IIT Delhi opens admissions for the seventh batch of its Certification in Quantum Computing & Machine Learning
New Delhi [India], November 26: The Indian Institute of Technology Delhi (IIT Delhi) has opened admissions for the seventh batch of Certification in Quantum Computing & Machine Learning. The programme features a cutting-edge curriculum and equips professionals to navigate the rapid transformation at the intersection of quantum technologies and machine learning across business and technology contexts. [...]

New Delhi [India], November 26: The Indian Institute of Technology Delhi (IIT Delhi) has opened admissions for the seventh batch of Certification in Quantum Computing & Machine Learning. The programme features a cutting-edge curriculum and equips professionals to navigate the rapid transformation at the intersection of quantum technologies and machine learning across business and technology contexts.
The Certification in Quantum Computing & Machine Learning blends rigorous theoretical foundations with hands-on practice. Learners engage with quantum algorithms, core machine-learning techniques, and the convergence of these domains, preparing them to operate confidently in the emerging quantum era. This six-month, fully online programme comprises seven carefully structured modules, including Quantum Mechanics, Quantum Algorithms, Classical Machine Learning, Quantum Fourier Transform and Quantum Machine Learning, and Product Analytics, among others.
A McKinsey report projects that the three pillars of quantum technology—quantum computing, quantum communication and quantum sensing- could together generate up to USD 97 billion in global revenue by 2035. In India, recognising the strategic importance of quantum advancement, the Government of India has allocated Rs. 6,003 crore for the National Quantum Mission, positioning the country among the world’s leading nations in quantum R&D. Demand is rising across pharmaceuticals and healthcare, financial services, climate and sustainability and other sectors, creating strong, long-term career opportunities for quantum-skilled professionals.