Quantum Computing

IARE has partnered with Quinfosys Pvt. Ltd. to establish a Quantum Computing Center of Excellence (CoE) and Quantum Hub focused on building a strong ecosystem for Innovation, Research, and Intellectual Property (IP) Creation in Quantum Technologies.

The collaboration aims to provide students and faculty with opportunities to explore emerging quantum technologies, work on real-world industry challenges, develop innovative solutions, undertake applied research, and transform ideas into prototypes, publications, patents, and IP.

Key Focus Areas

• uantum Innovation – Develop new ideas, solutions, and prototypes.
• Research – Undertake applied research and real-world use cases.
• IP Creation – Encourage patents, publications, and technology development.
• Industry Mentoring – Engage Quinfosys experts for technical guidance and project mentoring.
• Student & Faculty Development – Build advanced capabilities through workshops, projects, hackathons, and hands-on learning.

Quinfosys – Quantum Computing: Enabling Quantum Skills, Innovation, Research & Industry Readiness through a Collaborative Centre of Excellence, preparing students to explore and develop solutions for the next generation of computing.

Nature of Support for CoE Establishment

• Quantum Computing Enablement – Establishing a foundation for learning and experimentation in quantum technologies
• Faculty Capacity Building – Training and upskilling faculty in quantum computing concepts, tools and applications
• Student Skill Development – Hands-on learning in quantum programming, algorithms and quantum technologies
• Quantum Technology Exposure – Access to quantum computing platforms, simulators and development environments
• Industry-Oriented Training – Workshops, bootcamps and certification-oriented programs aligned with emerging industry needs
• Innovation & Research Support – Encouraging quantum computing projects, experimentation and interdisciplinary research
• Technical Mentorship – Expert guidance for student projects, research initiatives and technology adoption
• Real-World Applications – Exploring quantum solutions for optimization, AI, cryptography, simulation and other emerging applications
• Industry–Academia Collaboration – Connecting students and faculty with the evolving quantum technology ecosystem
• Future-Ready Workforce – Building foundational quantum skills and preparing students for emerging opportunities in the Quantum Computing industry