B.Tech in Automation and Robotics

Rooted in a 70% practical and skill-based approach, the program ensures students are industry-ready from day one.:

1. Each subject has got a corresponding practical and skill component, and the 70% weightage is given to practical/skill.
2. We have introduced high growth verticals as domains from 3^rd sem onwards namely – Entrepreneurial Skill Development, Sensors and Signal Conditioning and Digital Systems and Microprocessor. This helps him get into a good internship/job and be productive from day one.
3. The curriculum has been designed in NSQF format and QP/NOSs have been mapped accordingly.

Outcome for Students:

1. Immediate Employability: Graduates are equipped with the skills to secure roles in top companies or launch their own ventures.
2. Entrepreneurial Edge: The program fosters innovation and business skills, empowering students to become job creators.
3. Global Opportunities: The NSQF alignment opens doors to international careers and higher education.

Shape the Future with B.Tech in Automation and Robotics – Where Innovation Meets Technology

Why Choose This Program?

1. 1. Industry-aligned curriculum
   2. Expert faculty with global exposure
   3. Collaboration with leading tech companies
   4. Focus on innovation and research

At Symbiosis University, we take pride in offering world-class infrastructure and cutting-edge laboratories designed to provide students with hands-on experience and industry-relevant skills. Our labs are equipped with advanced training systems and education equipment from Germany, ensuring a global standard of learning.

Key Highlights:

1. Collaboration with Lucas Nulle:
   • We have partnered with Lucas Nulle, a global leader in high-quality training and education equipment for over 40 years, to install state-of-the-art training systems in our labs.
   • These systems are meticulously mapped with theoretical concepts, enabling students to bridge the gap between knowledge and application.
2. Specialized Skill Development Labs:
   1. Advanced Electrical & Electronics Lab
   2. Automation Lab
   3. DSP and Microprocessor Lab
   4. Automotive Electronics Lab
      
      These labs are designed to enhance technical skills and prepare students for the demands of the automation and robotics industry.
3. Comprehensive Engineering Labs:
   1. Dynamics and Machine Lab
   2. IC Engine Lab
   3. Heat and Mass Transfer (HMT) Lab
   4. Thermodynamics and RAC Lab
   5. Fluid Mechanics Lab
   6. Material Testing and SOM Lab
   7. Theory of Machines Lab
   8. Workshop and Drawing Hall
      These facilities provide students with a strong foundation in core engineering principles and hands-on experience in real-world applications.
4. Skill-Centric Training:
   • Students are exposed to basic workshops, thermodynamics labs, material testing labs, and design labs, ensuring a holistic skill development experience.
   • The integration of theory and practice ensures that students are industry-ready from day one.

5. Why Our Labs Stand Out:

   • • Global Standards: Equipped with advanced German technology from Lucas Nulle.
     • Skill Enhancement: Labs are designed to align with industry requirements and theoretical concepts.
     • Comprehensive Learning: Exposure to a wide range of labs ensures a well-rounded engineering education.

Research, grants, consultancy projects, and scholarships are central to the mission of Symbiosis University of Applied Science (SUAS) and the School of Automation and Robotics Engineering. Aligned with the University’s mission, vision, and core values, and its commitment to skill-based education, there is a strong emphasis on skill-oriented research and innovation for both faculty and students.

The key areas of focus in the Research Program include:

1. Drone Technology
2. 3D Printing and Manufacturing
3. GoKart Design Engineering
4. Internet of Things (IoT) based System Design
5. Pole Climbing Robots
6. Pick and Place Robots
7. Intelligent Industrial Automation
8. PLCs, SCADA, real-time defense, Central School of Weapons and Tactics Border Security Force (CSWT BSF), and industry problem solutions

The Robotics Club is dedicated to fostering innovation, learning, and collaboration in robotics technology. Our mission is to provide hands-on experience in robotics engineering, encourage creative problem-solving, and build a community of passionate learners poised to become future leaders in robotics and automation.

School of Automation and Robotics Engineering has encouraged students to take up entrepreneurship as a career and provides all kind of support, facilities and connect to help them. Multiple students are working on their own start-up ventures.

SUAS Incubation Center (SUAS-IC)

SUAS is dedicated to fostering an entrepreneurial ecosystem. It offers optional subjects and expertise in entrepreneurship, supported by an active E-Cell run by students and guided by experienced faculty and industry professionals.

Recently, SUAS signed an MOU with the Department of MSME, Govt. of Madhya Pradesh, to support aspiring entrepreneurs and startups. The objectives include:

1. Supporting new ventures with consulting services for evaluating opportunities, resource acquisition, and management.
2. Conducting research on entrepreneurship and innovation.
3. Developing case studies on challenges faced by entrepreneurs and innovators.

For details: https://www.suas.ac.in/suas-incubation-center/

Click Here to View Fees Indian Students.

Discretionary Quota

Few Seats are reserved for Discretionary Quota Seats. Only students with a high academic record are considered for Discretionary Quota Seats. The fees for Discretionary Quota Seats will be double the Academic fees for Indian Students to be paid to the University.

Time-Table

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