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National Programme for Technology Enhanced Learning is a joint initiative from IITs and IISc to offer online courses and certification in various topics. Learn for free; Pay a small fee to write an exam and get a certificate.
Develop foundational knowledge in number theory, covering prime numbers, quadratic reciprocity, binary quadratic forms, and Diophantine equations. Gain skills for advanced study in the field.
Explore analog electronic circuits, from basic components to practical building blocks. Balance theory and practice, covering BJT and MOSFET circuits for hands-on learning and VLSI design foundations.
Explore the science behind human communication, from speech perception to discourse analysis, and uncover the cognitive processes involved in language learning and usage.
Comprehensive study of modern power system protection techniques, including digital technology, phasor measurements, and various relaying methods for electrical engineering professionals.
Explore signal representation, modulation techniques, and noise analysis in analog communication systems. Gain practical skills in system design for modulators and demodulators.
Explore data analytics using Python, covering probability, hypothesis testing, regression, clustering, and more. Gain hands-on experience creating analytics models applicable to various industries.
Explore algorithmic aspects of game theory, focusing on recent developments in modeling strategic interactions between self-interested agents in various fields, including economics and computer science.
Comprehensive introduction to Discrete Mathematics, covering counting, set theory, logic, relations, functions, and graph theory. Emphasizes problem-solving and proofs with practical applications.
Comprehensive exploration of electromagnetic theory, covering fields, waves, transmission lines, waveguides, and antennas. Builds foundation for advanced electrical engineering studies.
Explore fluid mechanics principles and applications in engineering, covering fluid properties, kinematics, energy equations, dimensional analysis, and flow systems through interactive visualizations.
Explore sustainable management of Earth's depleting resources, covering farm technologies, simulation modeling, and international issues. Gain insights for effective resource management and sustainable development.
Comprehensive exploration of sensor technologies, covering physics, fabrication, and circuits. Learn about various sensor types, their parameters, and applications in modern electronics.
Learn to model and simulate communication systems using MATLAB, covering Monte Carlo methods, random processes, AWGN systems, fading channels, MIMO, Markov chains, queueing, and optimal filtering.
Explore essential mathematical concepts for machine learning, including linear algebra, calculus, optimization, and probability theory. Gain foundational knowledge to develop new algorithms and understand ML applications.
Explore multi-core systems, from smartphones to supercomputers. Learn about memory subsystems, interconnects, and advanced processor architectures. Gain insights into current research and future directions.
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