SCHOOL OF AUTOMATION AND ROBOTICS
The field of Automation and Robotics Engineering has seen remarkable advancements over the past two decades, significantly boosting India’s reputation as a global outsourcing powerhouse.
- High-Paying Careers: Careers in Automation and Robotics Engineering are among the most lucrative, offering abundant opportunities. India’s expertise in this industry is recognized worldwide, making it a sought-after destination for skilled professionals.
- Technological Advancements: The rapid progress in this sector is driven by innovations in the Internet of Things (IoT), Artificial Intelligence (AI), Industrial Automation, Robotics, Electric Vehicles (EVs), and sustainability initiatives aimed at environmental protection.
- Growing Demand: There is a substantial increase in demand for skilled automation and robotics engineers, particularly in emerging areas, tools, and technologies.
The rapid emergence of new technologies and innovations has significantly increased the demand for skilled engineers, particularly in the fields of automation and robotics.
- High Demand for Skilled Engineers: The best robotics schools and automation engineering courses are essential to meet the growing need for skilled professionals in this sector.
- Evolving Job Roles: New job roles are emerging, necessitating a reevaluation of traditional education and training systems to better prepare students for careers in robotics.
- Digital Economy Growth: India’s digital economy is currently valued at $170 billion and is projected to grow to $1 trillion within the next 5-7 years.
- Employment Potential: The automation and robotics sector is expected to create employment opportunities for 5-7 million people by 2026.
- Industrial Training at Symbiosis University: At Symbiosis University of Applied Sciences, we offer comprehensive industrial training to ensure our students are #futureready and #industryready.
B.Tech in Automation and Robotics Engineering
Our B.Tech in Automation and Robotics Engineering program is one of the best robotics school offerings, providing a comprehensive platform to learn both basic and advanced skills in automation and robotics. This program is designed for aspirants interested in mastering automation and robotics technology from the ground up. At SUAS Indore, we create an ideal learning environment through real-time skill development and support from industry-experienced faculty, preparing students for successful careers in robotics.
- Industry-Designed Curriculum: The curriculum is developed in consultation with industry experts to ensure students are job-ready and employable upon graduation.
- Hands-On Learning: We emphasize practical, hands-on learning experiences to equip students with the skills needed to excel in the field.
- Expert Faculty: Our faculty comprises industry-experienced professionals who provide valuable insights and mentorship.
- State-of-the-Art Facilities: Students have access to cutting-edge labs and workshops, enabling them to work with the latest tools and technologies.
- Career Opportunities: Graduates of this program are well-prepared for high-paying careers in robotics and automation engineering, with opportunities in various industries worldwide.
Duration: 4 Years
B.TECH. IN MECHATRONICS ENGINEERING
Mechatronics is an attractive discipline that comprises of various sub-disciplines like Robotics, Electronics, Computers, Telecommunications, Systems, Control, and Product Engineering. Understanding the demands of the industry enables us to provide necessary skill-based learning that helps students realise their potential and excel. Helped by our advanced infrastructure, we use an industry-oriented approach to provide the necessary exposure to the students. If a career in Mechatronics interests you, join us at SUAS Indore.
Mechatronics Engineering will cover aspects related to designing of Mechatronics system, which requires the integration of the mechanical, electrical and electronics engineering disciplines within an integrated framework. The curriculum for Mechatronics has been designed in consultation with the industry to ensure that the students would gain the knowledge on skill as well as theory. The structure is designed to build a strong foundation of Mathematics, Material Science, Computer Science, Electronics, Mechanical, Electrical and Manufacturing Engineering. Each course within the program is modular and credit-based. Learning outcomes and skill competency levels have been clearly defined in each course curriculum.
Duration: 4 Years
2. Specialized Skill Development Labs:
- Advanced Electrical & Electronics Lab
- Automation Lab
- DSP and Microprocessor Lab
- 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:
- Dynamics and Machine Lab
- IC Engine Lab
- Heat and Mass Transfer (HMT) Lab
- Thermodynamics and RAC Lab
- Fluid Mechanics Lab
- Material Testing and SOM Lab
- Theory of Machines Lab
- 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.
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:
- 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 systemsin our labs.
- These systems are meticulously mapped with theoretical concepts, enabling students to bridge the gap between knowledge and application.
