Online Mechanics Courses & Certifications

This course, offered under the NPTEL program which is run by Swayam and is funded by MoHRD. It is aimed at teaching the basics of mechanics, essential in most streams of sciences and engineering studies at the undergraduate level. The course consists of topics in computational mechanics, mechanical engineering, computational engineering, advanced dynamics and vibration, advanced mechanics. 

Engineering Mechanics is the subject that forms a foundational knowledge base for those interested in mechanical engineering. All the concepts taught in this course are required to study subjects like Strength of Materials, Theory of Machines, Machine Design, FEA, Mechanical Vibration, etc., which is basically every subject in Mechanical Engineering.

Concepts of engineering mechanics ranging from production technology to design sciences to thermal sciences are used everywhere in this field. It is very important that you take the subject seriously if you wish to pursue Mechanical Engineering. This course will give you the basic knowledge required to apply the principles taught during this course to solve engineering mechanics problems. 

The Basic Statistical Mechanics Certification Course is a 12 week-long massive open online course that educates learners on the fundamentals of statistics and mechanics. The course is provided on the Swayam online learning platform and led by thy Prof. Biman Bagchi of IIT Bombay. The course is suitable for students aspiring to work in the field of pharmaceutical and fuel cell companies.

The Basic Statistical Mechanics Training is provided through video lectures and course materials by experts. The course can be completed within a duration of 12 weeks and is easily accessible online. Once all steps of course lessons and evaluations are completed, learners will receive the Basic Statistical Mechanics Certification by NPTEL and IIT Bombay.

The Theoretical Mechanics Certification Course is a massive open online course that discusses the formulations of classical mechanics. The course is offered through the Swayam online platform. The course includes lectures that cover important topics like Lagrangian formulation, the Hamiltonian formulation, and the Poisson bracket formulation in the most effective ways.

The Theoretical Mechanics Training is offered through video lectures, course materials, and other supporting resources. The classes will be coordinated by Prof. Charudatt Kadolkar of IIT Guwahati. Once the course lessons are completed and the assessments are finished, candidates will get the Theoretical Mechanics Certification by NPTEL and IIT Guwahati.

The CNC Operator Machining Technician - ASC/Q3501 (NSQF Level 3) course is designed to train freshers and experienced CNC Operator Machining Technicians with the advanced techniques and skills required for the industry. The certification course is available on the TCS iON provider platform and candidates can take CNC Operator Machining Technician - ASC/Q3501 (NSQF Level 3) classes by logging in through the portal. The learner must attend 1-2 hours per week to complete the certification course.

CNC Operator Machining Technician - ASC/Q3501 (NSQF Level 3) online course is a 3 months certification course that will help the experienced technicians by providing knowledge on updated techniques of CNC Machine operating. In addition to this, the certification course opens gates for all the freshers by introducing them to the norms of CNC machines and the working of the technician. The advanced skills would help the existing workers and freshers to boost their knowledge and hype their careers. Candidates fulfilling the passing criteria of 70% score in the certification assessment shall be awarded  CNC Operator Machining Technician - ASC/Q3501 (NSQF Level 3) certification by ASDC and Skills trainer. 

The innovative and engaging Engineering Mechanics certification syllabus covers mathematical modelling of standard machines, engineering designs, and mechanisms, through 2D and 3D diagrams. It is an intermediate-level course and includes practical tasks for learners to understand better and solve real-world engineering problems.

The Engineering Mechanics training programme begins with the concepts of statics. Candidates will then learn how to write down equilibrium conditions for structural elements, substitute systems of forces, create 2D and 3D equilibrium diagrams, and apply mathematical operations in creating and solving problems. 

The Ural Federal University offers the Engineering Mechanics online course. Candidates can watch the video lectures (with English and Russian transcripts) and learn at their own pace. There are weekly tasks, final tests, and video demonstrations of solutions to practical problems, to help candidates assess their performance. They should be able to complete the course comfortably within nine weeks if they study around four to five hours a week.

