B. Tech (Cyber Physical systems)

B.Tech in Cyber-Physical Systems (CPS)

The B.Tech in Cyber-Physical Systems (CPS) is an interdisciplinary programme that combines computation, control and networking capabilities to create a seamless interaction between the digital and physical worlds. CPS engineering degree prepares students for innovative careers in industries like robotics, automation, IoT, gaming, systems engineering and smart systems.

B. Tech Cyber Physical Systems Programme Overview

Cyber-Physical Systems (CPS) is considered the base on which smart technology is developed: it connects computer science with physical worlds. These systems merge all mechanical, electrical, and computational systems towards real-time monitoring, automation and intelligent decision making.

This interdisciplinary programme (B.Tech in Cyber Physical Systems) enables students to develop designs, inventions, and innovation in areas that include smart cities, autonomous vehicles, healthcare monitoring systems, and industrial automation.

<h3>Objective of B.Tech program in Cyber Physical Systems (CPS) ?:

The B.Tech program in Cyber Physical Systems (CPS) combines electrical engineering with computer science focusing on both the hardware and software for building robust cyber-physical systems that respond to real-time events and culminates in a capstone design experience. B.Tech graduates in Cyber Physical systems will be prepared to pursue engineering careers with the new and modernized public utilities and industrial facilities, that will contribute solutions in line with Industry 4.0 to meet the growing demand for smarter, connected, electronic systems, which includes the upcoming areas of IoT and smart (autonomous) vehicles with rolling stock designers and manufacturers such as Alstom, Honeywell, GE, Reliance, etc. or to pursue post graduate education.

Why Choose Cyber-Physical Systems as a Stream?

Emerging Technology: CPS is a backbone in Industry 4.0 with applications in very diverse domains from robotics to transportation and smart infrastructure.

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Global Demand: Professionals with training in CPS are highly sought after for leadership roles that innovate automation and intelligent systems.

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Future-Driven Learning: The programme aims to prepare the students with the latest skills to make them competitive in the challenging job market.

Career Opportunities after B.Tech in Cyber Physical Systems

Graduates of B. Tech Cyber Physical Systems this programme are prepared for high-impact roles, such as:

Cyber Systems Administrator
Embedded Software Engineer
Cyber Engineer
Cyber-Physical Systems 365体育投注 Engineer
Automation Engineers
Design and test engineers
System model and programmers
Cyber-Physical Systems Engineer
IoT Specialist
Robotics Developer
Embedded Systems Architect
AI 365体育投注er

Cyber Physical Systems engineering degree opens pathways to the aerospace, healthcare, automotive, and telecommunications industries with lucrative and future-oriented career opportunities.

Industries collaborating with B.Tech Cyber Physical Systems at Dept of ICE, MIT 365体育投注

Holosuit Pvt Ltd, (https://www.holosuit.com/)
AvGarde Systems pvt ltd, http://www.avgardesystems.com/
Electronosolutions pvt ltd, https://www.electronosolutions.com/
EMONA INSTRUMENTS PTY LTD, https://emona.com.au/
Electrical Power System Analysis & Operation Software https://etap.com/
Honeywell
Mathworks Ltd
Unity
AVGARDE
ANSYS
FUSION VR
ARK EMPOWERING LIVES
LIQUID INSTRUMENTS
Fusion VR

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B. Tech (Cyber Physical systems) Course Duration

The Cyber Physical Systems Engineering is 4 Years (8 semesters).

B.Tech in Cyber-Physical Systems Curriculum & Objectives

B.Tech in Cyber Physical Systems Programme Educational Objectives (PEO)

PEO1: Demonstrate proficiency in sensing, communication, computation, and controls by applying theory to practice to meet the expectations of industry and pursue higher studies.

PEO2: Pursue research in multi-disciplinary areas relevant to industry with emphasis on cyber security, sustainability, environment and safety.

PEO3: Excel in varied working environments, demonstrate effective communication skills and showcase leadership qualities.

PEO4: Adopt latest developments by life-long learning with professional and ethical integrity with socio-economic concerns.

The B.Tech in Cyber-Physical Systems syllabus is designed with a balance between theoretical knowledge and hands-on practical experience to ensure that the learning process is holistic.

Year-Wise Breakdown of B.Tech in Cyber-Physical Systems syllabus

Year 1:
Provides foundational knowledge of engineering principles and computer programming.
Key subjects include:
- Engineering Mathematics
- Computer Science Fundamentals
- Basic Electronics
  
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Year 2:
Introduces core concepts of CPS, including control systems and embedded programming.
Key subjects include:
- Analog and digital electronics
- Sensor technologies
- Communication systems and digital transmission
- Data structures and algorithms
- Control Systems
- Sensor Systems and internet of things (IoT)
  
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Year 2:
Introduces core concepts of CPS, including control systems and embedded programming.
Key subjects include:
- Control Systems
- Embedded Systems Design
- Signal Processing
  
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Year 3:
Explores advanced topics such as IoT, artificial intelligence, and networked systems.
Key subjects include:
- Internet of Things (IoT)
- Robotics and Automation
- Machine Learning for CPS
  
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Year 4:
Focuses on specialisation and capstone projects that address real-world problems.
Key components include:
- Elective Specializations (e.g., Digital Twins, Cybersecurity for CPS)
- Capstone Project: Application of CPS knowledge to industry challenges
  
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Program Specific Outcomes(PSOs)

Graduates in Cyber Physical Systems will be able to:

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PSO_1: Analyse and evaluate the fundamental concepts of sensing, communication, processing and networking for development of meta systems.?

