assessments on 115 kV high-voltage underground cables, ensuring reliability and safety.
• - Worked closely with GPSC and EGAT Bang Phli to identify and resolve issues in 115 kV high-voltage gas-insulated switchgear (GIS) terminators, facilitating effective communication and problem-solving to maintain operational efficiency.

Job Description

• - Enhanced substation safety by implementing accurate relay coordination using DigSilent software, which minimized the risk of electrical faults and improved overall system reliability.
• - Developed comprehensive troubleshooting protocols based on thorough test analysis, enabling the team to quickly identify and resolve issues. This initiative significantly boosted transformer performance and reduced downtime, ensuring consistent energy delivery.
• - Collaborated with engineering teams to review and refine existing safety measures, fostering a culture of continuous improvement and proactive risk management within the substation operations.

Job Description

• - Ensured adherence to annual manufacturing performance standards by proactively volunteering to perform maintenance checks on the main distribution board (MDB).
• - Conducted thorough system status assessments to identify any potential issues, ensuring optimal functionality and safety of the equipment.
• - Collaborated with team members to document findings and recommend improvements, contributing to enhanced operational efficiency and compliance with industry regulations.