The Quantum Mechanics for Scientists and Engineers 1 Online Course is a self-paced introductory level course that explores the fundamentals of quantum mechanics. The course has a duration of about 9 weeks and is available on the online edX platform. The course will be led by David Miller, the W. M. Keck Foundation Professor of Electrical Engineering and the Professor of Applied Physics at Stanford University.

The Quantum Mechanics for Scientists and Engineers 1 Training is delivered through video lectures, study materials, and the assessments include graded assignments and exams. Learners can join the course and progress at their own pace. Once the course steps are completed, learners will receive the Quantum Mechanics for Scientists and Engineers 1 Certification by edX and Stanford University.

The Quantum Mechanics for Scientists and Engineers 2 Online Course is a self-paced course that explores the core concepts and practical applications of quantum mechanics. The course will be available on the edX platform and led by David Miller, the W. M. Keck Foundation Professor of Electrical Engineering and the Professor of Applied Physics at Stanford University. The course would require an estimated 9 weeks for completion.

The Quantum Mechanics for Scientists and Engineers 2 Training will introduce learners to the basics of quantum information and the interpretation of quantum mechanics. The course will be supported by online lectures and study materials along with graded assignments and exams. Once a student completes all course steps and the assessments, they will be rewarded with a Quantum Mechanics for Scientists and Engineers 2 Certification by edX and Stanford University.

The Engineering Mechanics Training is a 9-week long specialized math course that educates learners on mathematical analysis of the concepts of engineering mechanics. The course offered on the online learning platform of edX aims at introducing learners to the process of mathematical modelling of engineering designs and their core mechanisms. The course will be taught in a self-paced manner.

The Engineering Mechanics Certification Course is administered by the expert tutors of the Department of Theoretical Mechanics at the Ural Federal University. The course will be delivered via video lectures, video demonstrations, problem sets, tasks, and tests. Once all evaluation steps are completed, learners will be awarded the Engineering Mechanics Certification by edX and the University of Tokyo upon successful completion.

The field of evolutionary computation is derived from Darwin’s theory of evolution and applies the principles of evolution to computational intelligence. The online course on Evolutionary Computation for Single and Multi-Objective Optimization by Swayam will help candidates master this technique to solve complex optimization problems. 

The Evolutionary Computation for Single and Multi-Objective Optimization training is an eight-week course provided by IIT Guwahati. It is available for free enrolment on Swayam. After completing this course, candidates will be able to offer solutions to large-scale optimization problems arising in industries and research. Throughout the course, candidates will build and experiment with various types of EC designs. 

This Evolutionary Computation for Single and Multi-Objective Optimization online course is an FDP course approved by AICTE. Some of the topics covered by the faculty include evolutionary algorithms, particle swarm optimization, binary and real-coded algorithms, and statistical assessments. After completing the syllabus, candidates can opt to appear for the final exam and receive the certificate.

The Mechanics and Control of Robotic Manipulators Certification Course is a massive open online that deals with the basics of robotic systems and robotic manipulators. This certificate course in robot mechanics is led by Prof. Santhakumar Mohan of IIT Palakkad on the Swayam online platform. The course makes use of Matlab or Simulink, other course resources and tools mputational exercises using Matlab/Simulink or similar tools will be part of weekly exercise.

The Mechanics and Control of Robotic Manipulators Training is provided through expert lectures and course materials. The course will cover the fundamentals of mechanics and control of robotic systems along with mathematical modelling simulations, computational exercises. Once all steps of evaluation are done, you will get the Mechanics and Control of Robotic Manipulators Certification by NPTEL and IIT Palakkad.

The Mechanics: Motion, Forces, Energy, and Gravity, from Particles to Planets Certification Course is a 100% online beginner-level course that is based on the important aspects of mechanics. The course is suitable for senior secondary students and university freshers who are interested in the domain of physics. The course can be easily accessed on the online learning platform Coursera.

