Integral University Lucknow Master of Technology [M.Tech] Robotics, Control and Intelligence: Fees 2026, Course Duration, Dates, Eligibility

Ans. M.Tech in Robotics, Control & Intelligence is specifically designed as an interdisciplinary program that combines computer science with mechanical and electronics engineering. While traditional M.Tech in Computer Science focuses on software development and algorithms, this program emphasizes the practical implementation of algorithms on robotic hardware, motion planning, control systems, and real-world automation challenges. Students work extensively in the robotics laboratory, gaining hands-on experience with actual robotic systems and hardware integration.

Ans. You have multiple options for admission. You can qualify through IUET 2026 (Integral University Entrance Test), GATE, or other state-level engineering entrance exams conducted by prominent universities. The university accepts scores from various entrance examinations, giving you flexibility in choosing your preferred exam. However, you must have a valid score from one of these accepted exams to be eligible for admission.

Ans. Graduates can pursue careers in robotics companies, automation industries, manufacturing sectors, aerospace and defense, autonomous vehicles, artificial intelligence firms, and research institutions. The program prepares you for roles such as Robotics Engineer, Control Systems Engineer, AI/ML Engineer, Automation Specialist, and Research Scientist. With the median placement package of Rs 7 LPA and strong industry connections, graduates have opportunities in both domestic and international companies working on cutting-edge robotics and automation projects.

Ans. Yes, practical laboratory work is a core component of this program. The university has a state-of-the-art robotics laboratory equipped with modern robotic systems, control equipment, and software tools. Students implement algorithms on actual hardware, work on motion planning projects, and develop intelligent robotic solutions. The hands-on experience in the robotics lab is crucial for understanding how theoretical concepts translate to real-world applications in automation and robotics.

Ans. Yes, the program is open to graduates from various engineering branches including Computer Science & Engineering, Electronics & Communication Engineering, Information Technology, Electrical Engineering, Mechanical Engineering, Civil Engineering, and related fields. The key requirement is that you have a bachelor's degree in engineering/technology with a minimum of 55% marks. The interdisciplinary nature of the program means students from different backgrounds can contribute unique perspectives to robotics and control systems.

Ans. The program emphasizes research and innovation in robotics and intelligent systems. Students have opportunities to work on research projects involving motion planning algorithms, machine learning applications in robotics, control system design, and autonomous systems. The university has established Integral Robotics as a dedicated research initiative. Students can collaborate with faculty on cutting-edge research that addresses real-world challenges in automation, contributing to publications and potentially developing innovative products and solutions.