Battery Electrical Vehicle (BEV)
Course Summary
This customized course is designed to provide participants with the basic knowledge and hands-on exposure in Battery Electric Vehicle (BEV) IMI Technology. Participants will explore the technology applied in current automotive trend. Hands-on activities make the training livelier and more valuable. Selection of proper tools and various troubleshooting and diagnostic method will enrich participants’ skills.
Course Content
– Level 1: Awareness of EV/Hybrid Systems and Basic Safety Practies.
– Level 2: Hazard Management for Emergency and Recovery Personal and Routine Maintenance
– Level 3: System Repair and Replacement
As for the non-certification option, participants will receive a Certificate of Attendance from GMI. This training also runs for 4 days and includes both theoretical and practical sessions. The programme content is similar and covers both Hybrid and Electric Vehicles. The training session also will be conducted face-to-face, and there will be no online session.
Course Summary
This customized course is designed to provide participants with the basic knowledge and hands-on exposure in Battery Electric Vehicle (BEV) IMI Technology. Participants will explore the technology applied in current automotive trend. Hands-on activities make the training livelier and more valuable. Selection of proper tools and various troubleshooting and diagnostic method will enrich participants’ skills.
Course Content
– Level 1: Awareness of EV/Hybrid Systems and Basic Safety Practies.
– Level 2: Hazard Management for Emergency and Recovery Personal and Routine Maintenance
PLC & IIOT Gateway using BOSCH Technology
Course Summary
This course provides a comprehensive introduction to Bosch Rexroth’s ctrlX AUTOMATION platform, with a specific focus on its integration with CODESYS for advanced programming. Participants will explore the paradigm shift ctrlX brings to industrial automation through its open, app-based architecture, real-time capabilities, robust cybersecurity, and broad language compatibility. The course will cover the core benefits of ctrlX, delve into its software and hardware components, illustrate diverse application scenarios, and conclude with a practical demonstration of linking up thesystem.
Course Content
Duration : 4 Days
At the completion of this course, participants will be able to:
– Understand the fundamental benefits and revolutionary concepts behind ctrlX AUTOMATION.
– Explain the role of open automation, realtime communication (EtherCAT), and standardized protocols (OPC UA) within the ctrlX ecosystem. Design and Implement a Robust Data Layer
– Grasp the “apps-based approach” and its advantages for scalability and customization.
– Apply basic IEC 61131-3 programming using ctrlX.
Course Summary
This course provides participants with higher level of understanding of PLC and data communication with devices in a simulated automated system. Participants will be exposed in developing and optimizing production layout and process according to targeted objectives. Key topics includes PLC programming, establishing data layer, data communication, simulated factory and communication integration. At the end of the course, participant’s knowledge and skills will be tested on real industrial application.
Course Content
At the completion of this course, participants will be able to:
– Perform advanced PLC programming (edge computing)
– Create Data Layer
– Implement basic and advance iot communication
– Linking with simulated factory floor
Course Summary
This advanced course enables participants to integrate PLCs and IIoT gateways with real production equipment, perform real-time data acquisition, formulate and contextualize industrial data, and visualize insights through dashboards. The training focuses on end-to-end IIoT system design, from edge data capture to cloud/edge analytics, using Bosch ctrlX, OPC UA, MQTT, and modern visualization tools such as Node-RED.
Course Content
At the completion of this course, participants will be able to:
– Integrate Real Machines with IIoT Gateways
– Connect actual industrial PLCs, sensors, and controllers to an IIoT platform using industry protocols (e.g., OPC UA, MQTT).
– Design and Implement a Robust Data Layer
– Structure, map, and manage real-time production data for edge and cloud-based applications.
– Acquire, Contextualize, and Formulate Industrial Data
Micro-Electro-Mechanical System (MEMS) Sensors Technologies and IOT Application
Course Summary
This short-term course provides participants with a practical and theoretical understanding of MEMS sensor technologies and their integration into Internet of Things (IoT) systems. It covers the fundamental principles of MEMS devices, sensor types, and their real-world applications in various industries. Participants will gain hands-on experience in interfacing MEMS sensors with microcontrollers, data acquisition, and implementing IoT-based solutions for smart environments, enabling them to design and develop sensor-driven applications aligned with current technological trends.
Course Outcome
At the completion of this course, participants will be able to:
– Identify and explain the working principles of various MEMS sensors commonly used in IoT systems, including accelerometers, gyroscopes, pressure sensors, and temperature sensors.
– Demonstrate the ability to interface MEMS sensors with microcontrollers or IoT platforms for real-time data acquisition, monitoring, and control.
– Design and implement basic IoT applications that utilize MEMS sensors to solve practical problems in areas such as smart environments, healthcare, or industrial automation.
Course Content
– Duration: 3 Days
Introduction to MEMS Technology
– Types and Working Principles of MEMS Sensors
– Accelerometers, Gyroscopes, Pressure, Temperature, Humidity, etc.
– MEMS Fabrication and Packaging Techniques
– Sensor Signal Conditioning and Data Acquisition
– Microcontroller and IoT Platform Integration
– Wireless Communication Protocols for IoT
– Real-Time Data Monitoring and Visualization Tools
– IoT System Architecture and Sensor Network Design
– Power Management for MEMS and IoT Devices
– Future Trends in MEMS and IoT Technologies
FESTO
Course Summary
Learn the key concepts of industry 4.0 and the driving technologies & its core elements.
