The 5-day course is structured to intensify human capital development in Malaysia RE industry especially in solar PV. Among the objective of the course is to expose the wireman and chargeman in Malaysia with regards to solar PV installation dealing with direct current (DC) side and components. The training will encompass both theoretical and practical sessions, ending with a competency examination

This 4-day introductory course offers a practical foundation in PLC programming using the OMRON NX-Series platform, ideal for engineers, technicians, and beginners in industrial automation. Participants will explore the fundamentals of PLC systems, learn to configure OMRON NX hardware, and develop control logic using Sysmac Studio software. Through a blend of classroom instruction and hands-on labs, attendees will gain experience in writing and troubleshooting basic ladder and structured text programs, applying timers, counters, and sequencers in real-world control scenarios. The course emphasizes practical skills with guided exercises and live demonstrations using actual PLC hardware. By the end of the program, participants will be able to confidently navigate Sysmac Studio, design simple automation solutions, and perform diagnostics on NX-Series PLC systems. Basic knowledge of electrical systems and PC operation is recommended.

This course is a targeted program designed to empower participants with the basic knowledge and skills essential for industrial motor control using Programmable Logic Controllers (PLCs). Geared towards beginner users, this course provides a fundamental understanding of PLC programming and its specific applications in the realm of industrial motor control.

Memberi pendedahan secara praktikal rekabentuk dan fungsi komponen-komponen dalam sistem elektro-pneumatik, pembangunan litar kawalan sistem, rekabentuk, sizing dan troubleshooting litar elektro-pneumatik

Kursus ini merangkumi tiga modul utama: Pengenalan kepada hidraulik, prinsip asas sistem hidraulik, serta komponen hidraulik, simbol dan litar. Ia menggabungkan pembelajaran teori dengan projek amali seperti sistem hidraulik, silinder berbeza, injap, dan motor hidraulik. Peserta akan memperoleh asas yang kukuh dalam konsep hidraulik serta kemahiran penting untuk mereka bentuk, menganalisis dan menyelesaikan masalah litar hidraulik asas.

Introduction to Hydraulics Technology, Basic Physical Principle, Design of Hydraulics System, Symbol and Circuit Diagram ISO1219, Hands-On Exercises: Industrial Applications Example with Hydraulics Circuit Diagram

Hydraulics Basics, Basic Physical Principle, Design of Hydraulics System, Symbol and Circuit Diagram ISO1219, Hydraulics Fluid, Hydraulics Pumps, Hydraulics Motors, Hydraulics Cylinders, Valve Techniques, Check Valves, Directional Control Valves, Pressure Control Valves, Flow Control Valves, Hands-On Exercises: Industrial Applications Example with Hydraulics Circuit Diagram and Example of Practical Training on Selected Exercises (Manual/Electrical Operation)

Brief Review on the Basic Knowledge of Hydraulics, Introduction to Workstation and Control unit for hydraulics training system WS290 (DS4) workstation with vane pump and flow control (Load-Sensing), Overview: Project exercise - Exercise content - Industrial application
Hydraulic components and accessories required for each project exercise, 18 Selected Exercises on Hydraulics System - Manual Operation, Hands-On Exercises: Industrial Applications Example with Hydraulics Circuit Diagram

Brief Review on the Basic Knowledge of Hydraulics, Introduction to Workstation and Control unit for hydraulics training system WS290 (DS4) workstation with vane pump and flow control (Load-Sensing), Overview: Project exercise - Exercise content - Industrial application
Hydraulic components and accessories required for each project exercise, 24 Selected Exercises on Hydraulics System - Electrical Operation, Hands-On Exercises: Industrial Applications Example with Hydraulics Circuit Diagram

Topics covered in the Basic Knowledge of Hydraulics course, Introduction to Workstation and Control unit for hydraulics training system WS290 (DS4) workstation with vane pump and flow control (Load-Sensing), Overview: Project exercise - Exercise content - Industrial application
Hydraulic components and accessories required for each project exercise, 18 + 24 Selected Exercises on Hydraulics System - Manual and Electrical Operation, Hands-On Exercises: Industrial Applications Example with Hydraulics Circuit Diagram

The AutoCAD 2D for Beginner course will help participants familiarize themselves with the AutoCAD software interface, controls, and toolbars. The training covers Draw Commands, status bar tools, Modify Commands, text, dimensioning, and template preparation. It also covers a simple two-dimensional (2D) drawing and plotting. The participant will experience best practices, errors, technical issues, and ways to overcome them while using the software.

