Training on industrial automation refers to educational programs or courses designed to provide individuals with the knowledge, skills, and practical experience needed to work with automated systems in industrial settings. This training covers various aspects of automation technology, including the principles, components, programming, and applications of automated systems used in manufacturing and other industrial processes
Training on industrial automation is crucial for Industry 4.0
Festo Didactic is the educational division of Festo, a global leader in automation technology and industrial training solutions. With a focus on providing innovative learning experiences, Festo Didactic develops comprehensive educational programs, training equipment, and learning materials tailored to the needs of students, educators, and industry professionals in the fields of automation, mechatronics, and industrial engineering.
Drawing on Festo's extensive expertise in automation and industrial applications, Festo Didactic offers a wide range of educational solutions designed to bridge the gap between theoretical knowledge and practical skills. These solutions include modular training systems, simulation software, e-learning platforms, and certification programs, enabling learners to acquire hands-on experience and industry-relevant competencies in a variety of technical disciplines.
Sincos Automation Technologies Ltd. holds the prestigious authorization from Festo Didactic Ltd. to conduct comprehensive training programs on Industrial Automation within Bangladesh. As an authorized partner, we are committed to delivering high-quality educational experiences that align with Festo's standards of excellence in automation technology and industrial training.
Our training programs are meticulously designed to cover a wide range of topics in industrial automation, including but not limited to:
To facilitate effective learning, we are equipped with a wide range of learning materials supplied by Festo Didactic. These materials include:
Festo Didactic's CP Lab is a comprehensive training system for automation and Industry 4.0, encompassing all necessary technologies and components for comprehensive understanding.
Our learning solutions cover a broad spectrum of mechatronics and factory automation topics where it can simulate real-world industrial processes, including robotics, CAD/CAM, and PLC.
The MPS 400 series of systems are miniature learning factories for automation technologies, with a primary focus on mechatronics and Industry 4.0.
MecLab provides students with education on automation and production technology through three stations: Stacking Magazine, Conveyor, and Handling.
The Pneumatics training system set offers fundamental training in pneumatic control technology, covering physical principles, component functions, and illustrative project exercises
The Hydraulics equipment set teaches fundamental knowledge on hydraulic control technology, including physical principles, function, and components, enabling the setup of simple control systems.
The Industrial Controls Training Systems explain electric motor controller theory and practices, with unique, modular training
options and insertable defects to help students troubleshoot control circuits.
The SIMATIC S7-1500 controller family is a significant milestone in automation, offering superior performance and user experience for medium and high-end machine and plant automation applications in TIA Portal.
This system delivers students hands-on experience with industrial control equipment by displaying realistic examples on a graphic terminal and interfacing real PLC applications with the trainer.
This complete process learning system teaches the fundamentals of filtration, mixing, reactor and bottling processes, just like in the industry.
The MPS PA Compact Workstation has four process-controlled loops that can be operated individually. The level and flow control system can be configured as a cascade control system by using the appropriate controller.
The Electromechanical Training System utilizes a modular design and computer based data acquisition to offer comprehensive training in electromechanical systems, allowing students to visualize basic characteristics of motors and transformers.
The Smart Grid Training System demonstrate students how to upgrade and operate an electric power substation in the new smart grid.
These systems introduce students to the most common power electronic components (power
diodes, thyristors, and power transistors), as well as
many power electronic devices used in a variety of
applications today
The Basic Renewable Energy Training System offers comprehensive understanding of basic renewable energy systems, including dc power circuits and principles of solar and wind power production.
The Solar/Wind Energy Training System is a comprehensive hybrid-energy program that teaches students about the use of solar panels and wind turbines across both consumer and industrial markets
A set of 1 GHz antennas, a set of 10 GHz antennas, and
studies are all part of the comprehensive antenna training and measuring system. fundamental antenna measurements Playing Around with Various Antenna Types array and microstrip antennas
Facet Board method is a hands-on approach to automation and mechatronics education, utilizing specialized training boards for practical learning and experimentation, integrating theory with direct application for deeper understanding in circuits, dsp, electronics, power electronics etc
The system offers students hands-on experience using patented radar technology to detect and track passive
targets in noisy, clutter-free environments, ensuring safe operation.
