Results-driven Process Improvement Engineer with a strong foundation in Electronics Engineering Technology (Telecommunications) and practical experience in automation test development, system troubleshooting, and process optimization. Adept at applying Lean methodologies, root cause analysis, and data-driven solutions to improve yield, streamline manufacturing workflows, and reduce cycle times. Skilled in Arduino, LabVIEW, SQL, and hardware integration across test engineering and manufacturing operations.
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1. Successfully developed and executed multiple Arduino and IoT-based hardware engineering projects.
2. Designed and delivered Arduino and Bluetooth technical training modules for primary and secondary school students.
3. Streamlined project execution workflows to optimize task delivery and time management across concurrent development goals.
1. Created user manuals and GUI automation routines for NPI Hybrid site testing using LabVIEW, SQL, and eTrace (Shop Floor Control System).
2. Evaluated, debugged, and maintained automated test equipment, jigs, and fixtures to maximize system availability and testing accuracy.
3. Applied root cause analysis techniques to troubleshoot complex hardware/software issues, boosting system stability and overall test efficiency.
4. Drafted comprehensive test plans, Test Procedures, and Operation Method Sheets (OMS) to validate product reliability and streamline UUT screening processes.
1. Certified LabVIEW Core 1 Completion Certificate
1. Analyze manufacturing processes, cable/harness assembly lines, and electro-mechanical workflows to identify bottlenecks and eliminate waste using Lean and Six Sigma (Green Belt) tools.
2. Lead continuous improvement projects (Kaizen / standard operating procedures update) to optimize line layout, resulting in optimized production efficiency and cycle time reduction.
3. Conduct root cause analysis (8D / 5-Why / Fishbone) on process defects and non-conformances to implement permanent corrective and preventive actions (CAPA).
4. Collaborate cross-functionally with Quality, Production, and Design teams to optimize yield rate and ensure compliance with strict quality standard requirements.
5. Design, implement, and standardise Standard Operating Procedures (SOP), Operational Instructions (OI), and line balancing metrics across ongoing assembly lines.
1. Certification of Participation Value Stream Mapping (VSM)
2. Certification of Fundamental of Scientific Injection Moulding Process
3. Certification of Troubleshooting for Plastic Injection Moulding Defects (with Advanced & Scientific Approaches)
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(Dean’s List – 2021)
Certified Fiber Optic Technology Competency Preparatory Course Certification
We will review the reports from both freelancer and employer to give the best decision. It will take 3-5 business days for reviewing after receiving two reports.