Hyderabad, August 31, 2019:  Microsoft Garage India has partnered with Indian Institute of Technology (IIT), Roorkee to conduct lectures on quantum computing for a full semester. IIT’s BTech and MTech students can choose the course as a pool elective. The course, which has been structured by IIT Roorkee and Microsoft, will provide the students,  access to Q# Programming Language practical examples, Microsoft Quantum Development Kit and Microsoft Quantum Faculty.
Quantum computing has taken a big leap in drawing attention from the student community with its power to solve intricate challenges in no time. Students today are aware of quantum computing's ability to run a myriad of conflicting parameters and variables at a pace that is unparalleled. This, however, also begets the need to provide this body of emerging programmers with direct access to quantum programming in course of their education. Microsoft’s quantum computing program which has been running for more than 15 years, helps students understand the technology, develop practical applications, and build the quantum workforce of the future. Microsoft experts will provide engineers at IIT Roorkee
Says Reena Dayal, Director, Microsoft Garage India: “This collaboration between Microsoft Garage and IIT Roorkee represents another step towards empowering students to create futuristic innovations. With Microsoft’s experience in the field of quantum computing, we aim to make the technology more accessible and enhance the learning journey of engineering students. The partnership will create a new learning experience for students and help them build impactful solutions.”
Adds Prof Ajit K. Chaturvedi, Director IIT Roorkee: “I look forward for this collaboration between Microsoft Garage and IIT Roorkee, as it is a great opportunity for our institute and students to grow and learn through this quantum computing program. We believe that together we will be able to deliver and achieve our respective goals.”
Microsoft Garage India has been closely working with academia to provide students access to new technologies and encouraging them to innovate aggressively, learn through practice, and build creatively.