'- Get used to the AutoCAD interface, control, and toolbars.
- Understand and apply Draw Command
- Understand and apply tools in the Status Bar
- Understand and apply Modify Command
- Create a customized drawing template
- Understand and apply text, dimensions, and layers.
- Create a Two-Dimensional (2D)/Geometry Drawing
- Create an Orthographic Drawing
- Create an Isometric Drawing
- Create an Electrical Engineering Drawing
- Plot Drawing

The Electrical Engineering Drawing using AutoCAD 2D course will help participants familiarize themselves with the AutoCAD software interface, controls, and toolbars. The training covers Draw Commands, status bar tools, Modify Commands, text, dimensioning, template preparation, and plotting. It also provides exercise for the participant to draw electrical symbols and apply the Block command. A simple electrical load calculation will be introduced before designing the electrical Single Line Diagram (SLD). The participant will experience best practices, errors, technical issues, and ways to overcome them while using the software.

The 3D Modeling using AutoCAD Software course will help participants familiarize themselves with the AutoCAD 3D interface, controls, and toolbars. The AutoCAD 2D for Beginners course is the prerequisite for this course (However, participants possessing AutoCAD 2D knowledge can be exempted). The training covers Modeling Commands, Solid Editing, dimensioning, converting 3D to 2D, template preparation, and plotting. It also provides exercise for the participant to draw 3D modeling and a demonstration of 3D printing. The participant will experience best practices, errors, technical issues, and ways to overcome them while using the software.

Topics cover: Transformer insulation system, degradation of oil/paper insulation, oil sampling, oil quality analysis, case study

Topics cover: Transformer insulation system, degradation of oil/paper insulation, oil sampling, dissolved gas analysis, case study

Topics cover: Principle of transformer, Transformer construction & insulation system, basic electrical testing (Insulation resistance, winding resistance, turn ratio, tan delta), case study

Topics cover: Transformer construction & insulation system, advanced electrical testing (frequency response analysis, dynamic winding resistance, partial discharge), case study

This course is designed to provide participants with a comprehensive understanding of the operation, testing, and maintenance of 11kV Vacuum Circuit Breakers (VCBs). It covers the practical aspects of VCB operation, including the procedures for safely racking in and racking out the breaker, performing essential tests such as phasing, contact resistance, and insulation resistance, and the calibration of protection relays. Participants will also gain hands-on experience in conducting these tests and ensuring the proper functionality and safety of the VCB and associated protection devices. By the end of the course, participants will have a solid understanding of 11kV VCB operation, the ability to perform critical tests and calibrations, and the practical skills necessary to maintain and ensure the reliability and safety of high-voltage electrical systems.

This course will provide a comprehensive exposure to the Electricity Supply Act 1990 and the Electricity Regulations 1994. Each section of the Act and Regulations will be explained in detail, along with case studies. This course is highly suitable as preparation for anyone planning to become a competent person in ST (electricians, machinery operators, competent electrical engineers)

This course is designed to provide participants with understanding and knowledge about safety aspects in electrical wiring work, basic knowledge of electrical supply systems, understanding symbols and schematic drawings, tools and equipment for single-phase electrical wiring, cable specifications and selection, types of single-phase protection devices, types of single-phase wiring, and single-phase accessories. Participants will also be exposed to practical work on single-phase electrical wiring for lighting circuits and power circuits, along with procedures for inspection and testing

This course will provide participants with exposure and understanding of the basics of testing and measurement of electrical installations, both theoretically and practically. Participants will also be exposed to the requirements of the Act and regulations related to electrical installations

This course will assist non-electrical engineering and technical staff such as architects, mechanical engineers, civil engineers, and technical personnel involved in projects related to the design, maintenance, and construction of electrical power systems. Exposure to the basics of electrical engineering will enhance the understanding of engineering and technical staff about the fundamental principles of electricity, helping in communication and providing a clear understanding of projects related to electrical installations, construction, and maintenance

This course will assist participants in designing electrical systems for commercial buildings. Participants will learn the basic principles, starting from planning space requirements, preparing drawings for electrical equipment, and detailing load calculations. Participants will then begin designing the DB (Distribution Board), SSB (Sub-Station Board), and MSB (Main Switchboard) according to the project requirements. In designing these distribution boards, tasks such as voltage drop calculations and determining capacitor sizes will also be considered. AutoCAD 2D software is used to produce schematic drawings and layouts for electrical installations

This course will provide a complete explanation of the operation and wiring methods for three-phase motors with various connection methods. These include direct-on-line starters, star-delta starters, auto transformer starters, and Variable Frequency Drive (VFD) starters. Participants will also be exposed to the correct procedures for inspection and testing to detect faults in three-phase motor control