The Mechanics: Motion, Forces, Energy, and Gravity, from Particles to Planets Training is provided by the expert faculty at the UNSW Sydney (The University of New South Wales). The mode of delivery for the course includes videos, reading materials, and practice exercises along with animations, experiments, and practice problems. The course will reward learners with a Mechanics: Motion, Forces, Energy, and Gravity, from Particles to Planets Certification by Coursera after completing all assessments.

The Through Engineers' Eyes: Engineering Mechanics by Experiment, Analysis, and Design Certification Course is a self-guided online course that discusses the techniques and concepts of engineering mechanics. The course will be provided on the Future Learn platform by the faculty of UNSW, a leading Australian university. It is a free online course that deals with the science-based analysis of engineering design.

Through Engineers' Eyes: Engineering Mechanics by Experiment, Analysis and Design Training mode includes adaptive tutorials, analyze videos, experiments, paper and pencil tutorials, and design activities. The course aims at providing learners with a personalised learning experience. After successful completion of all evaluations, learners will receive the Through Engineers' Eyes: Engineering Mechanics by Experiment, Analysis and Design Certification by FutureLearn and UNSW.

Mechanics is one of Physics’s significant areas that deals with the study of motion and displacement. This subject has extreme practical importance as it is used in our day-to-day lives and activities. The Mechanics, Part 1 online course, explores the fundamentals of Mechanics and problem-solving skills required in STEM fields. 

The edX Mechanics, Part 1 certification syllabus covers complex Physics topics such as kinematics, velocity, and acceleration, and how they can be connected through calculus. This calculus-based curriculum further discusses Newton’s laws of motion and the concept of energy and momentum, which is another quantity of motion. 

A Rice University offers, the Mechanics, Part 1 program is a self-paced studying avenue that will facilitate you to learn at your speed and convenience. It has been developed in association with Rice University and will be taught by its faculty. The course will use video lectures as a medium of teaching and will help you prepare for the on-campus programme at Rice on Mechanics. 

The candidates are given the option of choosing from any of the two tracks available so that the course learning can be completed. Both the course tracks are self-paced but there is a time limit until which the course remains accessible in the audit mode that is free of cost. Again, in the case of the verified track, the candidates will be able to access the course materials for an unlimited period of time.

The Mechanics, Part 2 Training Course is an intermediate-level course that covers every aspect of physics through a calculus-based learning structure. The course is offered by RICEx, a collaboration of Rice University with the edX learning platform.

Through the Mechanics, Part 2 Certification Course, learners will be introduced to the fundamental concepts of mechanics and physics required to excel in all STEM fields. The course will be instructed by Jason Hafner, Professor of Physics, Astronomy, and Chemistry at Rice University.

Mechanics, Part 2 Live Course is a self-paced course that the learners can progress at their own speed. The course will include graded assignments and exams as the criteria for evaluation for attaining the final certificate.

The Fundamentals of Mechanics for Engineering Certification Course is an introductory level online course that discusses the fundamental concepts of mechanics for engineering. The course is provided in collaboration with edX and the Universitat Politècnica de València (UPV). The physics course will be taught in Spanish in a self-paced manner that allows candidates to progress at their own speed.

The Fundamentals of Mechanics for Engineering Training will be provided by expert tutors through video lectures and other course materials. The mode of assessment for the course includes graded assignments and exams. Once the assessments are complete and the candidate is qualified, they will get a Fundamentals of Mechanics for Engineering Certification by edX and UPV.

The Introduction to Engineering Mechanics Certification Course is a 100% online course on engineering mechanics available on the Coursera online learning platform. The course will deal with applications of basic mathematics and physics along with applications of real-world engineering concepts.

The Introduction to Engineering Mechanics Training Course has flexible deadlines that allow learners to reset deadlines and progress at their own pace. Dr. Wayne Whiteman, an academic professional at the Woodruff School of Mechanical Engineering, Georgia Institute of Technology.

After completion of the Introduction to Engineering Mechanics Live Course through video lectures, reading materials, practice exercises, and graded assignments, learners will receive a course certificate of completion.

