Technology Courses
The international training division of SMC Corporation focuses on the development of professional skills required for a wide range of industry. The experience of the SMC International Training team has allowed the development of flexible training systems to meet all kinds of needs budget.
SMC International Training has a clear commitment to offer Training adapted to the needs of every industry, which training orientated to the development of the professional expertise required for the most diverse sectors such as automation, pharmaceutical, semi-conductors, food processing, etc.
Courses are held in specially designed facilities, providing an ideal learning environment free from distractions and interruptions.
Class sizes are limited to reasonable numbers so that trainees can receive effective individual attention from qualified and experienced instructors.
| No. | Course Title | Course Description | Fees (RM) | HRDF Scheme |
| 1 | SMCT P1 | Practical Pneumatics 1 | 700 | SBL |
| 2 | SMCT P2 | Maintenance of Pneumatics System & Circuit Design | 900 | SBL |
| 3 | SMCT PLC1 | Programmable Logic Controllers 1 | 850 | SBL |
| 4 | SMCT PLC2 | Programmable Logic Controllers 2 | 900 | SBL |
| 5 | SMCT EP1 | Practical Electro-Pneumatics 1 | 800 | SBL |
| 6 | SMCT VT1 | Workshop in Vacuum Technology 1 | 700 | SBL |
| 7 | SMC MT1 | Practical Mechatronic 1 | 1400 | SBL |
Please click here for the latest course schedule and registration form for SMC (Shah Alam).
SMC also provide FREE automation training to our customer. This free course is available upon request. Please contact our sales engineers.
To request or register the above course, please contact SMC Training Department at Tel. No. 03-56350590
Courses Description
SMCT P1
PRACTICAL PNEUMATICS
COURSE OBJECTIVES
Participant will have fulfilling 4 days (24 hours) course whereby they will be able to :
1. Identify the needs of compressed air production and purification, construction and the components in pneumatic control systems.
2. Identify and use of control schematics.
3. Design, sizing and troubleshooting of pneumatic circuit.
TOPICS COVERED
1. Production, processing and distribution of compressed air.
2. Logic YES/NO, AND, OR
3. Valves – 3/2, 5/2, 5/3, dual air pilot, single air pilot.
4. Speed controllers,Needle Valve, Throttle relief valve, Quick exhaust valve
5. Auto – return circuit
6. Start and Stop button auto-circuit
7. Interesting Pneumatic Components
8. Sizing of cylinders and valves for projects
9. Pneumatic Delay Timers
10. Positioning
SMCT P2
MAINTENANCE OF PNEUMATIC SYSTEM & CIRCUIT DESIGN
COURSE OBJECTIVES
Participant will have fulfilling 4 days (24 hours) course whereby they will be able to :
1. Identify the function and common parts that are easily subjected to wear in pneumatic components
2. Design complex pneumatic circuits
3. Identify the possible causes of failure in a complex pneumatic system.
4. Use a systematic approach in fault finding and correction.
TOPICS COVERED
1. Function and operation of air purification equipment.
2. Common wearing of parts in pneumatic components.
3. Preventive maintenance of pneumatic systems.
4. Design of various controls (Logic, Memory, Time – Dependent)
5. Reading of complex circuits with step diagram./li>
6. Signal overlapping and various methods of signal cut-off
7. Sequential design with supplementary conditions (Single / Continuos cycle, Manual / Automatic mode, Emergency Stop design etc.
8. Practical Exercises with systematic troubleshooting.
SMCT PLC1
PROGRAMMABLE LOGIC CONTROLLERS 1
COURSE OBJECTIVES
Participant will have fulfilling 4 days (24 hours) course whereby they will be able to :
1. Identify the structure and operation of PLC
2. Identify the hardware configuration of the PLC
3. Design and write PLC programs.
TOPICS COVERED
1. Background of PLC development.
2. PLC Hardware Design
3. Types of PLC System
4. PLC Programming (Ladder diagram)
5. Logic and sequence projects
6. Timer and Counter Applications
7. Procedure for selecting PLC Systems.
8. PLC System Maintenance
9. Troubleshooting techniques
10. Practical Exercises.
SMCT PLC2
PROGRAMMABLE LOGIC CONTROLLERS 2
COURSE OBJECTIVES
Participant will have fulfilling 4 days (24 hours) course whereby they will be able to:
1. Identify different techniques in program writing.
2. Identify the advantages of using serial interface.
3. Documentation of a project.
TOPICS COVERED
1. Serial interfacing
2. System troubleshooting
3. Program writing using Erasing – Shift Register Technique.
4. Program writing using Shift Register Technique
5. Program writing using Register Table
6. Documentation
7. Using of computer with PLCs
8. Mini Projects
9. Using advance commands in PLC.
SMCT EP1
PRACTICAL ELECTRO-PNEUMATIC 1
COURSE OBJECTIVES
Participant will have fulfilling 4 days (24 hours) course whereby they will be able to :
1. Identify the construction and function of the components in Electro-pneumatic control systems.
2. Identify and use of control schematics.
3. Design, sizing and troubleshooting of Electro-Pneumatic circuits.
TOPICS COVERED
1. Economical and technical aspects of Electro-Pneumatic Control Systems.
2. Basic Electric theory.
3. Logic YES/NO, AND, OR, NOT
4. Valves – 3/2, 5/2, 5/3, Single and Double Solenoid Valve
5. Relays and function
6. Counters
7. Sequential Circuit projects
8. Positioning
9. Sizing of cylinders and valves for projects.
10. Delay Timers.
SMCT VT1
WORKSHOP IN VACUUM TECHNOLOGY 1
COURSE OBJECTIVES
Participant will have fulfilling 2 days (12 hours) course whereby they will be able to :
1. Identify the construction and function of components used in a vacuum system.
2. Identify and use of vacuum control system circuits.
3. Basic design and troubleshooting of vacuum control system.
TOPICS COVERED
1. Vacuum Pump System
2. Peripherals in Vacuum System
3. Complete Vacuum System Circuit
4. Selecting of Vacuum Ejector
5. Selection of Vacuum pad
6. Practical
7. Maintenance of Vacuum System.
SMCT MT1
PRACTICAL MECHATRONICS 1
COURSE OBJECTIVES
Participant will have fulfilling 4 days (24 hours) course whereby they will be able to :
1. Design pneumatic/electro-pneumatic circuits
2. Assemble and operate electro-pneumatic manipulators
3. Make and modify electro-pneumatic manipulator program.
4. Troubleshooting diagnosis and repair
TOPICS COVERED
1. Theory bases of the electro pneumatics
2. General overview of the project
3. Pneumatic Diagram explanation
4. Wiring diagram explanation
5. Assembly procedures
6. Grafcet in program planning
7. Practical Activities