This course is designed to provide participants with both theoretical and practical understanding of the procedures for planning, designing, and preparing low voltage electrical installation drawings for residential buildings using AutoCAD 2D software. Participants will learn to adapt to basic electrical knowledge in terms of regulations, protection, design, and wiring related to electrical installations in residential buildings. Participants will also carry out practical tasks directly through real-world industry projects related to residential buildings, aiming to produce a safe, cost-effective, easy-to-maintain electrical installation that complies with the specified regulations

This training provides a comprehensive overview of electrical wiring systems in residential buildings, aligned with Malaysian standards and regulations, including MS IEC 60364, Electricity Supply Act 1990, and guidelines issued by the Energy Commission (Suruhanjaya Tenaga). Participants will gain practical and theoretical knowledge necessary to design, install, inspect, and maintain safe and compliant electrical wiring systems in homes. The course covers key aspects such as wiring methods, circuit design, load estimation, earthing and bonding, protection against overcurrent and earth fault, and proper selection of cables, switches, and distribution boards. Special emphasis is placed on safety requirements, regulatory compliance, and best practices for residential installations.

This training is a targeted program designed to equip participants with the basic knowledge and hands-on skills essential for the installation of inverter and non-inverter air conditioning systems. Geared towards beginners, the course provides a foundation in understanding the key differences between inverter and non-inverter technologies, proper installation procedures, safety practices, and system troubleshooting relevant to residential applications.

This training course addresses all the main topics and trends relating to power system protection. It provides the knowledge and guidelines needed for the design and setting of modern power system protection systems

An overview of the principles and schemes for protecting power lines, transformers, buses, generators, and motors. The course provides basic guidelines for relay application and settings calculation. It also reviews basic power system concepts and describes instrument transformers.

This course combines brief introduction to Current Transformer with its main characteristic and applications. You will emerge with the knowledge in principles, working, applications, sizing of CT that empowers you to have strong grip on the fundamentals of Current Transformer.

The course starts with explaining what is short circuit and the different types of faults in power systems and continues with the concept of short circuit current, load current, and percentage impedance of generator/transformer. Special attention is paid to explaining the types of overcurrent protection i.e., instantaneous and time delay. Inverse time overcurrent relay, its types (Normal Inverse, Very Inverse & Extremely Inverse relays) and settings are explained in detail.

This course deals with transformer differential protection, analyzing schemes, various relay settings and protection testing. We will analyze the transformer differential schematics and talk about current transformers (CTs), their errors and errors due to the tap changer in the transformers.
Special attention is paid to biased differential protection of transformer and modification of standard scheme by providing a restraining winding which is energized by the through current. We will also discuss relay protection setting calculations.

The introductory course in control system engineering provides participants with a fundamental understanding of fundamental concepts in real-time control systems using Matlab/ Simulink. This course will provides participants with an in-depth understanding of the fundamental concepts in real-time control systems using Micro-Box, which allows participants and engineers to model physical systems and execute them in real-time. Micro-Box is a low-cost, high-performance platform for rapid control prototyping applications that integrates with the MathWorks® family of products, including MATLAB®, Simulink®, xPC TargetTM, and Real-Time Workshop (RTW)®. This introductory course is designed for aspiring researchers and mechatronic system designers, and it delves into basic control elements and system modelling in the first part of the course, allowing participants to create accurate representations of dynamic systems. It then moves on to open-loop simulation, which teaches participants how to analyse system behaviour without receiving feedback. Participants explore open-loop experiments after being introduced to the Micro-Box platform, followed by comprehensive insights into system identification. The course then moves on to close-loop experiments, which cover both uncompensated and PID control. The comparison of simulations and real-world experiments, including open-loop and closed-loop scenarios, is a critical component of the course. This course gives participants the practical skills and knowledge they need to excel at control system research and prototype development for control and mechatronic systems.

The intermediate course is an extended of the beginner course in Real-Time Control Systems with Matlab/Simulink that provides extensive hands-on training for researchers and mechatronic system designers. Participants will learn about the theory of Fuzzy Logic Control (FLC) and its applications in real-time control systems. Attendees will apply FLC concepts and explore its advantages over Proportional-Integral-Derivative (PID) control through simulation exercises. The course emphasises application by providing experimental sessions that allow participants to apply FLC in real-world scenarios. participants will have a solid skill set for researching and prototyping mechatronic systems by the end of the course, with a strong foundation in FLC and real-time control.