BENEFIT OF THE PROGRAM

B. Tech in Robotics and Artificial Intelligence make engineers to design, develop, and deploy AI for robotics applications in the era of future automation. Program will provide opportunities for a short-term mobility and internships; this will enhance learning and provide graduates with a portfolio of real-world projects to take into their chosen careers.

CAREER OPPORTUNITY

• IoT Systems and surveillance
• Industry 4.0
• AI enabled Designing and AI Ethicist
• Robotics in Healthcare & Defense
• UAV and Drone Technology
• Cyber Physical Systems

LAB FACILITIES

1. Advance Robotics Lab

At MUJ, the Advanced Robotics Lab is at the forefront of cutting-edge technology, seamlessly combining innovation and engineering prowess. This cutting-edge facility acts as a dynamic hub for research and development, pushing the boundaries of robotics to new heights. The lab, which is equipped with cutting-edge artificial intelligence, machine learning, and sensor technologies, fosters an environment in which groundbreaking ideas can be realised.

This high-tech haven brings together researchers and engineers to explore advanced algorithms, autonomous systems, and human-robot interaction. The lab's focus goes beyond traditional robotics, exploring soft robotics, swarm robotics, and bio-inspired designs to pave the way for next-generation robotic platforms.

Precision and agility are essential in this futuristic workspace, where experimental prototypes and robotic mechanisms are thoroughly tested and refined. The lab's commitment to interdisciplinary collaboration encourages experts in computer science, mechanical

engineering, and electrical engineering to come together, resulting in interdisciplinary breakthroughs.

2. Robotics Lab

At MUJ, the Robotics Lab is a dynamic environment dedicated to the research and development of robotics technology. This cutting-edge facility serves as a hub for research, development, and experimentation, encouraging collaboration among engineers and

scientists. The lab, which is outfitted with cutting-edge hardware and software, serves as an innovation playground, transforming ideas into tangible robotic systems.

The Robotics Lab's researchers study a wide range of topics, including autonomous navigation, machine learning, computer vision, and human-robot interaction. The facility promotes interdisciplinary collaboration, bringing together experts from various fields to address complex challenges and advance robotics.

In this ever-changing space, the Robotics Lab not only shapes the current state of robotics but also lays the groundwork for a future in which intelligent machines seamlessly integrate into our daily lives, making significant contributions to fields as diverse as manufacturing and assistive technologies.

3. Design and Modelling Lab

At MUJ, the Design and Modelling Lab is an innovative hub focused on the intersection of design thinking, robotics, and artificial intelligence (AI). This dynamic space acts as a creative crucible, guiding ideas through a synthesis of cutting-edge design principles and advanced technological solutions.

The lab's mission revolves around the seamless integration of mathematical modelling and functionality into robotics and artificial intelligence. The lab's emphasis on human-centered design ensures that the technologies developed meet real-world needs and expectations.

The facility is outfitted with cutting-edge modelling tools and simulation software, allowing researchers to fine-tune their designs and test the capabilities of AI-powered algorithms. This iterative process accelerates the creation of intelligent systems that can adapt to a variety of environments and tasks.

The Design and Modelling Lab's interdisciplinary approach promotes the integration of creativity and technological expertise. The lab pioneers solutions that break down traditional boundaries by combining design thinking with the precision of robotics and artificial intelligence. From assistive robots to seamlessly integrated smart environments, the lab's innovations promise to reshape the landscape of human-robot interaction and artificial intelligence applications, ushering in a future in which form and function coexist harmoniously.

4. Arduino, IOT Fab Lab

With a strong emphasis on fabrication, the lab enables the creation of IoT prototypes through hands-on experiences. From sensor integration to data processing and communication, the facility offers a comprehensive ecosystem for enthusiasts to explore the limitless possibilities of the Internet of Things.

The Arduino IoT Fabrication Lab encourages interdisciplinary collaboration between hardware designers, software developers, and IoT specialists. This skill synergy accelerates the development of smart devices that can improve connectivity and automation in a variety of domains, ranging from smart homes to industrial applications.

As a hub of creativity and technological exploration, the Arduino IoT Fabrication Lab not only provides individuals with the tools they need to bring their ideas to life, but it also contributes to the evolution of IoT by pushing the limits of what is possible in the realm of connected devices.

The students know about modern-day technologies (learning and hand on) and tools employed in STEAM (Science, Technology, Engineering, Arts and Mathematics) education such us robotics, 3D printing and mobile technologies using Arduino and RPi applications. It provides a platform to access the environment, the skills, the materials, and the advanced technology to allow anyone anywhere to make anything.

SALIENT FEATURES

• UR 6 axis manipulator arm (centralized research facility)
• JANATICS-based electro-pneumatic system.
• Bosch Rexroth-based Electro-Hydraulic System
• Bosch Rexroth based industrial sensor kit
• SIEMENS PLCs and VFD
• PIC Microcontroller and ARM Development Board
• Raspberry Pi, Jetson nano and its interfacing modules
• National Instruments DAQ system (my RIO, ELVIS II+ etc.)
• Quanser based systems such as Qube-Servo and Myoelectric Board etc.
• MATLAB based 3-axis robotic trainer kit
• Interbotix Turtlebot 2i Mobile ROS Platform
• Khepera mobile robot
• Hexacopter Robot (Drones)
• Intel Real sense camera, OCULUS RIFT, QUEST, HCT VIVE, HOLOLENS