List of Online Courses and Certifications

The Design of Masonry Structures certification course focuses on the mechanical behaviour and design of masonry structures. Tailored for undergraduates and postgraduates in Structural Engineering, it covers topics like reinforced masonry, gravity and lateral loads, and earthquake-resistant design methodologies. Prerequisites include courses on Strength of Materials and Structural Analysis.

The Design of Masonry Structures certification by NPTEL offers insights into masonry materials, strength analysis, and structural assessment techniques. It equips students with practical skills for assessing and strengthening masonry structures, relevant for careers in Public Works Departments and structural engineering firms. Students gain a comprehensive understanding of masonry behaviour and design principles.

The Characterization of Construction Materials certification course explores various techniques like calorimetry and X-ray diffraction, providing insights into cement and concrete properties. Practical lab sessions complement theoretical learning. Designed for learners with basic civil engineering knowledge, this course offers invaluable insights into material science principles. 

Participants gain expertise in analysing construction materials' behaviour and structure, applicable across industries such as cement production and construction. Led by experts, the Characterization of Construction Materials certification by NPTEL bridges theoretical understanding with practical applications, enhancing learners' capabilities in material characterisation within the construction sector.

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The Analysis and Design of Bituminous Pavements certification course offers a comprehensive study of stress analysis for bituminous pavements, suitable for graduate students in Transportation Engineering and practicing Highway Engineers. It covers essential topics such as pavement design, traffic characteristics, material properties, and practical applications of design guidelines and software tools.

Participants gain hands-on training on IRC37 guidelines and IITPAVE software, alongside discussions on the AASHTO method, distress analysis, and reliability considerations. The Analysis and Design of Bituminous Pavements certification by NPTEL equips students and professionals with the expertise needed to excel in bituminous pavement engineering.

The FEM & Constitutive Modelling in Geomechanics certification course offers a comprehensive exploration of theoretical concepts and practical applications. Students learn to apply matrix structural analysis and variational principles to solve geotechnical problems. The course emphasizes modelling construction sequences, nonlinear constitutive models, and simulating dynamic loading scenarios.

The FEM & Constitutive Modelling in Geomechanics certification by NPTEL caters to senior-level undergraduate and postgraduate civil engineering students. With industry support from prominent geotechnical design companies, students gain valuable insights into real-world challenges and practical solutions. They develop the skills and expertise necessary to excel in the field of geotechnical engineering.

The Rheology of Complex Materials certification course delves into non-Newtonian fluids, crucial in industries like food products and plastics. Students explore complex fluid behaviours beyond Newton's law of viscosity, covering topics such as stress, strain rate, and rheological models like the Maxwell model. Practical examples enhance understanding, preparing students for industry roles.

With prerequisites in Fluid Mechanics or Solid Mechanics, the Rheology of Complex Materials certification by NPTEL offers a deep dive into non-Newtonian fluid dynamics. From microstructural features to advanced rheological models, students gain insights into diverse applications across industries. They develop analytical skills essential for addressing real-world engineering challenges.

The Continuum Mechanics and Transport Phenomena certification course delves into the foundational principles of transport phenomena, targeting Chemical Engineering, Mechanical Engineering, and Biotechnology undergraduates. Students explore fluid kinematics, mass and momentum balances, stress analysis, and applications of key equations like Navier-Stokes. The course prepares students for careers in diverse process industries.

With the Continuum Mechanics and Transport Phenomena certification by NPTEL, students develop a solid understanding of how physics laws govern processes in sectors such as chemical, mechanical, and biotech. Emphasis is placed on problem-solving skills and real-world applications, equipping students with the tools to analyse and address challenges encountered in process industries.

The Analog Circuits certification course serves as an introductory exploration into amplifier design utilizing transistors. Students delve into topics such as transistor characteristics, biasing techniques, and various amplifier configurations. By analyzing both small- and large-signal characteristics, students gain the skills to recognize and analyze basic amplifier setups effectively.

The Analog Circuits certification by NPTEL equips students with a foundational understanding of amplifier theory and practice. Through exploring common source amplifiers, current mirrors, and PMOS transistor integration, students grasp essential concepts in amplifier design. They emerge capable of navigating the complexities of transistor-based amplification systems.

