26 Courses and Certifications

Online Engineering Physics Courses & Certifications

Engineering Physics is a fascinating interdisciplinary field that combines principles of physics with engineering applications. This article delves into the world of Engineering Physics courses, highlighting their significance in bridging the gap between theoretical physics and real-world engineering challenges. Whether you are an aspiring engineer or a physics enthusiast, these free engineering physics courses can equip you with the knowledge and skills to excel in a range of industries.

What is Engineering Physics?

Engineering Physics involves the application of fundamental physics principles to solve complex engineering problems. It encompasses a wide array of subjects, such as quantum mechanics, electromagnetism, thermodynamics, and materials science. By understanding the underlying physics behind engineering processes, professionals in this field can innovate and optimise technological advancements.

Who can Pursue Engineering Physics Courses?

Engineering Physics courses cater to individuals who possess a strong interest in both physics and engineering. If you are analytical, curious, and eager to explore the physical laws governing the world around us, these courses are an ideal fit. Students with a background in physics, mathematics, or engineering are well-suited for this interdisciplinary programme and may aspire to acquire an Engineering Physics degree.

Eligibility Criteria of Engineering Physics Courses

Eligibility Criteria for Undergraduate Courses in Engineering Physics:

To qualify for a minimum aggregate of 50% in their 10+2 exams, with Mathematics, Physics, and Chemistry as part of their subjects. Additionally, many universities, including IITs, consider entrance exam rankings like JEE Main and Advanced. Entrance exams hold a 60% weightage, while board exam marks carry 40%. undergraduate Engineering Physics course, applicants need a 

Eligibility Criteria for Postgraduate Courses in Engineering Physics:

For postgraduate Engineering Physics programs, candidates must possess a B.E., B.Tech, or B.Sc. degree in Mathematics, Chemistry, Physics, or any other engineering field. Entrance exam rankings, such as GATE, are also taken into account for admissions.

Entrance Exams for Engineering Physics

For Undergraduate Engineering Physics courses, colleges typically demand the rankings of JEE Main and JEE Advanced, as the program is highly science-oriented and challenging. As most institutions offering this course are IITs, these exams are usually the primary criteria for admissions.

  • JEE Main is a renowned national-level Joint Entrance Exam, widely used for admissions into IITs and NITs. Many universities consider the rankings from this exam for admissions.

  • JEE Advanced, the subsequent level of JEE Mains with increased difficulty, is also a national-level exam, and most IITs rely on its rankings for admissions.

For the Postgraduate course, universities generally require the ranking from the General Aptitude Entrance Test – GATE, a national-level entrance exam.

Alternatively, some candidates may take the state-level Common Entrance Test (CET) if they haven't appeared for the GATE Entrance test. Each state conducts its own CET for postgraduate courses.

Skills Required for Engineering Physics Courses

To excel in Engineering Physics courses, essential skills encompass a strong aptitude for mathematics, adept problem-solving abilities, analytical thinking, critical reasoning, familiarity with scientific software and tools, and effective communication skills. These proficiencies empower students to tackle complex real-world challenges and thrive in their academic pursuits.

  • Strong mathematical aptitude

  • Problem-solving abilities

  • Analytical thinking

  • Critical reasoning

  • Familiarity with scientific software and tools

  • Effective communication skills

What You Will Learn in Engineering Physics Courses

Engineering Physics courses encompass a diverse range of topics that equip students with valuable skills to tackle real-world challenges. These courses cover essential areas such as Classical Mechanics, Quantum Mechanics, Optics, Digital Electronics, and more. Explore the fascinating world of relativity, thermodynamics, and astrophysics while gaining insights into nanotechnology and properties of materials:

  • Classical Mechanics and Relativity
  • Electricity and Magnetism
  • Quantum Mechanics and Wave Mechanics
  • Statistical Mechanics and Thermodynamics
  • Properties of Materials and Nanotechnology
  • Optics and Wave Optics
  • Digital Electronics and Microprocessors
  • Astrophysics and Cosmology
  • Introduction to Engineering Design

Popular Engineering Physics Courses by Top Providers

Engineering Physics is a multidisciplinary field that brings closer the gap between physics principles and their practical applications in engineering. As technology continues to develop, the demand for professionals with knowledge in engineering physics is on the rise. There are online platforms that offer Engineering Physics degrees. Here are some prominent providers:

Career Opportunities After Engineering Physics Courses

Engineering Physics courses open up a world of diverse and promising career opportunities for professionals with expertise in this field. Graduates possess a unique skill set that makes them highly sought after in various industries. If you have completed your Engineering Physics courses, here are some potential career paths that you can explore:

Salary Trends in Engineering Physics Courses

Engineering Physics graduates are well-compensated even at the entry-level, owing to the strong demand for their expertise in a world driven by rapid technological advancements. Below are some job roles along with their corresponding salaries:

Role

Salary Trends

Research Scientist

Rs 6,86,620 p.a. (Approx.)

Photonics Engineer

Rs 15,98,666 p.a. (Approx.)

Aerospace Engineer

Rs 7,97,574 p.a. (Approx.)

Materials Scientist

Rs 12,04,308  p.a. (Approx.)

Source - Payscale, Glassdoor

Scope of Engineering Physics Courses

Engineering Physics courses are expanding rapidly due to technological advancements and the growing demand for sustainable solutions. Graduates have exciting career prospects in various sectors, such as aerospace and defence, renewable energy, nanotechnology and semiconductors, optics and photonics, biomedical engineering, and material science and manufacturing.

Top Recruiters in Engineering Physics

Engineering Physics graduates possess a unique blend of skills that make them highly desirable for leading companies and research institutions. These organisations value the expertise and knowledge that Engineering Physics graduates bring to the table. Here are some major recruiters that actively seek out Engineering Physics graduates:

  • NASA
  • SpaceX
  • Lockheed Martin
  • IBM Research
  • General Electric (GE)
  • Intel Corporation
  • National Laboratories (e.g., NASA's Jet Propulsion Laboratory)
  • TATA Industries
  • Reliance Industries Ltd.
  • Maruti Udyog

FAQs

Q) Which ed-tech companies offer online Engineering Physics courses?

Ans) Coursera, edX, and Udacity are some of the ed-tech platforms that provide online Engineering Physics courses.

Q) What are some popular specialisations within an Engineering Physics degree?

Ans) Popular specialisations include Quantum Mechanics and Nanotechnology, Optics and Photonics, Solid State Physics, and Biophysics

Q) Can students from non-physics backgrounds pursue Engineering Physics courses?

Ans) While a background in physics is beneficial, students with a strong foundation in mathematics and engineering can also pursue Engineering Physics courses

Q) What career options are available after completing Engineering Physics courses?

Ans) Graduates can pursue careers as research scientists, aerospace engineers, nanotechnology engineers, and materials scientists, among others.

Q) Which industries have a high demand for Engineering Physics professionals?

Ans) Aerospace and Defense, Renewable Energy, Nanotechnology, and Biomedical Engineering are some industries with high demand for Engineering Physics experts.

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Spray Theory and Applications

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Spray Theory and Applications

The Spray Theory and Applications certification course duration is 4 Months. This course offers 30 lectures that include a comprehensive curriculum such as drop size distributions, breakup of liquid sheets and ligaments, drop formation, breakup, and drop motion. The prerequisite for this certification course is the students must be undergraduate fluid mechanics or undergraduate differential equations. 

The certification course provides students with in-depth knowledge of theoretical models and the application of multiphase models. The Spray Theory and Applications certification by NPTEL will provide students with a deep understanding of the interaction between a spray and its surroundings, drop evaporation, and nozzle internal fluid mechanics.

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Fundamentals of optical and scanning electron microscopy

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Fundamentals of Optical and Scanning Electron Microscopy

The Fundamentals of Optical and Scanning Electron Microscopy certification course duration is 3 months. The students will gain a deep understanding of the microstructural characterisation of materials. The certification course covers an extensive curriculum that includes the fundamentals of optics, optical microscope and its instrumental details and an introduction to Scanning electron microscopy. 

The students will learn sample preparation and applications and various imaging techniques and spectroscopy from the Fundamentals of Optical and Scanning Electron Microscopy certification by NPTEL. With the leading experts support in the field the students will gain a deep understanding of basic principles and techniques of optical and scanning electron microscopy.  

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Continuum Mechanics and Transport Phenomena

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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.