– Basic introduction of Industry 4.0 and the development of industrial revolution from Industry 1.0 to 4.0
– Understanding of the core elements of Industry 4.0
– The benefits of flexibility, versatility and modularity & decentralization of production control system in manufacturing
– The inter-connectivity of people, product and machines and its impact on manufacturing process changes
Course Content
– Duration : 3 Days / 24 Hours
– Development of the industrial revolution
– Overview of the core elements – Manufacturing Execution System (MES)
– Social-technological developments and the consequences
– Competence development for Industry 4.0
– Change Management for Industry 4.0
Course Summary
– Basic introduction of Industry 4.0 and the development of industrial revolution from Industry 1.0 to 4.0
– Understanding of the core elements of Industry 4.0
– The benefits of flexibility, versatility and modularity & decentralization of production control system in manufacturing
– The inter-connectivity of people, product and machines and its impact on manufacturing process changes
Course Content
– Duration : 2 Days
– Development of the industrial revolution
– Overview of the core elements – Manufacturing Execution System (MES)
– Social-technological developments and the consequences
– Competence development for Industry 4.0
– Change Management for Industry 4.0
Course Summary
This training course aims to provide the participants the knowledge of both pneumatics and electropneumatics control system as practiced in the industry. Familiarization of both basic pneumatics and electro-pneumatics components as well as their function and structure is learned and practiced in this course.
Course Outcome
– Knows the basic principles of compressed air generation, distributions and preparation
– Understand the process and signal flow of electrical control section and pneumatics power section
– Acquire knowledge of the construction and function of electrical switching devices, sensors, pneumatics valve and solenoid operated valve
– Able to read the symbolic representation of devices and standards
– Able to analyses and interpret simple pneumatics and electro- pneumatics circuits
– Able to design, assemble, test and troubleshoot basic pneumatics and electro-pneumatics circuits
– Meet the requirements for a higher level course
Course Content
– Duration : 2 Days
– Fundamental of compressed air generation, distributions and preparation
– Role of service units
– Characteristics of pneumatics system
– Properties compressed air
– Advantages and disadvantages of compressed air
– Structural and signal flow of pneumatics systems
– Pneumatics Power Section Devices (Linear and rotary actuators)
– Construction and development pneumatics valves.
– Different valve actuation method: Manual, Mechanical, Electrical and Pneumatics
– Comparison of development basic pneumatics and electro pneumatics control system
– Development and layout of simple controls
– Basic electrical logic function circuit
– Function and construction of electrical switching devices.
– Application of proximity sensors
– Pneumatics and Electrical Limit Switches
– Speed control circuit: Supply or Exhaust control configuration.
– Application of quick exhaust valve.
– Pressure dependent circuit.
– Timer and Counter application in pneumatics.
– Pneumatics and Electrical memory circuit
– ISO electrical and pneumatics symbols according to ISO1219
Course Summary
This training course provide participant with the basic knowledge of the construction and function of hydraulics and electric components as well as develop the ability to read, design and construct simple hydraulics circuits.
Course Outcome
– Acquire knowledge of physical principles of hydraulics
– Acquire a working knowledge of the construction and function of hydraulics elements that is commonly used in industries
– Understand the hydraulics fundamental controls and circuits.
– Can identify and explain symbols for hydraulics, electro-hydraulics and electrical components
– Can design, assemble and test hydraulics and electro-hydraulics circuit diagrams
– Can apply the principles of systematic troubleshooting to real applications of hydraulics system
Course Content
– Duration : 2 Days
– Fundamental physical principles of hydraulics
– Hydraulics systems
– Components of hydraulics power pack
– Characteristics and function of hydraulics actuators
– Characteristics and function of hydraulics valves
– Construction and principle of electrical components
– ISO electrical and hydraulics symbols according to ISO 1219
– Development and layout of simple controls:
– Basic hydraulics circuits
Course Summary
To provide the participant with a wider knowledge of complex pneumatics and electro-pneumatics control systems as well as to develop ability to design, assemble and operate the controls. Participants would be able to read and assemble circuits with additional conditions.
Course Outcome
– Can design, assemble and test complex pneumatics and electropneumatics circuits
– Knows the sequential control of pneumatics and electro- pneumatics systems
– Knows and identify different method of designing complex pneumatics and electro-pneumatics circuits
– Can interpret pneumatics and electro-pneumatics sequence circuit diagram
– Can maintain and troubleshoot complex pneumatics and electropneumatics control systems
– Meet the requirements for a higher level course
Course Content
– Duration : 2 Days
– Fundamentals and definitions in control technology
– Functions and characteristics of electro-pneumatics components
– Development and construction of pneumatics and electro-pneumatics circuit.
– Sequence control system
– Pneumatics sequence circuit
– Systematic design for pneumatics sequence circuit
– Electro-pneumatics sequence circuit
– Systematic design for electro-pneumatics sequence circuit
– Sequence control with auxiliary conditions
Course Summary
This course provides the participant with a wider knowledge of complex hydraulics and electro-hydraulics control systems as well as to develop ability to design, assemble and operate the controls which enable the participants to read and assemble circuits with additional conditions.
Course Outcomes
– Knows the functional relationships of complex hydraulics control systems
– Acquire a knowledge of construction and development of hydraulics components
– Can use methodological procedures and observe the relevant safety regulations and standards
– Able to read and analyse complex hydraulics and electro-hydraulics circuits
– Can design, assemble and test complex hydraulics and electrohydraulics circuit
Course Content
– Duration : 2 Days
– Fundamentals of hydraulics: Basic principles and physical laws of hydraulics
– Characteristics and function of hydraulics actuators
– Characteristics and function of hydraulics valves
– Construction and principles of electrical components
– ISO electrical and hydraulics symbols according to ISO1219
– Basic hydraulics circuits
– Development and layout of control tasks
– Designing electro-hydraulics systems
– Control with auxiliary conditions
Automation & Maintenance
Course Summary
This course is designed to provide participants with the knowledge of alternative method in programming robot. Offline robot programming is the upfront method in optimizing the production. Participants would also be exposed to the usage of KUKA Robot SIM simulation software in the stage of work cell modeling through to simulation of robot programming. The relation between online and offline programming also been introduced.
Course Outcome
Upon completion of this course, participants will be able to:
– Describe the components, features and principles operation of CNC Milling machine.
– Write CNC programs according to the drawing given and perform part simulation.
– Perform CNC milling operations such as work piece zero setting, tool setting, program editing and machining.