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PSO_2: Real time monitor, analyse and control physical processes through the integration relevant to industry, health care, gaming and allied fields of engineering.

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PSO_3: Apply engineering concepts and skills to build cyber physical systems for autonomous functioning with concern to safety and security.??

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Click here for the Course Structure

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Hands-On Learning

Lab Work: Dedicated labs for IoT, and embedded systems.

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Industry Collaborations: Projects in partnership with global companies

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Internships: Opportunities to work with leading firms in the technology and automation sectors.

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Key Learning Outcomes from B.Tech in Cyber Physical Systems

Students completing B.Tech in Cyber Physical Systems programme will acquire:

Technical Proficiency:
- The proficiency in design of embedded systems, IoT, and real-time computing
- Advanced skills and knowledge on algorithms, system modeling, and optimisation.
  
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Integration of Cyber and Physical Systems:
- Skills on designing scalable hardware, software, and networks- integrated systems.
- Understanding the principles of processing real-time data with decision-making.?
  
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Industry 4.0 Readiness:
- Immersion to real-world applications in automation, robotics, and AI.
- Use of tools such as MATLAB, UNITY, TensorFlow and ROS for embedded systems and automation.
  
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B. Tech (Cyber Physical Systems) Admission Requirements

B. Tech CPS Eligibility

Passed 10+2 (or equivalent) with Physics, Mathematics and Chemistry/Biology/Computer Science as core subjects.
Minimum qualifying percentage as per programme guidelines.

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Entrance Examinations

Candidates must qualify for the 365体育投注 Entrance Test (MET)?

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Important Dates for B.Tech Cyber-Physical System Course Admission

Application Starts: January 2025

Last Date for MET Application: 15th March 2025

Admission Deadline: June 2025

Application Process - Step-by-step Guide to Applying - Documents Required - Deadlines and Important Dates

The application process to B.Tech in Cyber-Physical Systems at MIT 365体育投注 is designed to be very simple. For a smooth application experience, follow the below steps:

Step 1: Online Registration

Go to the official website of MIT 365体育投注 and create an account to start your application process.
Fill in the basic personal information and contact details.

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Step 2: Fill in the Application Form

Complete the application form with all detailed information, such as academic background, extracurricular achievements, and preference course specialization.

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Step 3: Document Uploading

Upload the documents required
Mark sheets of 10th and 12th marks
Passport size photographs
Aadhar Card-if required
Birth certificate
Proof of address
Other certificates related to sports, extracurricular activities, etc.

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Step 4: Application Fee Payment

Online payment gateway is enabled for paying a non-refundable application fee, depending upon the type of application. The fee may be for General/Reserved categories.

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Step 5: Submission

After all the information entered is reviewed, submit your application.

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Step 6: MET Examination

Applicants need to write the entrance test, the MET, on the scheduled date.

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Step 7: Interview (if applicable)

Based on the MET score and other criteria, some candidates will be invited for an interview or counselling session.

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Facilities and Resources

MIT 365体育投注 provides a world-class learning environment with cutting-edge facilities to support academic and extracurricular activities:

State-of-the-art Laboratories: The B.Tech Cyber-Physical Systems programme is supported by well-equipped labs, including robotics, electronics, and IoT labs.

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365体育投注 Centres: The university has established research centres focusing on Cyber-Physical Systems, AI and robotics to foster innovation and hands-on learning.

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Advanced Computing Facilities: Students have access to high-performance computing systems for simulations and research projects.

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Library and Learning Resources: The MIT 365体育投注 Library is stocked with the latest academic texts, journals, and digital resources to support students' research and learning.

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Campus Infrastructure: The sprawling campus features Wi-Fi-enabled classrooms, smart boards, and seminar halls for interactive learning.

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Clubs and Student-driven Initiatives: Various clubs and student societies related to technology, robotics, and engineering provide platforms for students to explore their interests and collaborate on projects.

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Internship and Placement Opportunities?

Industry Partnerships: MIT 365体育投注 has strong collaborations with leading tech companies, including IBM, Intel, and Siemens, ensuring that students receive exposure to real-world applications of Cyber-Physical Systems.

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Internship programmes: The programme includes mandatory internship opportunities where students work on live projects with industrial partners. The internships enable students to integrate theoretical knowledge with practical skills, ultimately enhancing employability.

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Placement Statistics: The placement cell at MIT 365体育投注 has a record of placing students in top companies such as Microsoft, Amazon, TCS, and Bosch. The B.Tech in Cyber-Physical Systems has impressive placement statistics with a very high percentage of graduates being placed in leading engineering and tech firms.

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Career Development Centre (CDC): The CDC provides students with resume building, mock interviews, and career counselling. By the time students graduate, it ensures that the students are ready for the industry.

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Student Achievements

Achievements in Competitions:

MIT 365体育投注 students have consistently ranked in the top positions in national and international robotics competitions.

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The university's team won the first prize at the TechXplore robotics challenge, showcasing their expertise in Cyber-Physical Systems and automation.

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Collaborations:

Students often collaborate with leading industry giants on research projects, where their solutions have been adopted by organizations to improve automation and system efficiency.

B. Tech CPS Course Faculty Details

The B.Tech in Cyber-Physical Systems programme at MIT 365体育投注 is offered by a faculty consisting of highly qualified and experienced professors.

Expertise: Faculty members hold PhDs from reputed institutions and have extensive industry experience.

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365体育投注 Interests: The faculty’s research interests include AI, robotics, IoT, and system engineering, allowing students to explore emerging technologies.

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Industry Experience: Many professors have industry experience through work with leading tech companies, thereby bringing valuable insight to the classroom.