Swayam Physics Courses & Certifications

The ‘Classical Mechanics: From Newtonian to Lagrangian Formulation’ online certification course is developed for the students to study and discuss the classical concepts of mechanics in the domain of engineering and physics. This National Programme on Technology Enhanced Learning (NPTEL) free online training course is provided by Swayam initiated by the government of India. The classes of this core course of undergraduate level are conducted online for a period of twelve weeks.

The course instructor for this online program is Prof. Debalmalya Banerjee, faculty from the department of physics at the Indian Institute of Technology Kharagpur. This course helps the students develop their expertise and knowledge on concepts such as Newtonian laws and other theories of classical physics and gravity. This ‘Classical Mechanics: From Newtonian to Lagrangian Formulation’ online training program enables the students to get a certificate and credit points at the end of this All India Council for Technical Education approved course.

The ‘Computational Physics’ is a National Program for Technology Enhanced Learning (NPTEL) online course offered for the students to build their competence in the computational techniques and strategies and to get introduced to methods of quantum and classical computations. This online certification course is provided by the Swayam, a free online education portal for a period of twelve weeks.

The instructors for this elective course are academically trained faculty Prof. Apratim Chatterji and Prof. Prasenjit Ghosh from the Indian Institute of Science Education and Research (IISER, Pune). The students of training will gain computational insights and will be able to explore the field of physics through the theoretical and practical exposure of concepts.

The ‘Computational Physics’ online training program enables students to receive the certification and credit points after completing this All India Council for Technical Education (AICTE) course and assessments according to the eligibility standards.

The Advanced Atmospheric Physics certification by IIT Roorkee is a 12-week online course. This online certification course focuses on providing students with knowledge of advanced aspects of atmospheric and space physics. The Advanced Atmospheric Physics online course provides learners with the basics of inertial and non-inertial forces and the various dynamical phenomena. It also equips them with the understanding of various crucial aspects such as atmospheric waves and instabilities. The Advanced Atmospheric Physics certification syllabus will teach students about Atmospheric dynamics, Apparent forces, effective gravity, Thermal wind, Sound waves, gravity waves, Magnetosphere, and more.

The Advanced Atmospheric Physics training course can be an extension to the earlier NPTEL course: Introduction to atmospheric and space sciences. Offered via Swayam, students of B.Tech/ MSc/ MTech/ and Pre-PhD can enrol in this Advanced Atmospheric Physics certification by IIT Roorkee. After completing this online course, students can apply for jobs in R&D-based organizations like DRDO, ISRO, NCMRWF, and IMD.

The Advanced NMR Techniques in Solution and Solid-State certification by IISc Bangalore is a 12-week online course. This online certification course is designed for postgraduates and research students providing them with an introduction to NMR and the internal interaction parameters. The Advanced NMR Techniques in Solution and Solid-State certification syllabus at IISc Bangalore will also discuss some advanced concepts and techniques, such as NOE and ROE, spin system nomenclature, relaxation phenomenon and their measurements, quantum mechanical analysis of spectra, chemical exchange, and others.

The Advanced NMR Techniques in Solution and Solid-State online course is delivered online via Swayam. To pursue this online course, students are required to have a basic knowledge of NMR Spectroscopy and Analysis of Spectra. Upon completion of the Advanced NMR Techniques in Solution and Solid-State training programme, they can enter the pharma industries that have NMR facilities.

The Quantum Technology and Quantum Phenomena in Macroscopic Systems Certification consists of a 12-week online course. IIT Guwahati develops and approves the course syllabus, even if Swayam is appointed to teach the course. The Indian Institute of Technology, Guwahati and NPTEL are the organisations authorized to issue this course certificate.

Quantum Technology and Quantum Phenomena in Macroscopic Systems training is offered as a physics elective. Amarendra Kumar Sarma is the instructor for this certification program.

The fundamentals of quantum physics, such as quantum entanglement and quantum superposition, are covered in this course. The goal of this course is to teach students quantum optics so they can explain solid-state nanosystems, which is necessary for the next stage of the technological revolution.

A 12-week online course is required for the Thermal Physics Certification. Although Swayam is allotted to teach the course, IIT Kharagpur advances and authorises the course syllabus. This course certificate is approved to be delivered by the Indian Institute of Technology, Kharagpur, and NPTEL. Thermal Physics training is offered as a physics core program. Debamalya Banerjee is the instructor for this certification program.

This course focuses on the internal energy that results from the motion of the atoms and molecules that make up an item as well as the transfer of this energy, or heat, from one object to another and integrates the study of thermodynamics, statistical mechanics, and gas kinetic theory. It aims to provide a general overview of each of the three main heat-related topics.

The Physics Of Functional Materials & Devices certification course explores the critical link between tailored materials and developing advanced smart devices. It covers the synthesis and characterisation of materials, emphasising the intricate structure-property relationships. Focusing on practical applications, it trains students to make informed decisions in selecting materials for devices.

The Physics Of Functional Materials & Devices certification by Swayam targets integrated undergraduate and postgraduate students. Industry collaboration with Log9 Materials, Intel, and IBM Research ensures real-world relevance. Upon completion, students gain a comprehensive understanding of materials for semiconductor devices, positioning them well for roles in material research and related industries.

Also Read: Online Materials Science And Technology Certification Courses

Advanced Condensed Matter Physics certification course will help candidates learn about the different theories, the implementation and how it works in the real world and are involved in matter physics. The candidates will also be learning the higher-level concepts so that they are able to learn properly during the course.