Course Content
– Duration: 2 Days
– Introduction to CNC
– CNC Machine Tool
– Technology of Metal Cutting Fundamentals
– Introduction to CNC Milling
– Linear and circular programming
– Demonstration
Course Summary
This course is designed to provide participants with the fundamental knowledge of different types of electrical motor used in various industrial applications. Participants would be exposed practically in AC motors from the principle stage of operation to practice the safety and maintenance of electrical motor. Construct, connect and perform troubleshooting procedures are the activities applied in this course.
Course Outcome
Upon completion of this course, participants will be able to :
– Explain the principles operation & different types of electrical motors.
– Demonstrate problem solving skills while identifying preventive maintenance techniques.
– Perform troubleshooting, servicing and maintenance tasks of electrical motors.
Course Content
– Duration: 3 Days
– Introduction to Electrical Motor
– Protection Devices
– AC Single Phase Motors
– AC 3 Phase Motors
– Fault Finding of Electrical Motor
Course Summary
This course introduces the Internet of Things (IoT) application by means of Gateway SIMATIC IOT2000 and PLC SIMATIC S7-1500. Participants will be exposed with the typical architecture of IOT2000 and S7-1500. Node Red and TIA Portal will be used as the programming language for the gateway and PLC respectively. Emphasis will be put on signal acquisition of the PLC, data storage of the signal to the cloud, cloud signal monitoring and data analysis.
Course Outcome
At the completion of this course, participants will be able to:
– Explain the hardware element of IOT2000 and S7-1500 including software elements of Node Red and TIA Portal
– Connect all input and output devices to IOT2000 and PLC S7-1500 and perform initial setup and hardware configurations
– Write the programming language for retrieving the signal from S7-1500, storing data in the cloud, monitoring signals from the cloud and analyse the data
Course Content
– Duration: 3 Days
– Hardware configuration of SIEMENS SIMATIC IOT2000 and S&-1500
– Basic programming using TIA Portal software
Course Summary
This course is designed to provide participants with the fundamental knowledge of robotics to be used in the various industrial applications. Participants would also be exposed practically to the Industrial Robots and its programming software. The basic theory in design robot industry also been introduced.
Course Outcome
At the completion of this course, participants will be able to:
– Recognize the basic robot system and its classification
– Program Industrial Robot online
– Explain the application of sensors in robotics
– Understand fundamental theory of robot design
Course Content
– Duration: 3 Days
– Introduction to Robotics
– The Basic Robot System
– End Effectors and Sensors in Robotics
– Basic & Advanced Online Robot Programming
– Basic Engineering Analysis of Industrial Robot
Course Summary
The course is designed to provide participants with the fundamental knowledge and practical applications of proportional hydraulics system. The course will cover the theory of proportional, its symbols and actual components of proportional hydraulic system.
Participants will be trained to read, construct on workbench, set parameter of proportional hydraulic system and to analyze the result from the practical experiment based on actual hydraulic press machine.
Course Outcome
At the completion of this course, participants will be able to:
– Explain the fundamental properties of
proportional hydraulics and its applications.
– Identify the component and functions of proportional hydraulic and electrical component according to ISO standard.
– Read, set parameter and construct proportional hydraulic and electrical control circuit diagram.
– Analyze the result from the practical experiment.
Course Content
– Duration: 4 Days
– Proportional hydraulics and its applications
– Basic fundamental of proportional
– Symbols and Standard.
– Proportional directional control valve.
– Electrical control circuit diagram
– Control velocity, acceleration and deceleration of hydraulic system
– 4 Quadrant Mode to control acceleration and deceleration of press machine
– Proportional pressure valve in press machine
Course Summary
This course introduces basic programming and configuration of SIEMENS programmable logic controller (PLC) S7. Participants will be exposed to typical architecture of PLC S7 and how it works. Ladder diagram will be used as the programming language. Some basic Boolean logic operations covered in this course are AND, OR, EXOR and timer operations. At the end of the course, participant’s programming skills will be tested on real industrial applications.
Course Outcome
At the completion of this course, participants will be able to:
– Explain the hardware element of SIEMENS PLC S7 and software element of TIA Portal
– Connect the input and output devices to PLC S7 and configure its addresses
– Write and test the ladder diagram for any given basic problem description
– Troubleshoot basic PLC S7 hardware with the assistance of TIA Portal
– Program a sequential control system
– Apply analog value processing in PLC program
– Setup and configure industrial communication within a PLC based system.
Course Content
– Duration: 4 Days
– Hardware configuration of SIEMENS PLC S7
– Basic programming using TIA Portal software
– Sequential control system
– Analog value processing
Course Summary
The course is designed to provide participants with the fundamental knowledge and practical applications of basic and electro-Hydraulics system. Topics such as physical principles of Hydrostatic and flow characteristics, valves, pump and accumulator are also part of the course content.
Participants will be trained to read, design and construct basic hydraulic circuits according to its applications. At the end of the course, participants will study on troubleshooting Hydraulics System for maintenance purposes.
Course Outcome
At the completion of this course, participants will be able to:
– Explain the fundamental properties of Hydraulics and its application.
– Identify the component, construction and functions of Hydraulic and Electrical component according to ISO standard.
– Read, design and construct basic hydraulic and control circuit.
– Troubleshoot the Hydraulics system
Course Content
– Duration: 4 Days
– Hydraulics Characteristics and Applications
– Basic Physical Principles.
– Symbols and Standard.
– Power Supply Unit.
– Valves
– Electrical Control Circuit
– Troubleshooting Hydraulics System
Course Summary
This course is designed to provide participants with the advanced knowledge of PLC to be used in various industrial applications. Participants would be given a hands-on-training in developing complex application using advanced tools and data management features in Siemens Simatic software for S7-1200 PLC.
Course Outcome
At the completion of this course, participants will be able to:
– Apply structured PLC Programming
– Program a sequential control system
– Apply analog value processing in PLC Program
– Setup and configure industrial communication within PLC based system.