The Microstructural Evolution of Materials Part 1: Statistical Mechanics Certification Course is an advanced-level online course that explores different concepts and principles of statistical mechanics. This is the first part of the four-course series in Microstructural Evolution in Materials. The course is delivered by expert instructors at the Massachusetts Institute of Technology.

The Microstructural Evolution of Materials Part 1: Statistical Mechanics Training will introduce learners to the concepts of solid solutions, the canonical ensemble, and heat capacity. Once all the course lessons are completed along with the graded assignments and exams, learners will get the Microstructural Evolution of Materials Part 1: Statistical Mechanics Certification by edX and Stanford University.

The Mechanics of Materials III: Beam Bending Certification Course is a 100% online course that provides knowledge of beam bending along with its analysis and design. The course instructor of this certification course is Wayne Whiteman, PE, a Senior Academic Professional at the Woodruff School of Mechanical Engineering. The course allows learners to set flexible deadlines and proceed according to their pace.

The Mechanics of Materials III: Beam Bending Training is offered by the Georgia Institute of Technology. The course will be taught through video lectures, reading materials, and practice exercises to test the knowledge of learners. Once all the course steps are fulfilled and the assessments are completed, learners will get the Mechanics of Materials III: Beam Bending Certification by Coursera.

The Application in Engineering Mechanics Online Course is a specialized course provided on the Coursera platform dealing with the applications of the concepts in engineering mechanics. The learners of this certificate course should have knowledge of the course contents in “Introduction to Engineering Mechanics” in order to understand this course. The course is available in a flexible mode that allows learners to choose their preferred schedule.

The Applications in Engineering Mechanics Training is instructed by Wayne Whiteman, PE, a Senior Academic Professional at the Woodruff School of Mechanical Engineering. After completing all course content through videos, reading materials, and practice quizzes, learners will be assessed. The Applications in Engineering Mechanics Certification by Coursera will be provided to learners who complete the course successfully.

The Mechanics of Materials I: Fundamentals of Stress & Strain and Axial Loading Certification Course is a 100% online course that discusses the mechanics of materials with a special focus on solid objects that are subjected to stress. The course is available on the Coursera platform and is instructed by Wayne Whiteman, a senior academic professional in the Woodruff School of Mechanical Engineering. 

The Mechanics of Materials I: Fundamentals of Stress & Strain and Axial Loading Training will be provided in a flexible manner wherein the candidates reset deadlines according to their preference. Once the course lessons are completed and the assessments are fulfilled, learners will get the Mechanics of Materials I: Fundamentals of Stress & Strain and Axial Loading Certification by Coursera.

The most important procedure in the industrial sector is machine design. In general, machine design is involved in the creation of functional mechanics and power supplies. Designers generally diversify and may focus on things like the development of functional automotive components, engines, turbines, industrial machinery, and mechanization technology. Machine Design: Theories of failure and Design for fatigue online certification is designed by Mufaddal Rasheed - mechanical engineer, inventor & quora writer and is delivered by Udemy. 

Machine Design: Theories of failure and Design for fatigue online course is intended for applicants who are interested in learning more about the process of developing structural components of products to satisfy functional and durability requirements. With Machine Design: Theories of failure and Design for fatigue online classes, applicants will be taught about principal stress, shear stress, distortion energy, endurance strength, endurance limit, and several other theories of failure in static and dynamic loading conditions.

Mechanical engineering, which examines moving parts and systems, is one of the most adaptable and interesting branches of the engineering discipline. The human body, itself a highly sophisticated machine, is just one example of how mechanical engineering affects practically every facet of modern life. To design, analyze, construct, and maintain mechanical systems, mechanical engineers use principles from engineering physics, mathematics, and materials science. Mechanics / Statics - Introduction to Mechanical Engineering certification course, which is made available by Udemy to applicants desiring to learn the levels of mechanical engineering.

Mechanics / Statics - Introduction to Mechanical Engineering online training is an intensive course that will help individuals learn about engineering solid mechanics in a short amount of time which includes two hours of video lessons and 39 downloadable resources and unlimited mobile and television access. Mechanics / Statics - Introduction to Mechanical Engineering online classes covers a wide range of concepts applicable to many engineering scenarios like engineering stress, strain, forces (including Newton's Laws), etc.

