The Indian Institute of Science (IISc) Bangalore stands as a premier institution dedicated to advanced research and higher education in science and engineering. With a commitment to innovation and excellence, IISc fosters a vibrant learning environment. Students and researchers collaborate on cutting-edge projects, making significant contributions to various fields. The institute offers a diverse range of online courses tailored for aspiring scientists and engineers, providing them with the skills necessary to tackle global challenges. Through its rich academic heritage and state-of-the-art facilities, IISc nurtures the next generation of thinkers and leaders, making it a beacon of knowledge and discovery in India and beyond.
33 Indian Institute of Science Bangalore Courses
Advanced Control System Design focuses on linear and nonlinear control analysis and synthesis with applications primarily in aerospace engineering.
Advanced Matrix Theory and Linear Algebra covers essential concepts in linear systems, vector spaces, orthogonality, and matrix properties, equipping students with foundational...
An Introduction to Electronics Systems Packaging explores chip, board, and system-level packaging in electronics, covering design, fabrication, assembly, and testing with current...
Basic Electrical Technology covers energy sources, circuit analysis, AC and DC machines, transformers, and measuring instruments, providing foundational knowledge for aspiring...
Chemical Reaction Engineering focuses on advanced concepts in reaction mechanisms, kinetics, reactor design, and stability for complex chemical systems.
Explore the principles of analog system design, focusing on linear IC applications and error budget analysis for efficient signal conditioning and data acquisition systems.
Explore numerical optimization methods, from mathematical foundations to advanced techniques, for solving constrained and unconstrained problems effectively.
This course covers the design, analysis, and architecture of storage systems, emphasizing both hardware and system software perspectives for comprehensive understanding.
This course provides a foundation in combinatorics, covering essential principles and techniques for solving problems effectively and efficiently.
Explore the intricacies of compiler design, covering optimization techniques, code generation, and advanced analysis methods essential for efficient programming.
Learn to enhance program quality for high-performance computing systems through understanding software execution and management by hardware and system software.
Explore the evolution of management thought, practices, and theories, focusing on essential management functions, leadership, communication, and organizational dynamics.