Course Content
– Duration: 5 Days
– Introduction of Programmable Logic – Controller – Basic Principle of Control Technology
– Familiarization with TIA Portal
– Programming basic Function
– Timer Operation
– Counter and Comparison Operation
– Structure Programming
– Complete Program using Industrial Communication
– Sequence Control System
– Assigning formal Parameter
– Addressing of analog module
Course Summary
The course is designed to provide participants with the fundamental knowledge and practical applications of pneumatics and electro-pneumatics system. Participants will learn the concept of pneumatics and electro-pneumatics components, design and construct the pneumatics system. The course will provide participants with exposure on pneumatic cylinder, valves, functional sequence, pneumatic circuit diagram and electrical control circuit.
Course Outcome
At the completion of this course, participants will be able to:
– Explain the principle of basic and electro-pneumatics system.
– Draw the basic and electro-pneumatics circuit diagram.
– Recognize applications of basic and electro-pneumatics.
– Construct basic and electro-pneumatics system applications
Course Content
– Duration: 4 Days
– Principles of basic and electro- pneumatics
– Drawing of basic and electro-pneumatics systems.
– Construction of basic and electro-pneumatic systems.
– Pneumatics application in industry.
Mould
Course Summary
This course is designed to provide participants with the fundamental knowledge in plastic materials and processing. An emphasis is given to the plastic injection moulding process, where majority of the plastic industry are concentrated in this area. Characteristics of major plastic materials are explained with theoretical approach. Common plastic processing techniques in manufacturing are explained to give a broad idea of available methods, for example injection moulding, extrusion, blow moulding. The course also provides key information on basic mould construction and design, including common terminologies used in injection moulding.
Course Outcome
Upon completion of this course, participants will be able to :
– Classify different types of plastic materials and plastic additives
– Identify and explain types of plastic processing commonly practiced by industries
– Identify types of plastic injection mould constructions.
Course Content
– Duration: 2 Days
– Materials, Characteristic, Categories & Uses of Plastics
– Additives
– Plastic Processing
– Injection & Extrusion Moulding
– Calendering
– Blow moulding
– Thermoforming
– Compression & Transfer Moulding
CNC Precision Technology
Course Summary
This course provides introduction to CADCAM system which integrates with the application of CNC milling machine. Focuses on different CAM techniques, basic modeling, various tool path styles, cutting parameters and selection of proper tooling. Performing tool path verifications and generation of part programs via CAM software.
Course Outcome
Upon completion of this course, participants will be able to :
– Understand the basic CAD design and conversion data.
– Apply all machining techniques up to 2.5 axis machining.
– Generate the tool paths
– Perform verifications and analysis for machined part simulation
– Initialize generated part programs via CNC milling controller
Course Content
– Duration: 5 Days
– Basic part design and geometry construction
– Axial and milling machining operations up to 2.5 axis machining strategies
– Tool path verification and analysis
– Generating part programs
– Transferring part programs into CNC milling controller
Course Summary
This course is designed to provide participants with the fundamentals of CNC milling machine concepts with CNC simulation software that replicates an actual CNC machine control. Participants would be exposed to the CNC milling components and features, cutting technology, basic programming and CNC milling machine operations.
Course Outcome
Upon completion of this course, participants will be able to:
– Describe the components, features and principles operation of CNC Milling machine.
– Write CNC programs according to the drawing given and perform part simulation.
– Perform CNC milling operations such as work piece zero setting, tool setting, program editing and machining.
Course Content
– Duration: 2 Days
– Introduction to CNC
– CNC Machine Tool
– Technology of Metal Cutting Fundamentals
– Introduction to CNC Milling
– Linear and circular programming
– Demonstration
Course Summary
This course is designed to provide participants with the fundamentals CNC Turning machine concepts with CNC simulation software that replicates an actual CNC machine control. Participants would be exposed to the CNC Turning components and features, cutting technology, basic programming, cycles and CNC Turning machine operations.
Course Outcome
Upon completion of this course, participants will be able to :
– Describe the components, features and principles operation of CNC Turning machine.
– Write CNC programs according to the drawing given and perform part simulation.
– Perform CNC turning operations such as work piece zero setting, tool setting, program editing and machining.
Course Content
– Duration: 3 Days
– Introduction to CNC
– CNC Machine Tool
– Technology of Metal Cutting Fundamentals
– Introduction to CNC Lathe
– Fundamentals of Contour Programming Techniques
– CNC Turning Application Demonstration (ISO/Conversational Shop turn)
Course Summary
This course provides in-depth introduction of fundamental working concept on CNC Milling 4 & 5 Axis programming prior to machining. Preliminary application of determining the correct cutting strategy and proper setting-up of tooling are significant to achieve improved machining efficiency with safety in-mind. Focus on developing basic Multi-Axis programming skill and safety attitude to enhanced participant’s confident level when working with CNC 4 & 5 Axis Milling Machine.
Course Outcome
Upon completion of this course, participants will be able to :
– Understand various application and technology of CNC Multi-Axis
– Prepare NC program prior to Multi-Axis machining
– Prepare set-up sheet for tools and workpiece prior to machining
– Apply appropriate action to increase machining efficiency
Course Content
– Duration: 3 Days
– Introduction to CNC Multi Axis
– Multi Axis Cutting Strategy
– Multi Axis Tooling Application
– Basic Tilt Work Plane Programming
– Specific Canned Cycles & M-Codes
– Programming & Machining Safety
Course Summary
This course provides the use of CADCAM system which integrates with the application of CNC milling machine. Focuses on different CAM techniques, cutting boundaries, various tool path styles, machining parameters and selections of tooling. Performing tool path verifications and generation of part programs. Hands on with application of CNC milling to perform machining operations.
Course Outcome
Upon completion of this course, participants will be able to:
– Apply CAM techniques for 3 axis surface machining
– Optimize machining processes
– Perform verifications and analysis for machined part simulation
– Generate the tool paths
– Perform machining operation using generated part programs via CAM
Course Content
– Duration: 3 Days
– 3 axis milling machining strategies specializing on complex surface machining
– Optimizing CAM operations via tool path styles and movements
– Tool path verification and analysis
– Generating part programs
– Setting up for machining operation
Course Summary
This is the follow-up to basic and fundamental course which provide participants with the additional key topics of CNC milling machine concepts with extension of contour programming, different type of coordinate system and cycle programming in CNC machine control. Participants would be exposed to the CNC milling components and features, the strengthen their knowledge before entering advances course.