The focus of statics, a subdivision of classical mechanics in which acceleration is believed to be zero, is the analysis of the force and torque (also known as moment) acting on physical systems in static equilibrium with their environment. It teaches learners to engage in the interplay of forces and bodies, as well as how to analyze word problems, extract relevant information, and then solve them. Engineering Mechanics: Statics certification course, which is made available by Udemy to applicants desiring to learn the fundamentals of engineering and who are interested in learning about basic mechanics. 

Engineering Mechanics: Statics online training is an intensive course that includes five downloadable resources and 22.5 hours of video lessons with access to mobile and TV without any limitations. Engineering Mechanics: Statics online classes cover topics including how forces and bodies act and react to one another. The applicant will learn how to analyze word problems, use free body diagrams, and operations, work with vectors and scalars, cartesian vectors, and the projection of a force along a line. 

Engineering mechanics is the adaptation of mechanics to the solution of issues using typical engineering components. This engineering mechanics course aims to expose students to mechanics challenges applicable to plausible real-world situations. Students should be able to recognize challenges of this nature in real-world settings and respond properly after having gained an inductive comprehension of the underlying concepts in the action through a thorough examination of specific types of situations. Udemy offers The Complete Engineering Mechanics Course certification course to individuals who want to understand the principles of engineering and are interested in learning about engineering mechanics.

The Complete Engineering Mechanics Course online training is an inclusive course that includes one article, 19 downloadable resources, and eight hours of video lessons with access on mobile and TV without any limitations. The Complete Engineering Mechanics Course online classes cover topics including textbook and solutions manual, SI units with significant figures, vector operations, and vector addition in algebraic geometry. The aspirant will learn three-dimensional cartesian vectors, free body diagrams, particle equilibrium, and vector position. The applicant will understand rigid body equilibrium, structural analysis, centroids, and second moments of area, which include internal forces on structural elements.

Pumps and motors are indispensable for several applications. Even so, they are frequently neglected and improperly sized, and their effectiveness is generally underestimated. With an ineffective pumping system, individuals will constantly waste valuable energy. A pump is a mechanical device that uses suction or pressure to elevate or transport liquid. A motor is an electro-mechanical device that converts electrical energy to mechanical energy. Pump and Motor Basics, Selection and Optimization certification course, which is made available by Udemy to applicants desiring to learn the fundamentals of fluid mechanics and who are interested in learning about basics in pump and motor applications.

Pump and Motor Basics, Selection and Optimization online training is an intensive course that includes six articles, eight learning downloadable resources, and 3.5 hours of video lessons with access on mobile and TV without any limitations as well as a certificate after completion of the course.

Pump and Motor Basics, Selection and Optimization online syllabus cover topics including an introduction to hydraulics, the conservation of mass and energy, Bernoulli's equation, head loss in pipes, friction loss in pipes, and minor loss. The aspirant will learn how to choose a pump and motor based on their features and size. The candidate will learn how much power and torque a motor needs, how to choose a motor for a pump application, how to deal with losses in a motor-driven system, and how to install a motor.

The strength of materials is a branch of engineering that examines a material's capacity to withstand mechanical forces. The strength of a material in a particular application is influenced by a variety of elements, such as its resistance to deformation and fracture, and it frequently depends on the geometry of the member being constructed.  Basic Concepts of Mechanics of Materials for Machine Design certification course, Udemy offers certification to individuals who want to observe the concepts of machine design in mechanical engineering

Basic Concepts of Mechanics of Materials for Machine Design online training is a comprehensive program with one article, three downloadable resources, and 4.5 hours of video sessions that will assist you in mastering the course which is accessible on mobile and TV without any restrictions. Basic Concepts of Mechanics of Materials for Machine Design online course includes an introduction to machine design, the distinction between strength and stress, fundamentals of engineering statics, machine design domains, and mechanical design paradigms. The participant will get a comprehension of fundamental concepts such as the generic process for strength analysis, free body diagram, force and moment equilibrium, and two principal types of loading, shear stress, and strain diagram. The aspirant will perceive bending geometries, the stress in the oblique plan, torsion, multiaxial loading, state of stress, and stress transformations.