The Multirate DSP certification course caters to students with a foundational DSP background. It delves into intricate topics such as sampling, reconstruction, and sampling rate conversion using multirate building blocks. Through MATLAB-based exercises, students gain practical skills to tackle real-world DSP challenges in industries like telecommunications and biomedical engineering.

Covering applications like filter design, transmultiplexer, and delta-sigma A/D conversion, the Multirate DSP certification by NPTEL provides a comprehensive understanding of multi-rate DSP. It explores mathematical frameworks for Perfect Reconstruction Filter banks and crucial aspects of wireless communication, including capacity in wireless channels and multicarrier modulation.

The Mapping Signal Processing Algorithms to Architectures certification course delves into hardware implementations of Digital Signal Processing (DSP) systems, emphasising VLSI and FPGA technologies. Students explore algorithm analysis and mapping onto custom architectures for optimised operations. Prerequisites include strong fundamentals in Digital Design, DSP, and Processor Architecture.

The Mapping Signal Processing Algorithms to Architectures certification by NPTEL covers a spectrum of topics from basic digital systems to specialised architectures such as Systolic arrays and GPUs. Students gain theoretical insights and practical skills in designing efficient hardware architectures for signal processing tasks. They learn how to translate algorithms into hardware platforms.

The Digital Signal Processing certification course delves into discrete-time signals and systems. The course is tailored for ECE/EEE undergraduates with a prerequisite in Networks and Systems. Topics include z-transform, frequency response, sampling, and the Discrete Fourier Transform, equipping students with fundamental skills in signal processing.

With the Digital Signal Processing certification by NPTEL, students gain a comprehensive understanding of discrete-time signal fundamentals. They are prepared to apply these concepts in real-world scenarios within the realm of Electrical Engineering, setting a strong foundation for further academic pursuits or professional endeavors.

The DC Power Transmission Systems certification course delves into power transmission systems. Led by Professor Krishna S, students explore topics like line-commutated converters, DC link control, and filter design. Prerequisites include knowledge of circuit analysis and power electronics, catering to both undergraduates and postgraduates.

With the DC Power Transmission Systems certification by NPTEL, students gain insights into the complexities of DC transmission technologies, preparing them for careers in electrical engineering. The curriculum blends theoretical lectures with practical applications, enhancing students' understanding of the material covered.

The Optical Engineering certification course covers fundamental concepts such as geometric optics, lens systems, and aberrations, preparing students for practical applications in industries like biomedical instrumentation and metrology. With an emphasis on prerequisites in electromagnetics, the course targets third or final year undergraduates and first-year postgraduates.

Students gain insight into the application of optical principles in engineering contexts. The Optical Engineering certification by NPTEL equips students with the knowledge and skills needed to understand, design, and implement optical systems effectively. The course helps students become well-prepared for the challenges of utilizing optics in various industries.

The Analog Electronic Circuits certification course delves into circuit operation from fundamental principles. Taught by Prof. Shanthi Pavan, an esteemed figure in the field, it covers topics including MOSFET characteristics, amplifier design, and feedback systems. With a focus on intuition and derivation, students develop a strong foundation applicable to semiconductor design.

With the help of the Analog Electronic Circuits certification by NPTEL, participants explore transistor biassing, opamp design, and compensation techniques, gaining essential knowledge for careers in semiconductor design and related industries. The course explores high-speed analogue circuit design which enriches the learning experience, ensuring students are well-equipped for further endeavors in analogue electronics.

The Image Signal Processing certification course delves into both basic and advanced concepts in image processing. Participants will explore topics such as image formation, geometric transformations, unitary image transforms, and advanced techniques like image restoration and 3D shape recovery. This course equips learners with valuable skills sought after by leading companies worldwide.

With a focus on real-world applications, including those in Google and Amazon, learners gain practical insights into the field's nuances and challenges. With the Image Signal Processing certification by NPTEL, students develop a solid foundation in digital image processing, preparing them for diverse career opportunities in industries at the forefront of technological innovation.