Course Outcome
Upon completion of this course, participants will be able to:
– Describe the components, features and principles operation of CNC Milling machine
– Write CNC programs according to the drawing given and perform part simulation
– Perform CNC milling operation such as work piece zero setting, tool setting, program editing and machining
Course Content
– Duration: 3 Days
– Contour and Polar Coordinates Programming
– Cycle Programming
– Pattern Programming
– Programming and Machine Application
Course Summary
This course is designed to provide participants with an introduction to CADCAM 4 & 5 axis concept, system and types of hardware, software and interfaces required. Focuses on different CAM techniques, geometry, modelling, selection of appropriate cycle and tooling. Able to program using CADCAM software (Delcam PowerMILL), verify the tool paths and apply on selected machine tool and perform the machining process to produce quality parts or components which include Introduction to 3+2 Axis Machining and Drilling, Positional Tool Move, Five Axis Tool Alignments, Surface Projection Machining and Simulation Application.
Course Outcome
At the completion of this course, participants will be able to:
– Explain the concept and application of CADCAM 3+2, 4 & 5 Axis Machining
– Apply all cutting techniques & generate CADCAM 3+2, 4 & 5 Axis tool paths for the 3D modeling object
– Modify the CAM program to determine the best machining technique
– Perform machining using the generated program
Course Content
– Duration: 3 Days
– 3+2 Axis Machining and Drilling
– Positional Tool Move
– Five Axis Tool Alignments
– Surface Projection Machining
– Simulation Application
Course Summary
This course is designed to provide participants with the Advanced programming of CNC milling machine concepts using CNC simulation software that replicates an actual CNC machine control. Participants would be exposed to the CNC milling components and features, advanced programming features such as SL-cycles, subprograms, parametric and CNC milling machine operations.
Course Outcome
At the completion of this course, participants will be able to:
– Describe the components, features and principles of advanced programming of CNC Milling machine.
– Write advanced CNC programs based on the drawing given and perform part simulation.
– Perform CNC milling machining of advanced programming such as SL-cycles, subprograms and parametric.
Course Content
– Duration: 3 Days
– Subprograms technics
– Parametric Programming
– FK programming
– Basic automatic probe cycle programming
– Programming and machine application
Course Summary
This course is designed to provide participants with the Advanced programming of CNC turning machine concepts with CNC simulation software that replicates an actual CNC machine control. Participants will be exposed to the CNC turning components and features, advanced programming features such as cycles, subprograms, parametric and CNC turning machine operations.
Course Outcome
At the completion of this course, participants will be able to:
– Describe the components, features and principles of advanced programming of CNC Turning machine.
– Write advanced CNC programs based on the drawing given and perform part simulation.
– Perform CNC turning machining of advanced programming such as cycles, subprograms and parametric
Course Content
– Duration: 3 Days
– Working with CNC Turning Simulator (ISO/Conversational Shop turn)
– Programming Technique
– Machining Sub Counter Spindle programming
– C- axis and Turn Mill Function
– Programming and Machining Practical
Course Summary
This course is designed to provide participant with advanced level of operating and programming on CNC 4 & 5 Axis Simultaneous Milling machine. Ability in manipulating allowable Q-Parameters for specific function in programming such as angle calculation for machine kinematic compensation of compound angle machining is potentially cost saving over expensive CAM environment investment in Multi-Axis Machining Technology. Focus on establishment of robust Parametric programming strategy of tilt work plane via Plane Function and Touch Probe application with intention to optimized machine function capability at its fullest working capacity as CNC 4 & 5 Axis Simultaneous Milling machine.
Course Outcome
At the completion of this course, participants will be able to:
– Perform Parametric Programming using Q-Parameter as program variable in compound angle programming
– Setting-up different approach of quality inspection strategy using Touch Probe
– Perform basic Machine Kinematic Calibration using 3D Quickset
Course Content
– Duration: 3 Days
– Q-Parameter for Angle Calculation
– Compound Angle Programming
– Multi-Axis Touch Probe Application
– Machine Kinematic Calibration
Electronics System & Communication
Course Summary
This short-term course is designed to provide participants with a strong foundation in using the Raspberry Pi as a powerful microcontroller platform for developing Internet of Things (IoT) applications aligned with the Industry 4.0 revolution. Through a combination of theoretical knowledge and hands-on practice, learners will explore how Raspberry Pi can be used to collect sensor data, perform edge computing tasks, and connect to cloud-based platforms for automation and intelligent decision-making. Emphasis is placed on integrating sensors, actuators, communication protocols, and data visualization tools to build smart systems relevant to modern industrial applications such as predictive maintenance, smart factories, and digital monitoring systems.
Course Outcome
Upon completion of this course, participants will be able to:
– Demonstrate the ability to configure and program the Raspberry Pi for data acquisition, sensor interfacing, and device control in IoT applications.
– Implement communication protocols and cloud integration to enable real-time monitoring, automation, and data exchange within Industry 4.0 environments.
– Design and develop a functional IoT system using the Raspberry Pi that incorporates smart sensing, edge computing, and data visualization aligned with industrial use cases.
Course Content
– Introduction to Raspberry Pi and Industry 4.0
– Linux and Python for Raspberry Pi
– Interfacing Sensors and Actuators
– IoT Communication and Cloud Integration.
– Data Logging and Visualization
– Mini Project: IoT System for Industry 4.0
Course Summary
This short-term course introduces participants to the fundamental concepts and practical implementation of Internet of Things (IoT) systems integrated with cloud computing technologies. It emphasizes the end-to-end development of IoT applications—from sensor data acquisition and microcontroller interfacing to cloud-based storage, processing, and visualization. Participants will gain hands-on experience with real-time data monitoring, device connectivity, and cloud platforms, enabling them to design scalable and intelligent IoT solutions for smart environments, industrial automation, and data-driven decision-making.
