Lian Chun Hee

• Developing and optimizing industrial automation equipment software for semiconductor manufacturing environments • Integrating Robot systems, PLC systems, and Vision Systems with .NET Framework applications • Supporting machine installation, commissioning, debugging, and production buyoff at customer sites • Collaborating with mechanical, electrical, and automation teams to improve equipment stability and performance • Providing overseas technical support and deployment for customer projects in China, India and so on • Responsible for end-to-end equipment software integration, troubleshooting, and production optimization

• Leading R&D activities for industrial robotics and automation solutions, covering AMR/AGV systems, robotic arms, and software-driven integration. • Responsible for translating automation requirements into practical software and system solutions for manufacturing environments. • Involved in system design, software development, testing, and deployment across robotics and automation use cases. • Working closely with cross-functional teams including mechanical, electrical, and operations to ensure system reliability and usability. • Supporting technical evaluation, proof-of-concept demonstrations, and continuous improvement initiatives. • Mentoring team members and coordinating development tasks within the R&D team.

• Took ownership of all robotic-related units and projects, acting as the primary point of coordination for AMR, AGV, robotic arms, and integrated automation solutions. • Led end-to-end robotic project execution, covering requirement clarification, solution planning, system integration, demonstration readiness, and delivery support. • Coordinated across software, electrical, mechanical, application, and vendor teams to ensure robotic systems were deployable, stable, and aligned with customer expectations. • Oversaw robotic unit allocation and prioritization, balancing internal R&D activities, customer projects, and exhibition/demo requirements. • Played a key role in customer demonstrations, exhibitions, and pre-sales activities, supporting sales teams by validating solution feasibility and defining technical boundaries. • Acted as the technical decision reference for robotic projects, resolving cross-domain issues involving navigation, software integration, safety configuration, and system behavior. • Standardized deployment practices, documentation, and handover processes to improve repeatability and delivery efficiency across robotic projects. • Mentored junior engineers and application team members, providing guidance on robotic system integration, troubleshooting, and on-site execution.

• Worked as a Software Engineer focusing on the design and development of internal and project-based software systems supporting automation and robotics solutions. • Developed .NET (C#) based applications to support system configuration, monitoring, and operational workflows for industrial automation projects. • Built WPF desktop applications and backend logic to improve usability, data handling, and system reliability. • Implemented software communication interfaces using REST API and industrial protocols, enabling interaction between software systems, devices, and automation equipment. • Integrated software components with databases (e.g. PostgreSQL / MySQL) to support configuration management, logging, and traceability. • Collaborated with application engineers and project teams to translate operational requirements into maintainable software solutions. • Supported testing, debugging, and refinement of software systems to ensure stability in real-world industrial environments. • Maintained technical documentation to support system handover, future enhancements, and internal knowledge sharing.

• Served as AGV / AMR Application Engineer, responsible for translating customer requirements into deployable autonomous mobile robot solutions. • Supported AMR and AGV application design, configuration, and deployment, covering navigation setup, task logic, safety configuration, and operational workflows. • Conducted system integration and on-site validation, ensuring stable interaction between AMR/AGV systems, sensors, elevators, and peripheral equipment. • Played a key role in customer demonstrations, exhibitions, and proof-of-concept activities, supporting sales teams in solution explanation and feasibility validation. • Assisted in application tuning and troubleshooting during live operation, addressing navigation, communication, and environmental challenges. • Collaborated closely with sales, engineering, and vendor teams to refine solution boundaries, deployment strategies, and customer expectations. • Provided technical training and operational guidance to end users, improving system adoption and usability. • Documented application configurations, deployment lessons, and operational constraints to support repeatable solution delivery.

• Joined Sophic Automation as a Machine Programmer, transitioning from equipment and metrology roles into industrial software development and automation systems. • Designed and developed custom industrial software applications using C# (.NET) as the primary programming language, focusing on reliability, usability, and on-site operability. • Built WPF-based desktop applications as human–machine interfaces (HMI), enabling operators and engineers to interact efficiently with automation systems. • Implemented backend connectivity with MSSQL, MySQL, and PostgreSQL, supporting data logging, system configuration, and traceability requirements. • Integrated software systems with industrial hardware, leveraging practical knowledge of electrical systems, motion control, sensors, and production equipment to ensure stable field deployment. • Worked closely with end users to refine UI/UX design, translating operational workflows into intuitive software interfaces. • Maintained clear technical documentation to support users, internal teams, and future system enhancements. • Demonstrated strong self-learning capability by quickly adapting to new frameworks, tools, and automation requirements in a hybrid development environment.

• Supported the Metrology Engineering function by ensuring accuracy, reliability, and consistency of sputter process measurement equipment in a manufacturing environment. • Operated, maintained, and calibrated advanced metrology and material analysis tools, including XRF, ESCA, Raman, VSM, and Polar Kerr systems. • Performed daily measurement verification, correlation, and data validation to support process stability and engineering decision-making. • Analyzed measurement results and identified anomalies, contributing to root cause investigation and corrective actions with engineering teams. • Maintained detailed measurement records, calibration logs, and technical documentation in compliance with internal procedures and quality standards. • Supported laboratory operations and ensured metrology processes aligned with ISO and manufacturing quality requirements.

• Supported daily operations of MD Sputter Equipment Engineering Department, ensuring stable production through strict adherence to manufacturing SOPs and 5S standards. • Performed assembly, disassembly, inspection, and preventive maintenance of sputter machine spare parts according to engineering work orders. • Conducted systematic troubleshooting and servicing to ensure equipment reliability, uptime, and performance consistency. • Maintained accurate spare part performance records and operational data within computerized tracking systems, supporting continuous improvement and traceability. • Collaborated closely with engineers and technicians to support production schedules and quality benchmarks in a high-volume manufacturing environment.

• Delivered foundational ICT education covering Windows OS operations, office productivity tools, and basic programming concepts for primary school students. • Supported and maintained computer lab infrastructure, including PC setup, troubleshooting hardware/software issues, and ensuring system availability for daily teaching activities. • Assisted in deploying and managing educational software platforms (e.g. Scratch, Kodu Game Lab, Stencyl), introducing students to logical thinking and basic programming workflows. • Documented student progress and system issues, building early experience in technical documentation and user support. • Collaborated with school staff to ensure IT systems complied with operational and administrative requirements.

Completed a Bachelor of Software Engineering while concurrently working in industrial automation and robotics-related roles. Throughout the program, focused on applying software engineering principles to real-world systems, strengthening foundations in software design, system architecture, and integration. Final Year Project involved designing and developing a dynamic part-time job portal for university and college students, emphasizing user workflow, data management, and maintainable system structure. This academic journey complemented my professional experience, supporting my progression toward solution ownership, system-level thinking, and technical leadership roles.

Built strong foundations in information technology, covering programming fundamentals, web development, and computer networking concepts. Gained early exposure to web technologies including HTML, CSS, JavaScript, and PHP, as well as database systems using MySQL. Completed a final project involving the design and development of a web-based promotional system with database integration, focusing on usability, data automation, and structured data management. This diploma program laid the technical groundwork for my subsequent progression into software engineering, automation systems, and robotics-related roles.