All branches of mechanical engineering are based on engineering mechanics, especially statics. Statistics is an important part of your toolbox if individuals want to be successful engineers. Statics is a branch of classical mechanics that looks at the forces and torques acting on physical systems that don't move but are instead in static equilibrium with their surroundings. Mechanics: Introduction to Statics - Statics in 1,5 hours certification course, which is made available by Udemy to applicants aspiring to learn the fundamentals of engineering statics and basics of mechanics. 

Mechanics: Introduction to Statics - Statics in 1,5 hours online training is an inclusive course that will help you master 1.5 hours of video lessons, assignments, and a certification of completion with unlimited access on mobile and TV. online Mechanics: Introduction to Statics - Statics in 1,5 hours classes cover topics including fundamentals of mechanics, dynamics, statics, length, time, and mass. The aspirant will gain an understanding of basic quantities like velocity and acceleration. The applicant will learn Newton’s laws, the equilibrium and force components of a particle as well as reactions, support, and free body diagrams.

The numerous activities we engage in throughout our lives necessitate the use of force. Every action takes force, whether it is tossing a ball or lugging a bag. In fact, no action can be performed until we use force. In mechanics, the moment of force is an important term that is studied alongside the idea of force. Mechanical Engineering 101: Forces and Moments ( mechanics ) certification course, This course is provided by Udemy for individuals interested in understanding the fundamentals of mechanical engineering and forces and moments.

Mechanical Engineering 101: Forces and Moments ( mechanics ) Online training is a course that includes one article and one hour of video lessons that can be viewed on mobile devices and TVs at any time. Mechanical Engineering 101: Forces and Moments ( mechanics ) online classes cover topics including the concepts of forces, force causes, force units, and typical magnitudes. The candidate will get a thorough understanding of the classification of forces, the mathematical representation of a force, and force measurement laws. The participant will learn about moments, instances of moment calculations utilizing vector formulas, techniques for calculating moments, and the physical importance of a moment.

The study of methods for estimating forces between bodies constitutes statics. The forces are responsible for maintaining equilibrium and causing bodies to move or undergo form changes. Motion and variations in form are essential to the functionality of objects in the man-made world and natural events. Statics is a requirement for several fields of engineering, including mechanical, civil, aeronautical, and bioengineering, which deal with the varied effects of forces. Engineering Statics certification course, which is made available by Udemy to applicants desiring to learn the fundamentals of statics for mechanical engineering and civil engineering.

Engineering Statics online training is a complete course that contains 62 downloadable resources and 18 hours of video lectures with unlimited access to mobile and TV. Engineering Statics online classes cover topics including an introduction to the course, working with vectors, the free body diagram, and moments of equivalent force and distributive loads. The participant will gain an understanding of the usage and problems with 2D and 3D static problems as well as statics applications. 

In today's fast-paced world, machines play a crucial part in making sure a wide variety of tasks can be completed efficiently. One of the cornerstones of the Mechanical Engineering discipline is the kinematics of machinery, which encompasses not only an understanding of machines and mechanisms but also the means by which to analyze those mechanisms.

The basic physical or chemical processes that cause or are involved in an action, reaction, or other natural events. A machine is a group of parts that work together to send forces, motion, and energy in a certain way., Fundamentals of Mechanisms certification course which is made available by Udemy to applicants desiring to learn the fundamentals of mechanisms for mechanical engineering.

Fundamentals of Mechanisms online training is a complete course that contains 43 minutes of video lectures with unlimited access to mobile and TV. 

Fundamentals of Mechanisms online classes cover topics including an introduction to kinematics, links, and types of links. The individual will learn the mechanism and its elements used in machines, and concepts of rigid and resistant bodies. The participant will gain an understanding of the mechanism of kinematics, machine, and structure.