This course is meant for Mechanical, Manufacturing, and Mechatronics students, as well as aspiring Engineers and technologist. You will go on an exploration and hands-on learning adventure, gaining valuable insights and practical skills in innovative technology.
In our first module, "Demystifying Cyber-Physical Systems," you will lay a solid foundation by looking into several facets of CPS. This subject is designed to offer you with a comprehensive grasp of the interdisciplinary nature of CPS, ranging from embedded processors to wireless communication, cybersecurity, and cloud-edge computing.
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This course is meant for Mechanical, Manufacturing, and Mechatronics students, as well as aspiring Engineers and technologist. You will go on an exploration and hands-on learning adventure, gaining valuable insights and practical skills in innovative technology.
In our first module, "Demystifying Cyber-Physical Systems," you will lay a solid foundation by looking into several facets of CPS. This subject is designed to offer you with a comprehensive grasp of the interdisciplinary nature of CPS, ranging from embedded processors to wireless communication, cybersecurity, and cloud-edge computing.
This course is meant for Mechanical, Manufacturing, and Mechatronics students, as well as aspiring Engineers and technologist. You will go on an exploration and hands-on learning adventure, gaining valuable insights and practical skills in innovative technology.
In our first module, "Demystifying Cyber-Physical Systems," you will lay a solid foundation by looking into several facets of CPS. This subject is designed to offer you with a comprehensive grasp of the interdisciplinary nature of CPS, ranging from embedded processors to wireless communication, cybersecurity, and cloud-edge computing.
Continuing to our second module, "Demo on Design and Development of CPS Components in Industrial Sensors and Control using Embedded C - Part 1," you will be immersed in the fascinating world of industrial sensors and controls. With hands-on experience with the STM32F103F ARM Cortex processor and STM Cube IDE, you'll learn how to interface sensors such as OLED, Humidity & Temperature Sensor, Ultrasonic Distance Sensor, and Hall Effect Sensor with the ARM Cortex processor, gaining valuable skills for implementing CPS components in industrial sensor applications.
Our learning journey proceeds with our third session, "Demo on Design and Development of CPS Components in Industrial Sensors and Control Using Embedded C - Part 2." In this section, you will go deeper into practical applications, learning how to interface sound, current, voltage, soil moisture, tilt, and touch sensors with an ARM Cortex processor. Through hands-on demonstrations and Embedded C programming, you will gain a better grasp of sensor integration and control techniques for industrial CPS applications.
Transitioning to our fourth module, you will explore the "Design and Development of a 5-Degree Freedom Robotic Arm for Industrial Automation within the context of CPS." This module covers fundamental aspects of 5-DOF, including pneumatic and hydraulic systems, control of solenoid valves through microcontrollers, and the Hartenberg Principle. Hands-on experiences with Arduino Nano, servo motors, and Simulink simulation will further enhance your skills in robotic arm assembly and testing.
By the end of this course, you will emerge equipped with in-demand skills in CPS, industrial automation, and sensor integration, ready to tackle real-world challenges in the exciting field of digital manufacturing and Industry 4.0.
What's inside
Syllabus
Demystifying Cyber Physical Systems (CPS)
This module aims to provide a comprehensive understanding of Cyber-Physical Systems (CPS) by exploring its various facets. From the foundational components of embedded processors and memory systems to advanced topics such as wireless communication, cybersecurity, and cloud-edge computing, participants will gain insights into the interdisciplinary nature of CPS. Through a blend of theoretical concepts and practical applications, this module aims to demystify the complexities of CPS, enabling participants to navigate the evolving landscape of smart systems.
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Syllabus
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Activities
Review Embedded C Programming
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Brush up on Embedded C programming skills, essential for developing CPS components in the course.
Show steps
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Revise basic C syntax and data structures
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Practice using pointers and bitwise operators
Compile Resources on Industrial Sensors for Cyber-Physical Systems
Show steps
Build your knowledge base by compiling a collection of resources on industrial sensors used in Cyber-Physical Systems.
Show steps
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Search for articles, tutorials, and technical documentation on sensors
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Organize the resources into categories based on sensor types and applications
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Create a document or online repository to share the compiled resources
Follow Arduino Tutorials for Sensor Interfacing
Show steps
Enhance your understanding of sensor interfacing by following guided tutorials using the Arduino platform.
Show steps
-
Find tutorials on interfacing sensors like temperature, humidity, and distance
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Follow the tutorials step-by-step, building circuits and writing code
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Troubleshoot any issues encountered during the process
Two other activities
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Attend a Workshop on Wireless Communication for CPS
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Expand your knowledge in wireless communication technologies used in Cyber-Physical Systems by attending a dedicated workshop.
Browse courses on
Wireless Communication
Show steps
-
Research and identify relevant workshops in your area or online
-
Register for the workshop and prepare any necessary materials
-
Actively participate in the workshop, taking notes and asking questions
Build and Test a 5-Degree Freedom Robotic Arm
Show steps
Apply your knowledge and skills by building and testing a 5-DOF robotic arm, integrating mechanical, electrical, and control systems.
Browse courses on
Industrial Automation
Show steps
-
Gather necessary materials, including hardware, sensors, and microcontrollers
-
Assemble the robotic arm, following mechanical design specifications
-
Configure and program the microcontrollers for control
-
Test the robotic arm's functionality and precision
Review Embedded C Programming
Show steps
Brush up on Embedded C programming skills, essential for developing CPS components in the course.
Show steps
- Revise basic C syntax and data structures
- Practice using pointers and bitwise operators
Compile Resources on Industrial Sensors for Cyber-Physical Systems
Show steps
Build your knowledge base by compiling a collection of resources on industrial sensors used in Cyber-Physical Systems.
Show steps
- Search for articles, tutorials, and technical documentation on sensors
- Organize the resources into categories based on sensor types and applications
- Create a document or online repository to share the compiled resources
Follow Arduino Tutorials for Sensor Interfacing
Show steps
Enhance your understanding of sensor interfacing by following guided tutorials using the Arduino platform.
Show steps
- Find tutorials on interfacing sensors like temperature, humidity, and distance
- Follow the tutorials step-by-step, building circuits and writing code
- Troubleshoot any issues encountered during the process
Attend a Workshop on Wireless Communication for CPS
Show steps
Expand your knowledge in wireless communication technologies used in Cyber-Physical Systems by attending a dedicated workshop.
Browse courses on
Wireless Communication
Show steps
- Research and identify relevant workshops in your area or online
- Register for the workshop and prepare any necessary materials
- Actively participate in the workshop, taking notes and asking questions
Build and Test a 5-Degree Freedom Robotic Arm
Show steps
Apply your knowledge and skills by building and testing a 5-DOF robotic arm, integrating mechanical, electrical, and control systems.
Browse courses on
Industrial Automation
Show steps
- Gather necessary materials, including hardware, sensors, and microcontrollers
- Assemble the robotic arm, following mechanical design specifications
- Configure and program the microcontrollers for control
- Test the robotic arm's functionality and precision
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