The Transport Phenomena in Materials certification course is a 12-week duration programme. The certification course offers a comprehensive curriculum that includes mathematical foundations of transport phenomena, control volume formulation, and friction factors. The prerequisite for this course is the students must have a Mathematics course in the first year at the undergraduate level.  

This certification course's intended audience is undergraduate students of Metallurgical or Materials Engineering and related disciplines. The Transport Phenomena in Materials certification by NPTEL provides students with in-depth knowledge of concepts of fluid flow, heat transfer, and mass transfer with behaviour and processing of engineering materials.

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The Foundations of Computational Materials Modelling certification course is a 12-week duration programme. The certification course offers an extensive curriculum that covers the foundations for building computational samples of crystals and introduces statistical mechanics and its connection to molecular dynamics. The intended audience for this course is all Engineering students.  

The students must have a basic Materials Science Course at the undergraduate level, MATLAB programming, and familiarity with LINUX to join the Foundations of Computational Materials Modelling certification by NPTEL. The students will gain a deep understanding of Molecular dynamics using LAMMPS, the construction of 2D and 3D crystals in MATLAB and statistical mechanics.

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The Fundamentals of Gas Dynamics certification course duration is 12 weeks and the prerequisite for this course is basic knowledge of thermodynamics and fluid mechanics. The certification course offers a comprehensive curriculum that includes an introduction to compressible flow and its constitutive equations, fluids, control volume analysis, oblique shocks, Theta-Beta-M relation, and shock polar curves. 

The students gain in-depth knowledge of various topics such as expansion fans, Prandtl-Meyer flow, and energy equations converging nozzle. The Fundamentals of Gas Dynamics certification by NPTEL provides students with the required skills and knowledge to excel in the field.

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The Engineering Thermodynamics certification course is a 12-week duration programme. It is the first-level thermodynamics course designed for undergraduate students from the ME, CH, AE, and MM departments. This certification course will be beneficial for the students preparing for competitive exams such as GATE.

The Engineering Thermodynamics certification by NPTEL aims to provide a deep understanding of concepts and laws of energy conversion which deals with heat and work interactions. The certification course offers a comprehensive curriculum that covers basic concepts, tutorials for work and heat, and the first law of thermodynamics for systems, pure substances, and thermodynamic cycles. 

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The Micro and Nano Scale Energy Transport certification course offers 12 weeks or 30 hours of extensive learning. The certification course offers a comprehensive curriculum that covers the fundamentals of Micro and Nanoscale transport in different fields of interest such as thermal dissipation from electronic devices, and Micro electro mechanical systems and sensors (MEMS). 

This certification course is specially designed for students with a background in Mechanical, Aerospace, Electrical Engineering and Physical Sciences. The Micro and Nano Scale Energy Transport certification by NPTEL prerequisite is Undergraduate thermodynamics, fluid mechanics and heat transfer. This course gets industry support from various companies dealing with nanotechnology such as Intel, and IBM.

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The Electron Diffraction and Imaging certification course is a 12-week duration programme. The certification course prerequisite is knowledge of basic optics and physics. This course offers an extensive curriculum that covers electron diffraction and imaging aspects such as symmetry in crystals, reciprocal space and electron microscope, different types of projections, and fundamentals of diffraction. 

The students will also explore the contrast theory (kinematical and dynamical theory) and phase contrast microscopy after completing the Electron Diffraction and Imaging certification by NPTEL. They will also learn the basics of electron crystallography, computation of intensity of diffraction pattern, and a brief introduction to recent techniques in electron microscopy.

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The Acoustic and Noise Control certification course is a 12-week duration programme. The certification course offers a comprehensive curriculum that includes sound, acoustics, noise pollution, steady state, DB Arithmetic, and acoustic measurements. The certification course focuses on introducing the human factors that influence the perception of sound. 

The students will gain in-depth knowledge of the foundations and concepts of acoustic wave propagation and duct acoustics after completing the Acoustic and Noise Control certification by NPTEL. They will also learn the octave band frequency analysis, intermittent noise and noise rating. Students will be able to apply the principles and techniques with the help of leading industry experts.