Course Outcome
At the completion of this course, participants will be able to:
– Demonstrate the ability to connect and configure IoT devices for real-time data collection and transmission using microcontrollers and relevant communication protocols.
– Apply cloud computing platforms (Favoriot Cloud) to store, process, and visualize IoT sensor data effectively.
– Develop and deploy basic IoT applications that leverage cloud services for remote monitoring, control, and data analytics in various domains such as smart homes, agriculture, or industrial systems.
Course Content
– Duration: 3 Days
– Overview of IoT and Cloud Computing
– IoT Architecture and Components
– Introduction to Microcontrollers (e.g., ESP32, Arduino, Raspberry Pi)
– Sensor Interfacing and Data Acquisition.
– Communication Protocols.
– Cloud Computing Concepts for IoT
– Introduction to Cloud Platforms
– Data Storage and Real-Time Monitoring
– Visualization Dashboards and Mobile Notifications
Course Summary
This short-term course introduces participants to the development and deployment of Internet of Things (IoT) systems using open-source software tools and platforms. It emphasizes cost-effective and flexible approaches to IoT by utilizing open-source technologies for device programming, data communication, cloud integration, and visualization. Participants will learn to build complete IoT solutions using tools such as Arduino IDE, Node-RED, MQTT, InfluxDB, and Grafana, enabling real-time data monitoring and automation. The course equips learners with practical skills to create scalable and interoperable smart systems suitable for education, research, and industry applications.
Course Outcome
At the completion of this course, participants will be able to:
– Demonstrate the ability to develop and configure IoT systems using open-source tools such as Arduino IDE, Node-RED, and MQTT for data communication and control.
– Integrate sensors and microcontrollers with open-source platforms to collect, transmit, and process real-time data for monitoring and automation purposes.
– Design and implement end-to-end IoT applications utilizing open-source databases and dashboards (e.g., InfluxDB, Grafana) for effective data visualization and analysis.
Course Content
– Duration: 3 Days
– Introduction to IoT and Open Source Ecosystem
– Microcontroller Programming with Arduino IDE
– Data Communication with MQTT Protocol
– Visual Programming with Node-RED
– Data Logging and Visualization
– Mini Project and Case Study
Course Summary
This short-term course is designed to equip students, technicians, and engineers with practical knowledge and skills in electronic circuit simulation and analysis using ORCAD PSpice software. The course emphasizes the use of PSpice for designing, simulating, and analysing analog and digital electronic circuits without the need for physical prototyping. Participants will gain hands-on experience through real-world examples and circuit simulation projects, making them industry-ready for roles in electronics design and development.
Course Outcome
At the completion of this course, participants will be able to:
– Explain the purpose and workflow of circuit simulation using ORCAD PSpice, including schematic capture, simulation setup, and result interpretation.
– Design and simulate basic to intermediate analog and digital circuits using ORCAD Capture and PSpice A/D tools.
– Analyze DC, AC, and transient responses of electrical and electronic circuits through simulation results.
– Troubleshoot and optimize circuit performance virtually, reducing the need for physical prototyping.
– Use PSpice Probe effectively to visualize voltage, current, and waveform characteristics for both time-domain and frequency-domain analysis.
– Validate theoretical calculations through simulation, enhancing understanding of electrical circuit behavior.
– Apply simulation techniques in practical electronics design scenarios, such as amplifiers, filters, power supplies, and logic gates.
Course Content
– Duration: 3 Days
– Introduce the fundamentals of ORCAD Capture and PSpice simulation environment.
– Teach participants to create and analyze electronic circuit schematics.
– Simulate and troubleshoot circuits to observe behavior under various conditions.
– Interpret simulation results including voltages, currents, and frequency responses.
– Apply simulation techniques to optimize circuit designs for real-world applications.
Course Summary
This short-term course provides participants with a solid foundation in the principles and practical applications of analog electrical and electronic systems. It covers essential topics such as Ohm’s Law, circuit analysis, analog components (resistors, capacitors, inductors), and active devices like diodes and transistors. Participants will gain hands-on experience in designing, building, and testing analog circuits commonly used in power regulation, amplification, and signal conditioning. The course emphasizes real-world problem-solving, equipping learners with the skills needed to understand and work with analog systems in industrial, educational, and prototyping environments.
Course Outcome
At the completion of this course, participants will be able to:
– Explain the fundamental principles of analog electrical and electronic components, including resistors, capacitors, inductors, diodes, and transistors.
– Analyze and construct basic analog circuits such as voltage dividers, amplifiers, rectifiers, and filters using standard circuit analysis techniques.
– Demonstrate the ability to use electronic measuring instruments (e.g., multimeters, oscilloscopes, function generators) to test, troubleshoot, and validate the performance of analog systems.
Course Content
– Duration:3 day
– Introduction to Analog Systems
– Basic Electrical Concepts
– Passive Components and Circuit Analysis
– Diodes and Rectifier Circuits
– Transistors and Amplifiers
– Operational Amplifiers (Op-Amps)
– Measurement Tools and Practical Skills
– Mini Project or Case Study
Couse Summary
This short-term course provides participants with fundamental knowledge and hands-on experience in using the Arduino microcontroller platform to interface with various sensors and actuators. Designed for beginners and enthusiasts in electronics and embedded systems, the course covers circuit design, programming with Arduino IDE, and real-world applications involving data sensing, decision-making, and control mechanisms. Participants will learn to build interactive systems such as environmental monitors, automation devices, and simple robotics, fostering a practical understanding of how microcontrollers are used in modern technology and IoT solutions.
Course Outcome
At the completion of this course, participants will be able to:
– Demonstrate the ability to configure and program Arduino microcontrollers using the Arduino IDE for basic input/output operations.
– Interface and integrate various sensors and actuators (e.g., temperature, motion, light sensors; LEDs, motors, buzzers) to perform real-time monitoring and control.
– Design and build simple automation or interactive systems that utilize sensor data to drive actuator responses in practical applications such as smart devices or educational prototypes.