A thorough, hands-on microwave training program, the Computer-Assisted Microwave Technology Training System comprises data acquisition, instrumentation, power supply, premium components, and accessories.
A set of 1 GHz antennas, a set of 10 GHz antennas, and
studies are all part of the comprehensive antenna
training and measuring system. fundamental antenna measurements Playing Around with Various Antenna Types array and microstrip antennas
This system covers digital modulation schemes, modern communication techniques like ADSL, and spread spectrum technologies for data transmission, including ASK, FSK, BPSK, QPSK, and QAM.
These aspect board students learn about the functions of various analog and digital modulation, demodulation, filters, and amplifiers in communication circuits. Circuit alterations and faults give pupils the opportunity to practice troubleshooting abilities.
The Festo MPS Robot Station is an automated workstation that simulates industrial robotic processes, allowing students to learn programming, control systems, and robot integration into manufacturing environments.
UR 6-Axis Collaborative Robots (COBOTS) are autonomous machines that work alongside humans in various industries, utilizing sensors and programming for safe interaction.
EPSON T-Series SCARA Robots execute high-speed, precise tasks like assembly and handling through their four-axis design and advanced control systems. .
Robotino 4 is a mobile robot designed for research and education, allowing students to explore robotics, automation, and AI concepts through hands-on programming and experimentation.
TurtleBot 4 is an open-source robotics learning platform that allows students to investigate concepts such as navigation, mapping, and manipulation utilizing ROS (Robot Operating System), sensors, and actuators.
DJI RoboMaster S1 is an educational robot that employs sensors, cameras, and programmable modules to teach students robotics, coding, and artificial intelligence through interactive gameplay and competitions
COGNEX Machine Vision System with VisionPro Software
The COGNEX Machine Vision System utilizes VisionPro,Insight Software for automated inspection and quality control operations in manufacturing, requiring understanding of image processing methodologies and software setup.
The Sensors for Object Detection equipment set (SP
1311) includes the construction, function, and applications of numerous sensors. The focus is on selecting sensors depending on an application's requirements.
Smart sensors can be visible across all layers of Industry 4.0 production networks by using an open communication protocol such as IO-Link® or OPC UA. They continuously monitor a range of physical characteristics, collecting and transmitting data to operators, technicians, and engineers.
FluidSIM is a software tool that simulates pneumatic, hydraulic, and electrical circuits, allowing users to design, simulate, and analyze fluid power systems for automation and control applications.
With the use of simulation software like LVSIM®-EMS, electrical engineering and industrial automation professionals can improve their knowledge in designing, modeling, and analyzing circuits for electric motor control systems.
CIROS 7 is a 3D design program for industrial automation and robotics, enabling users to optimize manufacturing processes, create virtual environments, simulate robotic processes, and analyze performance
indicators.
URSim is a robot programming and simulation software designed for Universal Robots, enabling users to develop, test, and optimize robot programs in a virtual environment.
This training focuses on equipping participants with practical skills in Siemens automation technologies, including PLC programming, HMI design, and SCADA integration. With hands-on sessions led by experienced trainers, participants gain in-depth knowledge to excel in modern automation environments and meet industry-specific requirements.
Client: KUET- MTE
Project: Pneumatics & Hydraulics Training System
Client: Bangladesh Industrial Technical Assistance Center (BITAC)
Projects: Pneumatics & Hydraulics Training System with PLC
Client: Bangabandhu Sheikh Mujibur Rahman Aviation and Aerospace University (BSMRAAU)
Projects: Electric Machines & Drives Lab
Client: RUET- IPE, Rajshahi
Projects: Modular Production System (MPS)
Client: Hi-Tech-Park, “IoT Lab” at ULAB
Project: Specialized Internet of Things (IoT) Lab
Client: University of Dhaka
Project: Modular Training System (MPS)
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