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The Defects in Materials certification course is a 12-week duration programme. The certification course aims to provide a brief introduction to the various types of defects and how their interaction can used to control the properties. The certification course covers a comprehensive curriculum that covers a brief introduction to perfect crystals, defect classification in crystalline systems, and defect interaction. 

Students will learn the role of defects in controlling, and introduction to techniques for characterization of defects. The Defects in Materials certification by NPTEL equips students with the necessary skills and knowledge of the industry. They will also gain in-depth knowledge of the role of dislocations in static and dynamic strain ageing, the strength of alloys, deformation of poly-crystals and fracture.

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The Health, Safety, and Environmental Management in Offshore and Petroleum Engineering certification course is a 12-week duration programme. The certification course provides knowledge of safety and environmental issues in the petroleum industry. The certification course's intended audience is B.E/B.Tech, M.E/M.Tech, M.S, B.Sc, M.Sc, and PhD.

The certification course focuses on educating the candidates to identify the risks that can occur at any stage of operation. The Health, Safety, and Environmental Management in Offshore and Petroleum Engineering certification by NPTEL trains the students to quantify and manage the risks that occur by the leading industry experts.  

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The Transform Techniques for Engineers certification course is a 12-week duration programme. The students must know Calculus to obtain this certification course. The certification course covers a wide range of topics, including an introduction to the Fourier series and finding the Fourier series of a periodic function and Fourier transforms over real lines.     

Students will receive a deep understanding of the Fourier transform and its properties, Fourier transform and its applications from the Transform Techniques for Engineers certification by NPTEL. The students will get hands-on training with the support of leading industry professionals and apply it to real-world projects. 

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The Surface Facilities for Oil and Gas Handling certification course is a 12-week programme. The course focuses on teaching students how to separate crude oil and natural gas into their components at surface facilities. The prerequisite for this course is students must know the concept of petroleum drilling, completion and production along with basic engineering and applied mathematics knowledge. 

The undergraduate and postgraduate in Petroleum, Mechanical and Chemical Engineering students are the intended audience for this course. The Surface Facilities for Oil and Gas Handling certification by NPTEL covers a comprehensive curriculum that includes an introduction to drilling, completion, production, surface facilities, fluid properties and units, oil, water, sand and gas separation, coalescence, and coalescing media. 

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The Inverse Methods in Heat Transfer certification course is a 12-week programme. The prerequisite for this course is that it would be useful if the students have pursued an undergraduate course in Heat Transfer. They must also know probability, calculus and matrix algebra. The intended audience of this certification course is undergraduate and postgraduate students.  

The Inverse Methods in Heat Transfer certification by NPTEL provides an overview of the inverse problems in heat transfer and ways of solving them through examples. The certification course covers a comprehensive curriculum that covers an introduction to inverse problems, a statistical description of errors, inverse problems as optimisation problems, and classical techniques. 

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The Applied Thermodynamics certification course is a 12-week programme. This course is designed for undergraduate students and is supported by the Engineering Thermodynamics or Basic Thermodynamics industries. The certification course aims to equip the students with the required skills and knowledge to carry out a thermodynamic analysis of any device. 

The students will gain hands-on training with the support of leading industry experts. The Applied Thermodynamics certification by NPTEL provides a comprehensive curriculum that includes the derivation of entropy change of control volume, the exergy of a system, and tutorials. The students will also learn about the thermodynamic cycle - Rankine cycle, and Brayton cycle with intercooling. 

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The Design of Mechanical Transmission Systems certification course is a 12-week programme. This course's intended audiences are Mechanical Engineering, Automobile Engineering, Engineering Design, and Production Engineering students. The certification course covers an extensive curriculum that covers the evaluation, and application of Gearbox, GP, Machine Tool Gearbox - Kinematic diagram construction, module calculation concept, brake and clutch.   

The prerequisite for this certification course is knowledge of the Strength of Materials and the Design of Machine Elements. The Design of Mechanical Transmission Systems certification by NPTEL is supported by various industries such as the Automotive Industry, Gearbox manufacturers and Brake manufacturers. With the support of industry professionals, the students gain hands-on training.  

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