Course Content
– Duration: 3 Days
– Introduction to Arduino Platform
– Programming with Arduino IDE
– Interfacing Sensors
– Controlling Actuators
– Practical Applications and System Integration
– Troubleshooting and Best Practices
Course Summary
This short-term course provides participants with fundamental knowledge and hands-on experience in using the Arduino microcontroller platform to interface with various sensors and actuators. Designed for beginners and enthusiasts in electronics and embedded systems, the course covers circuit design, programming with Arduino IDE, and real-world applications involving data sensing, decision-making, and control mechanisms. Participants will learn to build interactive systems such as environmental monitors, automation devices, and simple robotics, fostering a practical understanding of how microcontrollers are used in modern technology and IoT solutions.
Course Outcome
At the completion of this course, participants will be able to:
– Demonstrate the ability to configure and program Arduino microcontrollers using the Arduino IDE for basic input/output operations.
– Interface and integrate various sensors and actuators (e.g., temperature, motion, light sensors; LEDs, motors, buzzers) to perform real-time monitoring and control.
– Design and build simple automation or interactive systems that utilize sensor data to drive actuator responses in practical applications such as smart devices or educational prototypes.
Course Content
– Duration: 3 Days
– Introduction to Arduino Platform
– Programming with Arduino IDE
– Interfacing Sensors
– Controlling Actuators
– Practical Applications and System Integration
– Troubleshooting and Best Practices
Course Summary
The Arduino Interfacing & Application System short course introduces participants to the fundamentals of Arduino microcontroller platforms and their integration with various input/output devices. Designed for beginners and enthusiasts in electronics, this hands-on course covers essential programming concepts, sensor and actuator interfacing, and real-world application development using the Arduino environment. Participants will learn how to build and troubleshoot simple embedded systems, automate tasks, and develop practical solutions in areas such as home automation, environmental monitoring, and smart devices. By the end of the course, learners will be equipped with the foundational skills to confidently design and implement Arduino-based projects.
Course Outcome
At the completion of this course, participants will be able to:
– Demonstrate understanding of Arduino hardware architecture and programming environment for microcontroller-based system development.
– Interface sensors, actuators, and peripheral devices with the Arduino platform to collect data and control outputs.
– Design and implement basic Arduino-based applications for real-world problem-solving in automation and monitoring systems.
Course Content
– Duration: 3 Days
– Introduction to Arduino Platform
– Digital and Analog I/O Operations
– Sensor and Actuator Interfacing
– Serial Communication and Data Monitoring
– Basic Automation and Control Projects
– Mini Project Development
Course Summary
This short-term course is designed to introduce participants to real-world industrial application development using Visual Basic (VB.NET). The course emphasizes project-based learning where participants develop user-friendly, Windows-based software solutions for common industrial and engineering problems. Using Visual Basic’s intuitive programming interface, students will learn how to build data-driven applications, design graphical user interfaces (GUIs), control external devices (e.g., via serial communication), and interact with databases such as Microsoft Access or SQL Server.
Ideal for technical students and professionals, the course aims to bridge the gap between software development skills and industrial automation or monitoring needs.
Course Outcome
At the completion of this course, participants will be able to:
– Design and develop Window-based applications using Visual Basic (VB.NET) wih intuitive Graphical User Interfaces (GUI).
– Apply Visual Basic programming concepts such as variables, loops, conditional statements, event-driven programming, and object-oriented design in project development.
– Create data-driven applications by integrating Visual Basic with databases like Microsoft Access or SQL Server for data storage, retrieval, and reporting.
– Implement serial communication protocols to interface Visual Basic applications with external hardware (e.g., Arduino, PLCs, sensors).
– Develop simple industrial applications, such as monitoring systems, inventory management, equipment loggers, or production control interfaces.
– Debug and test Visual Basic projects to ensure reliable and efficient operation in industrial environments.
– Prepare and present a complete mini project, demonstrating the ability to plan, implement, and document a software solution for a real-world problem.
– Understand software-hardware interaction, emphasizing the role of programming in industrial automation and digital transformation.
Course Content
– Duration: 3 Days
– Introduction to Visual Basic and Visual Studio
– Basic Programming Concepts in Visual Basic
– Graphical User Interface (GUI) Design
– Working with Files and Data
– Database Connectivity
– Serial Communication with External Devices
Instrumentation & Control
Course Summary
This course is designed to provide participants with the knowledge of function and application of various industrial instruments and equipment. Participants will be introduced to the theory of calibration technique and will experience the practical of calibrating the various instruments with the correct techniques and procedures used in the industries. ISA and ISO calibration technique will be used as reference for hands-on activities.
Course Outcome
Upon completion of this course, participants will be able to:
– Describe the principle and proper calibration procedure.
– Perform the calibration technique for various industrial instruments.
Course Content
– Duration: 3 Days
– Calibration Standard Procedure
– Temperature & Pressure Measurement
– Calibration of Pressure Instruments
– Calibration of Thermocouples
– Resistance Temperature Detector
– Unit Under Test Calibration
Course Summary
This course is to provide participants with the theory and practical in the control aspect specifically in Industrial Process Control. The programme will start with measurement system and measurement technique for temperature, fluid flow and level. Measurement equipment such as Vortex, ultrasonic flow meter and Venturi weir will be used in the practical. Feedback control. Cascade, Feedforward, on-off and PID topic will be covered in theory and practice. Participants can participate in controlling the valve, actuators and positioners using PID diagram.
Course Outcome:
Upon completion of this course, participants will be able to:
– Describe the control principle in the Industrial Process System application.
– Perform the measurement for temperature, pressure, fluid flow and level.
– Tune the PID with the right technique for optimization of the system.
Course Content:
– Duration: 4 Days
– Instrument & Process Measurement
– Thermometer & Thermocouple Measurement of Temperature
– Measurement of Fluid Flow
– Measurement of Level with direct and indirect Technique
– P&l Drawing and Symbols
– Control – Cascade, feedback
Course Summary
This course is designed to provide participants with the knowledge in various types of sensor, its function and application in the manufacturing and process plant. Participant will explore to the characteristic of sensors and physical construction and the important parameter. Hands-on activities for all sensors make the training livelier with more value. Selection of sensors and various sensor connection techniques will inspire the participant to learn and apply in their works place.
