Muhammad Fahim Wahid Azhari

• Led the on-site installation, integration, and deployment of complex robotic systems, including Automated Storage and Retrieval Systems (ASRS), Autonomous Mobile Robots (AGVs/FMRs), industrial robotic arms, WCS and WMS. • Diagnosed and resolved intricate electrical, mechanical, and software issues, reducing average equipment downtime for major clients. • Executed comprehensive preventative maintenance schedules for automated warehouse systems and robotic workcells to ensure maximum operational efficiency and equipment longevity. • Conducted hands-on technical training sessions for client operators and facility maintenance teams, ensuring safe and efficient operation of Siasun robotics. • Acted as the primary technical liaison between clients and Siasun's internal R&D/Engineering teams, providing critical field-failure data to improve future product designs. • Provided 24/7 on-call technical support and emergency field service to resolve critical system faults in high-volume logistics and manufacturing environments.

• Involved in the development, testing, and commissioning of Distributed Control System (DCS) solutions for various industrial projects. • Collaborate with project teams to design control logic, implement HMI configurations, and perform system integration. • Provide on-site and remote technical support during project execution and post commissioning phases. • Ensure system compliance with industry standards and client specifications.

• Designing, developing, and implementing automation solutions based on client requirements. • Testing and validating the proposed automation systems. • Developing HMI and GUI to integrate with existing systems and databases. • Providing technical support and troubleshooting assistance. • Documenting project specifications, designs, and procedures.

• Collaborated with researchers to develop and construct an autonomous tractor. • Trained an Artificial Intelligence model on a comprehensive palm oil trees dataset. • Programmed microcontroller to control the actuator of the tractor. • Facilitated communication and integration between various hardware components to enhance robotic control and data processing.