Cyber Physical Systems Program
Why Choose Cyber-Physical Systems Programs at MIET?
Step into the future of smart manufacturing, automation, and intelligent systems through MIET’s specialized programs in Cyber-Physical Systems. Developed in collaboration with industry leaders and premier research centers like IIT Ropar’s AWaDH Lab, these programs emphasize experiential learning using advanced tools such as NVIDIA Jetson Nano, Siemens TIA Portal, Mitsubishi PLCs, and AnyLogic. Covering everything from nano-level foundational modules to advanced diploma training, learners gain hands-on skills in Internet of Things (IoT), Supervisory Control and Data Acquisition (SCADA), robotics, digital twin technologies, and edge AI. With real-world projects, gamified labs, and simulation-driven learning, these programs equip you to excel in high-impact careers within the smart industries of tomorrow.
- Sensor Interfacing and Signal Conditioning for Embedded Systems
- 15 hours | 0.5 credits
Covers sensor integration techniques, signal conditioning methods, and real-time data acquisition for embedded systems using microcontroller platforms. Know more
Introduction to PLC Programming- 15 hours | 0.5 credits
- Skill-building with ladder logic, timers, counters, and real-time simulation using software like Siemens TIA Portal and Allen-Bradley Studio 5000. Know more
- Introduction to IoT and Embedded Systems
- 30 hours | 1 credit
- Introduces the fundamentals of Internet of Things (IoT) and embedded systems, covering device architecture, connectivity, and basic programming for smart applications. Know more
- Collaborative Robotics and Smart Mechatronic Systems
- 30 hours | 1 credit
- Explores the design and control of collaborative robots and intelligent mechatronic systems for automated and human-interactive industrial applications. Know more
- Introduction to Digital Twins in Manufacturing
- 30 hours | 1 credit
- Introduces the concept of Digital twin technology in manufacturing, focusing on creating virtual replicas of physical systems for real-time monitoring, simulation, and optimization. Know more
- Cyber-Physical Systems Design and Simulation
- 60 hours | 2 credits
- Integrates CPS principles with hands-on simulations using MATLAB/Simulink; includes modeling of autonomous systems, embedded control, and smart grids. Know more
- Digital Manufacturing and Industry 4.0 Technologies
- 90 hours | 3 credits
- Covers the principles of Digital manufacturing and key Industry 4.0 technologies driving smart, connected, and automated production systems. Know more
- AI for IoT using Edge Devices
60 hours | 2 credits - Explores deploying Artificial intelligence (AI) models on Internet of Things (IoT) edge devices for real-time data processing, analytics, and intelligent decision-making at the source. Know more
- Edge Computing and Industrial IoT Systems
- 90 hours | 3 credits
- Covers the integration of Edge computing with Industrial Internet of Things (IIoT) systems to enable real-time data processing, low-latency control, and smart automation in industrial environments. Know more
- Collaborative Robotics and Smart Mechatronic Systems
- 90 hours | 3 credits
Explores the development and integration of collaborative robots with smart mechatronic systems for flexible, safe, and efficient human-robot industrial collaboration. Know more
Modeling and Debugging Embedded Systems
60 hours | 2 credits
Teaches techniques for modeling, testing, and debugging Embedded systems to ensure reliable design, performance, and functionality. Know more
- Fundamentals of Robotics & Industrial Automation
- 320 hours | 9–10 credits
- Introduces the core principles of Robotics and Industrial automation, covering robotic mechanisms, sensors, actuators, and automated control systems. Know more
- Introduction to PLC Programming
- 30 hours | 01 credit
provides foundational knowledge of Programmable logic controller (PLC) programming for designing, controlling, and automating industrial processes. Know more
- Introduction to Digital Twins in Manufacturing
- 160 hours | 6–8 credits
Introduces Digital twin technology for manufacturing, enabling virtual modeling, simulation, and real-time optimization of physical production systems. Know more
Cyber-Physical Systems Design and Simulation
60 hours | 02 credit
Covers the design, integration, and simulation of Cyber-physical systems combining computational, communication, and physical components for intelligent automation. Know moreEdge Computing and Industrial IoT Systems
60 hours | 02 credit
Explores how Edge computing enhances Industrial Internet of Things (IIoT) systems through on-site data processing, real-time analytics, and low-latency industrial automation. Know moreCollaborative Robotics and Smart Mechatronic Systems
60 hours | 02 creditsFocuses on designing and deploying collaborative robots integrated with smart mechatronic systems for safe, adaptive, and efficient industrial automation. Know more
Capstone: Industrial CPS Automation Project
60 hours | 02 credits
Provides hands-on experience in developing and deploying a complete Cyber-physical systems automation solution through an industry-focused capstone project. Know moreSensor Interfacing and Signal Conditioning for Embedded Systems
30 hours | 01 credit
Covers techniques for interfacing sensors and applying signal conditioning to ensure accurate data acquisition in Embedded systems. Know more
Introduction to IoT and Embedded Systems
30 hours | 01 credit
Introduces the fundamentals of (IoT) and embedded systems, including device architecture, connectivity, and basic programming for smart applications. Know more
AI for IoT using Edge Devices
60 hours | 02 credit
Teaches how to deploy AI algorithms on IoT edge devices for real-time data processing, intelligent analytics, and autonomous decision-making. Know moreApplied Machine Learning using Python and scikit-learn
60 hours | 02 credits
Covers practical implementation of machine learning algorithms using Python and scikit-learn for data analysis, prediction, and real-world problem solving. Know more
Modeling and Debugging Embedded Systems
60 hours | 02 credits
Teaches modeling, testing, and debugging techniques for embedded systems to ensure reliable design, performance, and functionality. Know more
Capstone: Smart CPS Node with AI & Sensor Integration
60 hours | 02 credit
Provides hands-on experience in building a smart Cyber-Physical System node by integrating sensors, AI algorithms, and real-time data processing for intelligent applications. Know more
Digital Manufacturing and Industry 4.0 Technologies
90 hours | 03 credits
Introduces digital manufacturing concepts and key Industry 4.0 technologies driving smart, connected, and automated production systems. Know more
Cyber-Physical Systems Design and Simulation
60 hours | 02 credits
Covers the design, integration, and simulation of cyber-physical systems, combining computational, communication, and physical components for intelligent automation. Know more
Edge Computing and Industrial IoT Systems
60 hours | 02 credits
Explores the integration of edge computing with Industrial IoT systems for real-time data processing, low-latency control, and smart automation in industrial environments. Know more
Collaborative Robotics and Smart Mechatronic Systems
60 hours | 02 credits
Focuses on designing and implementing collaborative robots integrated with smart mechatronic systems for adaptive, safe, and efficient industrial automation. Know more
Applied Machine Learning using Python and scikit-learn
60 hours | 02 credits
Covers practical application of machine learning techniques using Python and scikit-learn for data analysis, predictive modeling, and real-world problem solving. Know more
Advanced PLC Programming
90 hours | 03 credits
Teaches advanced programming techniques for PLCs, including complex logic design, automation sequencing, and industrial process control. Know more
Capstone: Full CPS Line Simulation with Digital Twin
60 hours | 02 credits
Provides hands-on experience in simulating an entire Cyber-Physical System production line using digital twin technology for monitoring, optimization, and intelligent automation. Know more
Career Pathways with our Programs
CPS Engineer / Embedded Systems Developer
Industrial Automation Engineer
IoT & Edge Computing Specialist
Robotics & Mechatronics Engineer
Digital Twin & Simulation Engineer
AI & Data Analytics Engineer for CPS
Smart Manufacturing / Industry 4.0 Specialist
Industry Partners