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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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Interpretative molecular spectroscopy Certification course is a 12-week certification course that offers the fundamentals of principles, methodologies, and applications of molecular spectroscopy in chemistry. Students are provided a deep understanding of theoretical as well as practical applications of the fascinating world of analog electronics with the  Interpretative molecular spectroscopy certification by NPTEL

Interpretative molecular spectroscopy training provides a practical as well as theoretical understanding of principles governing the interaction of electromagnetic radiation with molecules. Students will be able to gain diverse expertise in various molecular topics structures, functional groups, and chemical compounds using spectroscopic methods. With a hands-on learning approach, they will be able to excel in their domain and research approaches. 

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Theory of Groups for Physics Applications

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Theory of Groups for Physics Applications certification course is a 12-week online programme that provides students with the fundamentals of group theory's and its wide-ranging applications in physics. Students are provided with a gap between mathematical concepts and their practical utility in physics through the Theory of Groups for Physics Applications Certification by NPTEL.

Students develop a deep understanding of how group theory is related to various branches of physics. This course also harnesses the power of group theory to unlock new insights and solve complex problems through the Theory of Groups for Physics Applications certification training.

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Introduction to Time-Frequency Analysis and Wavelet Transforms

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Introduction to Time-Frequency Analysis and Wavelet Transforms

The Introduction to Time-Frequency Analysis and Wavelet Transforms certification course delves into signal processing techniques crucial for various applications. Starting with foundational concepts like Fourier transforms, it progresses to advanced methods including STFT, WVD, and wavelet transforms. Practical demonstrations in MATLAB reinforce theoretical learning, empowering students to apply these techniques effectively.

Students explore topics such as bandwidth principles, analytic signals, and interference handling, gaining insights applicable across domains like speech processing and seismic data analysis. With a focus on wavelet transforms, the Introduction to Time-Frequency Analysis and Wavelet Transforms certification by NPTEL equips learners with tools for denoising, signal estimation, and addressing boundary effects.

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Cellular Solids Part 1 Structures Properties and Engineering Applications

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Cellular Solids Part 1: Structures, Properties and Engineering Applications

There is a broad range of plant tissues in nature like bamboo, palm, wood, etc. that have a cellular structure making them strong for their weight. If we look closely, there is a sophisticated architecture at play behind these solids. The Cellular Solids Part 1: Structures, Properties and Engineering Applications online course will help you study the mechanics and structure of various cellular materials.

With the learnings of the Cellular Solids Part 1 programme by edX, you will study the structure and processing of cellular solids as they are made from metals, glasses, polymers, composites, and ceramics. You will explore how we can design engineering materials inspired by the structural features present in nature. This is a nine weeks course.

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Laser Fundamentals and Applications

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Fundamentals of X-ray Diffraction and Transmission Electron Microscopy

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Fundamentals of X-ray Diffraction and Transmission Electron Microscopy

The Fundamentals of X-Ray Diffraction and Transmission Electron Microscopy certification course is an 8-week duration programme. The certification course is an undergraduate-level course on the microstructural characterisation of materials. The course focuses on the basic principles and techniques of X-ray diffraction and transmission electron microscopy.   

The certification course covers a comprehensive curriculum that covers fundamentals of X-ray scattering, and crystallite size, the effect of strain on the intensity. The Fundamentals of X-Ray Diffraction and Transmission Electron Microscopy certification by NPTEL provides students with the required skills and knowledge in the industry. 

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The Fundamentals of Wavelets, Filter Banks and Time Frequency Analysis Certification course is an 8-week online programme with a deep understanding of wavelet theory, filter banks, and time-frequency analysis. Students are provided with the fundamental principles underlying these powerful tools through the Fundamentals of Wavelets, Filter Banks, and Time Frequency Analysis  Certification by NPTEL.

Fundamentals of Wavelets, Filter Banks and Time Frequency Analysis Programming online enables the students to learn how to effectively extract time-varying information from signals which will enable them to tackle complex signal processing challenges. Students through the online course will be able to apply their knowledge in diverse fields such as telecommunications, biomedical engineering and more.

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The Introduction to Non Linear Dynamics certification course introduces students to the complexities of dynamic systems through analytical methods and real-world examples. It offers a practical understanding of phenomena in physics, biology, chemistry, and engineering, covering topics like bifurcations, phase plane analysis, and limit cycles.

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