Ts. Azrai Norrazi

Lead, Laboratory Engineering Team Electrical & Electronic | Robotics & Mechatronics 1. Directed setup of advanced engineering labs: Renewable Energy, Telecommunications, Robotics & Mechatronics, Advanced Computing, and Civil Engineering. 2. Managed installation of critical systems (Overhead Crane DG, Actuators, Universal Testing Machine) ensuring compliance with engineering standards. 3. Delivered end-to-end project execution: tendering, technical specification review, procurement, commissioning, and staff training. 4. Collaborated with cross-functional teams to integrate cutting-edge technologies for research and teaching environments.

Project Involvement: 1. Setup Equipment for Renewable Energy Laboratory, Telecommunications, Robotic and Mechatronic, Advanced Computing, Civil Laboratory - Installation Overhead Crane. 2. Collaborate with students to create Laboratory Booking System Tasks Involved: 1. Diagnosed and repaired equipment malfunctions, optimizing functionality across systems such as 3D Printers, Compressors, Panel Distribution, and IoT Keysight, leading to reduced equipment downtime. 2. Developed and updated detailed technical specifications and work instructions for students and staff, enhancing operational clarity and ensuring compliance with laboratory standards. 3. Managed maintenance schedules by coordinating work, delegating tasks, organizing priorities, minimizing downtime, and reducing costs. 4. Arranged hardware and software upgrades to maintain technological capabilities. 5. Provided technical expertise on tests and technologies, and performed system-level engineering for student projects and the student robot club. 6. Conducted stock control, inventory counting, and recording of maintenance tools, materials, and parts. 7. Adhered to safety regulations at all times by following instructions and wearing PPE. 8. Ensured a safe environment through facility inspections and prioritizing maintenance work based on safety issues.

Project Involved: 1. Simulator for Close Quarter Battle (CQB) Training System (Ti Training) Managed and installed systems for Laser and Live Fire Training, ensuring seamless setup and functionality. Collaborated with the team and worked independently to provide user support during installation and testing phases. 2. Force Tracking System (Sewio) Partnered with suppliers to manage and support user requirements for installation and testing of the system. 3. Moving Robot Target and AMR Systems (MVP & KALISE) Supported development, testing, and implementation of advanced robotic target systems. 4. Electronic Target System (Militec LTD) Oversaw the setup and support of the electronic target system, ensuring precise operation and user satisfaction. 5. Tender Documentation Prepared technical documentation and materials to meet tender requirements, ensuring compliance with specifications and standards.

Job Responsibilities: Collaborated in a team and worked independently to diagnose and repair equipment malfunctions, perform upgrades, or replace components for various systems, including Laser Cutters, 3D Printers, Compressors, Panel Distribution systems, Robotic Arms (Dobot), Welding Robots (ABB), PLCs (Omron), and Computers. Updated and maintained technical specifications and work instructions to ensure compliance with operational standards. Managed and implemented maintenance schedules by coordinating tasks, delegating responsibilities, organizing priorities, and minimizing downtime, resulting in cost reduction. Oversaw hardware and software upgrades to sustain and improve technological capabilities. Provided technical expertise for system-level engineering, supporting student projects and activities in the student robotics club. Conducted stock control activities, including counting and recording inventory of maintenance tools, materials, and parts to ensure availability. Adhered to safety regulations by following instructions, wearing PPE, and maintaining compliance with safety standards. Performed facility inspections to identify safety concerns, prioritizing maintenance work to create and maintain a safe working environment.

Job Responsibilities: Successfully reduced quality issues from incoming materials to the production line by implementing an integrated vision system for die inspection. Improved and executed a software integration system within the production line, achieving completion within three months. Collaborated with and supervised teams to resolve major breakdowns efficiently, ensuring minimal disruptions. Monitored and analyzed machine uptime to meet production targets and improve operational efficiency. Accomplished setup of new machines in collaboration with the New Product Team, including machine systems, PC, and network configurations. Designed non-electrical components such as precision instruments and camera systems to enhance machine functionality. Directed the maintenance and repair of machinery to ensure optimal performance and reliability. Oversaw quality control processes, maintenance schedules, and repair activities across various projects. Applied Root Cause Analysis to identify and implement effective solutions to complex engineering problems, improving system reliability and reducing downtime.

Job Responsibilities: Successfully troubleshot and tested main panels prior to assembly on the production line, ensuring operational reliability and adherence to quality standards. Collaborated effectively with a team to set up a new automation gripper system for the Perodua project, achieving smooth implementation. Managed the setup of electrical panels and reprogrammed ladder diagrams using Mitsubishi PLCs, optimizing system performance. Diagnosed and resolved system faults through comprehensive troubleshooting, minimizing downtime and maintaining productivity.