SGSITS Pioneers in Indore Conduct Localized Quantum Research Under a National Mission
Quantum Center of Excellence at SGSITS Indore
Indian scientists built the Quantum Technologies Center of Excellence (CoE) at SGSITS in Indore. In March 2026, the institution got ₹1 crore for specialized teaching and research labs. India’s National Quantum Mission (NQM) seeks quantum innovative leadership. SGSITS’s cutting-edge research and undergraduate teaching make it a vital “spoke” in the nation’s technological sovereignty hub-and-spoke model.
A Strategic Leap Under the National Quantum Mission
A total of more than ₹6,000 crore (more precisely, ₹6,003.65 crore) was invested in the National Quantum Mission, which would be used over the course of eight years. The main goal of the mission is to develop all-encompassing capabilities in materials, quantum computing, communication, and sensing. To democratize quantum research, the Department of Science and Technology (DST) intends to provide ₹1 crore to each of 100 engineering institutions around India. SGSITS is one of the 23 academic institutions that have already received approval for these specialized labs, indicating a dramatic change in approach to include Tier-1 autonomous state-aided institutes alongside prestigious organizations like the IITs.
The creation of the CoE at SGSITS is a component of a coordinated national agenda rather than an independent academic advancement. The NQM has established four Thematic Hubs (T-Hubs) in critical locations: IVSc Bengaluru for Quantum Computing, IIT Madras and C-DOT for Quantum Communication, IIT Bombay for Quantum Sensing and Metrology, and IIT Delhi for Quantum Materials and Devices. To guarantee that local technical knowledge directly contributes to national goals, the SGSITS facility principally coordinates its research with the Computing and Materials centers.
Transitioning from Theory to Qubits
The new center’s main goal is to transfer quantum physics from the domain of pure theory to the hands of engineers. The structure was designed for hands-on learning on qubits, entanglement, and superposition. This educational shift tries to bridge abstract physics and real-world application by abandoning rote-learning.
The center uses industry-standard technologies and platforms, including as Cirq and Qiskit, to educate students for employment throughout the globe. These tools help students create quantum algorithms and simulations by teaching them modern technology industry skills. SGSITS’s curriculum promotes inventive and proactive problem-solving through research-driven projects, transdisciplinary courses, and hackathons.
Leadership and Institutional Vision
Prof. J.T. Andrew Thomas is presently leading the project, which was proposed by Dr. Vipin Kaushik, Dr. A.S. Bais, and Dr. Lokesh Jain, among other academic professionals who have made significant contributions. The objective, according to Professor Thomas, is to develop a workforce that is “quantum-ready” by combining classroom instruction with experimental labs. Director Neetesh Purohit went on to say that this clearance shows the institute’s dedication to “future-ready” teaching and guarantees that India won’t experience a “quantum lag” akin to past delays in the semiconductor sector.
A partnership between the government, academia, and TCS and IBM, the “Triple Helix Model” promotes this approach. The CoE fosters entrepreneurship and innovation by cultivating these ties, allowing students to produce prototypes and transform academic research into startup enterprises.
- Technology Advancements and the 2031 Vision
Quantum Materials, which studies superconductors and insulators, Quantum Communication, which tests secure data transmission methods, and Quantum Algorithms, which focuses on software for complicated cryptography, are the three main pillars of SGSITS’s research. These activities enable the NQM reach intermediate-scale quantum computers with 50–100 physical qubits by 2028.
A 2,000-km quantum key distribution (QKD) network and a 1,000-qubit computer are planned for 2031. Regional institutes like SGSITS must train hundreds of students each year if India intends to be one of the top three quantum economies by 2035.
The faculty is investigating the “dual-use” aspect of quantum technology, which has uses in both healthcare and national defense, in addition to pure computation. Notably, SGSITS just received further funding from the AICTE to create a non-invasive blood glucose monitoring device utilizing opto-MEMS technology, a sector that has a lot in common with precision measurement and quantum sensing.
Indore as a Quantum Hub
Two IITs and an IIM make Indore a tech powerhouse that might lead the quantum race. The National Quantum Mission includes IIT Indore in building a “Quantum Photonic Processor” by 2030. SGSITS Center of Excellence spreads quantum knowledge to students, enhancing India’s grassroots IT sector. SGSITS decentralizes research and emphasizes human capital to guarantee that future machine operators are indigenous and prepared for quantum technology’s challenges.