The candidates can feel free to reach out to the experts for the queries they have. The course covers all the necessary headings and subheadings to have a crystal clear learning for the aspirants taking the course. Applications to the Hubbard model, Kane Mele model, and superconductivity are some of the important topics for discussion of the candidates.

The course will be beneficial for all the candidates who are looking forward to enhancing their skills in the Advanced Condensed Matter Physics program. There are various learning materials added in the course, the candidates will have the learning materials always with them during the course.

The Physics Through Computational Thinking online program is an eight-week-long course that familiarises you with computational thinking and its application in fundamental undergraduate physics. You will learn to convert physics problems into computer-supported formats for appropriate analysis. The course will extensively take you through the four stages of computational thinking – definition, translation, computation, and interpretation.

With the help of the Physics Through Computational Thinking course by Swayam, you will learn to analytically solve algebraic equations and problems using numerical algorithms on a computer. Also, you will be acquainted with visual thinking using Mathematica, which is a symbolic programming language. You will develop the cognitive ability of computational thinking through physics.

The Physics Through Computational Thinking certification course uses physics to teach computational thinking by taking examples from many areas of physics like quantum mechanics, electromagnetism, mathematical methods, classical mechanics, etc. This online program is crafted by the Indian Institute of Science Education and Research (IISER), Bhopal.

The Solar Photovoltaics: Principles, Technologies and Materials online programme is curated by IIT Kanpur. It is an elective course which runs for a duration of eight weeks. It is designed for both UG and PG level students and falls under the category of Electronic materials, Metallurgy and Material sciences and Mining engineering. This programme is an FDP course approved by AICTE. 

The aim of the Solar Photovoltaics training by Swayam is to introduce the candidates to the different photovoltaic materials and their role and functioning in solar cells' operation. Other important topics such as semiconducting materials, semiconductor junctions and their basic properties will also be discussed. This programme will also focus on first, second and third-generation solar cells and photovoltaic devices' essential characteristics.

The Solar Photovoltaics certification programme is taught online and rife with study materials and video tutorials. Candidates will be able to access all course material free of cost and at their own pace. They can also apply for certification and appear for the proctored exam at the end of the term.

Non-destructive testing is an integral part of quality control, structural health monitoring, and flaw detection. It has many applications in industries related to manufacturing and production. Theory and Practice of Non-Destructive Testing program is an undergraduate/postgraduate course that will teach you about various NDT methods in depth. 

Theory and Practice of Non-Destructive Testing certification is an online MOOC. It provides a comprehensive overview of NDT methods, starting with the basics and the underlying principles and concluding with specific NDT methods process details. There will be periodic assignments and an optional offline exam to help you evaluate your progress. 

Theory and Practice of Non-Destructive Testing online course is curated and designed by IIT Madras. It is eight weeks long and comes under Materials joining, Metallurgy and material science, Mining engineering, Manufacturing processes, and technology. The course also offers certification. It is an elective course approved by AICTE as an FDP course.

From understanding electrons in magnetic fields to exploring the responses of solid atoms, the Concepts In Magnetism And Superconductivity certification course covers magnetization, susceptibility, and their real-world applications. Superconductivity topics include zero resistance, BCS theory, Josephson junctions, high-TC superconductors, emphasizing practical implications for quantum chips and various industries.

Designed for B Tech, BE, M Tech, ME, MSc, and PhD students, the Concepts In Magnetism And Superconductivity certification by Swayam requires a grasp of modern physics, quantum mechanics, and condensed matter physics basics. It meticulously builds from simple principles to intricate phenomena, fostering a deep understanding relevant to various industries.

Also Read: Online Electromagnetism Certification Courses

Developed by IIT Guwahati, a Brief Course on Superconductivity training lends an introductory perspective to superconductivity. Learners will explore concepts with the experimental methods used in the study. Set at an undergraduate/postgraduate level, this study is based on Physics. Moreover, students can refer to video lectures and study references given during the course.

Spread across four weeks, the Brief Course on Superconductivity certification syllabus breaks down theories and effects responsible for superconductivity. These include the BCS, Ginzburg Landau, and Landau’s Fermi liquid theories, along with the Josephson effect. Students will also learn Josephson junctions, DC SQUID, Tc ramifications, several experimental methods, unconventional superconductivity, and cuprates.

Professor Saurabh Basu from the Physics department at IIT Guwahati instructs the Brief Course on Superconductivity programme. This elective curriculum comes with a verifiable e-certificate. Candidates must register for the proctored test and submit all four assignments included in the study. Companies based around ceramic researches and material sciences widely recognise this curriculum and hence, actively recruit its learners.

Swayam’s Optical Sensors online course is an elective, four-week curriculum dealing with optical biosensors and their introductory working fundamentals. Developed in collaboration with IIT Roorkee, this program is set at PG/UG-level and belongs to the ‘Photonics’ and ‘‘Physics’  categories. The entire training features weekly modules, evaluations, optional exams, and term-end notes for research. 

The Optical Sensors certification syllabus commences with the elementary components, performance parameters, characteristics, etc. It then proceeds with optical phenomena, sensing applications, tissues’ optical properties, biomaterials’ optics, and more. Through an extensive curriculum, the course familiarises candidates with the mesmerizing sphere of optics principles-based sensors. In doing so, it also helps them gain industry-relevant skills to pursue career growth in this domain. 

While a basic optics experience is enough to join this training, students must complete all in-course assessments and register for Swayam’s offline test (proctored) to acquire the Optical Sensors certificate. This will further help them display their skills and seek lucrative job opportunities in Photonic Sys and related organizations.