Alliance University Quantum AI School for Advanced Research Bangalore: Admission, Courses, Fees & Ranking 2026

Alliance University – Quantum AI School for Advanced Research, known as AU-QUASAR, is a specialised academic initiative of Alliance University focused on emerging areas of computational and engineering sciences. Located in Electronics City, Bengaluru, the school brings together Quantum Computing, Artificial Intelligence, Robotics and Cyber-Physical Systems within an integrated deep-tech academic environment. Alliance University itself is a private university established under Karnataka State Act No. 34 of 2010 and recognised by the University Grants Commission.

AU-QUASAR represents a newly launched technology-focused initiative of the university, with its ceremonial unveiling taking place in 2026. The school has been developed around next-generation technology education, research, innovation and industry engagement. Its academic portfolio currently includes undergraduate B.Tech programmes in Artificial Intelligence and Machine Learning, Computer Science and Engineering with Quantum Computing and Information Science, Cyber-Physical Systems, and Robotics and Artificial Intelligence.

The school's academic model places strong emphasis on practical and research-oriented learning. Students are introduced to areas such as quantum algorithms, quantum information theory, machine learning, robotics, cyber-physical systems and advanced computing. The university also states that research and experimentation are integrated into the curriculum.

A distinctive feature of Alliance University Quantum AI School for Advanced Research Bangalore is its focus on access to advanced technology infrastructure. The school highlights quantum-computing resources, GPU infrastructure, robotics laboratories and high-performance computing as components of its deep-tech ecosystem.

The Electronics City location places AU-QUASAR within Bengaluru's major technology corridor. Its focus on emerging technologies makes it particularly relevant for students interested in Deep-Tech Education, computational sciences and technology-driven innovation.

Highlights

• Academic initiative of Alliance University.
• Located in Electronics City Phase 1, Bengaluru.
• Alliance University is a private university.
• Alliance University was established under Karnataka State Act No. 34 of 2010.
• Alliance University is recognised by the UGC.
• AU-QUASAR was ceremonially unveiled in 2026.
• Focuses on Quantum Computing, Artificial Intelligence, Robotics and Cyber-Physical Systems.
• Offers B.Tech. in Artificial Intelligence & Machine Learning.
• Offers B.Tech. in CSE (Quantum Computing & Information Science).
• Offers B.Tech. in Cyber-Physical Systems.
• Offers B.Tech. in Robotics & Artificial Intelligence.
• The curriculum includes quantum algorithms and quantum information theory.
• The school highlights access to quantum-computing infrastructure.
• The AU-QUASAR ecosystem includes AI and Machine Learning laboratories.
• The school includes dedicated Robotics and Cyber-Physical Systems laboratories.
• Research and experimentation are integrated into the school's academic model.

Why Choose Alliance University - Quantum AI School for Advanced Research?

Why Choose Alliance University - Quantum AI School for Advanced Research? AU-QUASAR provides a specialised Deep-Tech Education environment centred on technologies that are developing rapidly across computing and engineering. Rather than focusing on conventional computer science alone, its academic model combines quantum computing, AI, robotics and cyber-physical systems.

For students exploring AU-QUASAR Bangalore, the school offers an unusual multidisciplinary technology pathway. The B.Tech programmes are structured around advanced technical subjects, while the school promotes research, experimentation and entrepreneurship as important elements of the academic experience.

• Specialised focus on Quantum Computing and AI.
• Four dedicated B.Tech technology pathways.
• Quantum Computing and Information Science specialisation.
• Artificial Intelligence and Machine Learning specialisation.
• Robotics and Artificial Intelligence specialisation.
• Cyber-Physical Systems specialisation.
• Research-oriented learning from the undergraduate level.
• Access to quantum-computing resources.
• AI and Machine Learning laboratory facilities.
• Robotics laboratory facilities.
• High-performance computing infrastructure highlighted by the school.