Course Outcome:
Upon completion of this course, participants will be able to:
– Describe the principle characteristic, parameter and function of various types of sensor.
– Perform the various type of connection of sensors.
– Perform the various type of connection of sensors.
– Select the correct type of sensors based on its application.
Course Content
– Duration: 3 Days
– Introduction to sensors in general
– Inductive and capacitive sensors
– Optical and magnetic field sensors
– Selection of sensors
– Various sensor connection technique
– The strenght of materials using strain gauge
Renewable Energy & Automation
Course Summary
This course provides introduction to Photovoltaics (PV) with great emphasis on PV materials, principles and characteristics. The participants will undergo series of practical sessions to assist their learning and actual comparison of various type of PV can be made in term of its conversion efficiency, practicality and reliability.
Course Outcome
Upon completion of this course, participants will be able to:
– Explain the characteristics, principles and constraints of various types of photovoltaic
– Compare the output power of various types of photovoltaic panels
– Connect PV modules according to PV system design.
– List the advantages and disadvantages of different type of photovoltaic.
Course Content
– Duration: 3 Days
– Introduction to PV
– Basics of Solar Energy
– PV arrays
– PV Testing Standards
– PV Data Sheet
Course Summary
This course teaches participants with the design of On-grid Solar System that are widely installed throughout Malaysia. This course emphasizes on the solar system design and applications and each of the must have components in a complete solar system are covered in depth. The participants will not only learn on how to choose and sizing up the components with adherence to the customer demand and load, but also methods in troubleshooting the system.
Course Outcome:
Upon completion of this course, participants will be able to:
– Explain the characteristics, principles and constraints of various types of solar system
– Choose the best solar system with consideration of relevant factors such as customer demand, environment, government policy
– Design three types of Grid Connected Photovoltaic (GCPV) solar system
– List the advantages and disadvantages of different types of solar system
– Explain the function of photovoltaics array and balance of system components for each type of solar system.
Course Content:
– Duration: 5 Days
– Introduction to PV Power System
– Introduction to Grid Connected PV System
– Sizing of modules and inverters
– Sizing of Balanced of System (BOS) components
– Prediction of system performance
Manufacturing System
Course Summary
This course is offered the participants with the aims to strengthen fundamental knowledge in metal working; specifically in finishing processes. Surface Grinding is part of the early and/or final step in metalworking activities, where emphasis on surface quality and dimensional accuracy is important. In addition, the science of material of the grinding abrasives is explained to give better selection criteria in machining process. This will indirectly improve worker’s productivity and reduce costs in manufacturing.
Course Outcome
Upon completion of this course, participants will be able to:
– Explain the bsic feature and principle of a conventional grinding machine processes and operations
– Perform basic surface grinding processes and operations according to the given dimensions, specification and tolerances
– Practice and obeserve safety rules and precaution with respect to using grinding machine
Course Content
– Duration: 3 Days
– Safety Rules and Regulations
– Grinding Machine Types, Process, Wheel Balancing, Wheel Construction, Defects
– Wheel Dresing Technique
– Mounting Devices
– Material Science-Abrasives
Course Summary
Introduce the basic concept and operation of metal machining processes and finishing processes in carrying out the workshop practice by selecting and applying the milling, turning, surface grinding operations and procedures that include safety regulations, machine construction, operating element, drive system, cutters and angles, clamping device, cutting parameters and methods in producing various shapes of products according to the drawing specifications and safety regulations.
Course Outcome
Upon completion of this course, participants will be able to:
– Describe the basic features and principles of a conventional milling, turning and surcafe grinding machine, processes and operations in metal machining process
– Perform basic machining and quality function in selecting and apply appropriate milling, turning and surface grinding processes, devices and operations according to the drawing, dimensions, specifications and safety regulations.
Course Content
– Duration: 3 Days
– Safety Rules and Regulations
– Introduction to Milling Machine & the Lathe Machine
– Types of Milling Cutter/ Cutter Angles
– Mounting of Milling Cutter, Workpieces for Milling & Workpieces for Grinding
– Milling Technique & Operation
– Clamping Device for Turning
– Turning Tools & Technique and Operation
– Grinding Machine, Process & Wheel Dressing Technique
Course Outcome
Upon completion of this course, participants will be able to:
– Describe the basic feature and principle of a conventional turning machine processes and operations.
– Perform turning processes and operations according to the given dimensions, specifications and tolerances
– Practice and observe safety rules and precaution with respect to using lathe machine and during turning exercises
Course Content
– Duration: 3 Days
– Safety Rules and Regulations
– Introduction to Lathe Machine
– Lathe Operation Elements
– Turning Tool
– General Operation of the Lathe Machine
– Knurling Operation
– Taper Turning
– Thread Cutting
Course Summary
Introduce the basic concept and operation of metal machining processes in carrying out the workshop practice by selecting and applying the milling operations and procedures, that include safety regulations, milling machine construction, operating elements, drive system, milling cutters and angles, clamping devices, milling techniques, cutting parameters and indexing methods in producing various shapes of products according to the drawing, specification and safety regulations.
Course Outcome
Upon completion of this course, participants will be able to:
– Describe the basic feature and principle of a conventional milling machine, processes and operations in metal machining process
– Perform basic machining and quality function in selecting and apply appropriate milling process, devices and operations according to the drawing, dimensions specifications and safety regulations
Course Content
– Duration: 3 Days
– Safety Rules and Regulations
– Introduction to Milling Machine
– Tool Geometric and Types of Milling Cutter
– Clamping Systems
– Milling Techniques
– Cutting Parameters
Contact Personnel:
Mr. Muhairi Jamil
- 03-89219227 / 011-12274380
Mr. Ahmad Tajuddin Kassim
- 03-89219053 / 019-3567606
