The Indian Institute of Science (IISc), Bengaluru, has announced the launch of a new four-year B.Tech program for students. Designed to integrate the fields of mechanics and computing, the course aims to equip students with an education aligned with the demands of modern engineering. Through this program, students will engage in an in-depth study of mathematics, physics, engineering mechanics, and computational techniques.
The institute believes this course will prepare students for future technological challenges. Admission to the program will be conducted via JoSAA 2026 counseling, with classes scheduled to commence in August 2026.
**A Unique Blend of Engineering and Computing**
This new B.Tech program introduced by IISc will span eight semesters. Its objective is to provide students with a robust understanding of mechanics, mathematical modeling, and computational science. The curriculum is structured to enable students to analyze complex engineering problems and develop modern technological solutions for them.
**Special Focus on Key Subjects**
The course incorporates vital subjects such as engineering mechanics, computational modeling, physical systems, and data-driven analysis. Students will receive practical training in simulation-based engineering, mathematics, physics, and computing. Additionally, special emphasis will be placed on developing skills in modeling, system design, and problem-solving.
**Opportunities in AI, Robotics, and Research**
A distinctive feature of this program is the flexibility it offers students to choose elective subjects related to Artificial Intelligence (AI), Machine Learning (ML), robotics, and other engineering domains. IISc’s research-oriented environment will allow students to participate in research activities from an early stage. Being located in a technology hub like Bengaluru, students will also have excellent opportunities for internships, industry projects, and gaining professional experience. The institute will admit a limited number of students, ensuring that each individual receives personalized guidance and superior academic support.
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