Students Explore Mobile Robotics at Virya Autonomous Technologies During Industrial Visit
The Department of Computer Science and Engineering at Akshaya Institute of Technology (AIT), Tumkur organized an insightful industrial visit to Virya Autonomous Technologies Pvt. Ltd. on 16th September 2026 for 25 students of the 5th Semester CSE program.
AIT Tumkur CSE Students Explore Mobile Robotics During Industrial Visit to Virya Autonomous Technologies
The industrial visit was organized to provide students with practical exposure to mobile robotics, autonomous systems, sensors, navigation, control systems, automation, and software-driven robotic applications. The programme gave students an opportunity to connect classroom concepts with real-world industrial applications and understand the technologies shaping the future of robotics and automation.
Experiential Learning Beyond the Classroom
Engineering education becomes more meaningful when students can see how theoretical concepts are applied in real-world environments. The industrial visit to Virya Autonomous Technologies provided students with this valuable experiential learning opportunity.
During the visit, students were introduced to mobile robotic systems and their practical applications. They observed robotic platforms and learned how multiple technological components work together to enable mobility, sensing, navigation, control and autonomous operation.
The visit helped students understand that modern robotics is an interdisciplinary field involving:
Computer Science and Software Engineering
Sensors and Perception
Electronics and Embedded Systems
Control Systems
Automation
Navigation and Decision-Making
Artificial Intelligence and Autonomous Technologies
Understanding Mobile Robotics and Autonomous Systems
Mobile robotics focuses on robotic systems capable of moving through different environments while performing specific tasks with varying degrees of autonomy.
For Computer Science students, mobile robotics provides an excellent application area for concepts such as algorithms, programming, data processing, artificial intelligence, computer vision, sensor integration and decision-making.
During the industrial visit, students gained awareness of how robotic systems can use sensors and computational systems to perceive their surroundings, make decisions and navigate their operating environment.
The exposure encouraged students to look beyond conventional classroom learning and explore emerging technology domains such as robotics, automation, autonomous systems and intelligent machines.
Interaction with Industry Experts
A key highlight of the visit was the interaction between students and industry professionals Mr. Anil and Mr. Rakshith.
The experts explained practical aspects of mobile robotics and discussed the challenges involved in developing and deploying technology-based systems. Students were encouraged to ask questions and gain insights into the expectations of the technology industry.
The interaction emphasized the importance of combining strong academic fundamentals with:
Hands-on technical skills
Project experience
Problem-solving abilities
Teamwork
Communication
Continuous learning
Industry-oriented thinking
Such interactions help students understand the transition from academic learning to professional engineering careers.
Connecting CSE Concepts with Real-World Applications
For CSE students, robotics provides a practical platform to apply programming and computational concepts.
The visit helped students relate their academic learning to applications involving:
Programming and Software: Software plays an important role in controlling robotic behaviour, processing information and supporting autonomous functions.
Sensors and Perception: Sensors enable robotic systems to gather information about their surrounding environment.
Navigation: Mobile robots require appropriate methods to determine movement and navigate through their operating environments.
Control and Automation: Control mechanisms help robotic systems perform movements and tasks in a structured and reliable manner.
Decision-Making: Autonomous systems require computational processes to interpret information and determine appropriate actions.
This connection between theory and practice can motivate students to explore robotics-related projects and advanced technical learning.
Developing Industry-Ready Skills
One of the important outcomes of an industrial visit is exposure to the skills expected in professional environments.
The interaction at Virya Autonomous Technologies encouraged students to understand the importance of technical competence as well as professional skills.
Students gained awareness of:
Analytical and problem-solving skills
Technical observation
Practical implementation
Communication
Team collaboration
Professional discipline
Project-based learning
Continuous upskilling
Industry awareness
These competencies are increasingly important as engineering careers become more technology-driven and interdisciplinary.
Encouraging Robotics and Emerging Technology Projects
Industrial exposure can inspire students to move from learning concepts to building practical solutions.
The visit encouraged the CSE students to explore potential project areas related to:
Mobile robotics
Autonomous navigation
Smart robotic systems
Sensor-based applications
Artificial intelligence
Computer vision
Industrial automation
Embedded intelligence
Robotics software
Human-machine interaction
Such exposure can help students identify areas of interest for academic projects, internships, hackathons and future career development.
Academic, Technical and Professional Impact
The industrial visit created a positive learning experience across multiple dimensions.
Academic Impact
Students were able to connect theoretical concepts with practical robotic applications, making their understanding of technology more contextual and application-oriented.
Technical Impact
The visit increased awareness of mobile robotics, autonomous systems, sensors, navigation, control and software integration.
Professional Impact
Students gained an understanding of professional work culture and the importance of teamwork, communication, responsibility and disciplined execution.
Career Impact
Interaction with industry professionals helped students understand the importance of practical skills, project experience and continuous technical learning when preparing for careers in the technology sector.
AIT Tumkur's Focus on Industry-Oriented Engineering Education
Industrial visits form an important part of engineering education because they provide students with exposure beyond the conventional classroom and laboratory environment.
At Akshaya Institute of Technology, Tumkur, such initiatives support the objective of creating opportunities for students to understand emerging technologies, interact with industry professionals and develop practical engineering capabilities.
For CSE students, exposure to areas such as mobile robotics, artificial intelligence, automation, software systems and autonomous technologies can provide valuable perspectives on emerging career opportunities.
25 CSE Students Gain Practical Exposure
A total of 25 students from the 5th Semester Computer Science and Engineering department participated in the industrial visit.
The programme was organized by Dr. Puspha R and coordinated by Prof. Trupthi V and Prof. Sowjanya R N.
The visit provided students with an opportunity to observe technology in an industrial environment, interact with professionals and understand how engineering concepts are transformed into practical applications.
Learning Through Industry Interaction
The industrial visit demonstrated the importance of experiential learning in engineering education.
By observing real-world systems and interacting with industry experts, students were able to develop a broader perspective of their academic subjects. The experience also encouraged them to strengthen their technical foundations and explore emerging fields.
The visit reinforced an important message for aspiring engineers: academic knowledge provides the foundation, while practical exposure, projects, problem-solving and continuous learning help transform that knowledge into professional capability.
The Industrial Visit to Virya Autonomous Technologies Pvt. Ltd. on 16th September 2026 was a valuable learning experience for the 5th Semester CSE students of Akshaya Institute of Technology, Tumkur.
The exposure to mobile robotics and autonomous technologies helped students understand the integration of software, sensors, navigation, control and automation in real-world applications.
The interaction with industry experts Mr. Anil and Mr. Rakshith further enhanced students' understanding of professional expectations and the importance of practical, project-oriented learning.
Such industry visits help bridge the gap between classroom education and industrial practice, while encouraging students to explore emerging technologies and prepare for the evolving engineering and technology landscape.
AIT Tumkur continues to encourage experiential learning, industry interaction and practical exposure as important components of engineering education.
| Media | AIT Tumkur | Karnataka
Industrial Visit | Department of Computer Science and Engineering | Mobile Robotics | 16 September 2026
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