Free Engineering And Architecture Courses & Certifications

The course is a foundation course of the intermediate level for engineering students who want to build a stronghold on the basics of Mechanical engineering, including concepts of the strength of materials and the deformability of various structures and the constituent materials. The candidates will learn to predict the failure and the deformation in structures used to build mechanical structures, like elastic, viscoelastic and plastic elements.

The candidates will be taught the ways of analyzing structural assemblages of various types, using the equations of geometric compatibility, static equilibrium, and constitutive material response. The Mechanics of Deformable Structures: Part 1 programme is the second course of a series having three parts, and this part is specially designed to give an introduction to the behaviour of viscoelasticity of a deformable structure, i.e. over the course of time. 

The objective of the programme also covers the pattern in which a structure changes if the load applied exceeds the permissible ability of the elastic limit, known as the plasticity of the material. In the end, a candidate will be able to apply analytical methods and perform calculations related to the subject.

Recently, there has been a growing trend towards improving quality in various industries. This is due to the rising global competition and customers’ growing need for reliable products. That’s why special attention must be paid to fatigue, as it’s one of the leading causes of industrial failure and directly affects product quality. The Fatigue Failure in Different Fields of Engineering programme will tackle many topics about this.

Fatigue Failure in Different Fields of Engineering course aims to introduce Ph.D. students, M.Sc graduates, and engineers working in the industry to the fundamentals of fatigue in different engineering fields. The training curriculum covers common causes of component failure and challenges faced by engineers. The programme also includes hands-on training via the ANSYS workbench platform.

The course content for Fatigue Failure in Different Fields of Engineering training is delivered through video lectures and readings. Also, you can complete the end-of-the-week and homework assessments to understand the week’s learnings better. Lastly, after you’ve completed all modules, you must appear for the final exam. 

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 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.

Edx has both audit tracks and the other is the verified track. One track offers limited but free access to the course materials but no certificate after completion whereas the verified track is the upgraded version of the same course that gives unlimited but paid access to the course materials. 

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 Nuclear Reactor Physics Basics online course by edX imparts intelligence to the participants in the concepts like nuclear fission, neutron field, functions in the neutron field, slowing down of neutrons, neutron spectrum, thermalization of neutrons, and multi-group method. The course duration is 6 weeks. The candidates must spend at least 2 to 3 hours a week to gain deep knowledge of the concepts. The Nuclear Reactor Physics Basics by edX is self-paced. 

The Nuclear Reactor Physics Basics certification course also covers concepts like diffusion theory, solutions of the diffusion equation in multiplying medium, interactions of neutrons, and solutions of the diffusion equation in the diffusion equation. The candidate will learn the concepts and ideas behind the reactors through this course. The  Nuclear Reactor Physics Basics certification program focuses on the physical theories of nuclear reactors and the experiments in the neutron field.

The Nuclear Reactor Physics Basics certification is provided to the candidates on the successful completion of the program. The candidates can share them to their CV and resume. It can also be shared on LinkedIn. 

Incorporating Renewable Energy in Electricity Grids certification by Imperial College London via edX is a 6-week online course. The course explores the challenges of variable output renewables to achieve a reliable and stable electricity system and how these challenges can be addressed and at what costs. The Incorporating Renewable Energy in Electricity Grids online course from Imperial College London via edX also discusses the existing technologies, policies and operating processes to accomplish a flexible, stable, reliable electricity system with a high penetration of renewables like wind and solar.

The Incorporating Renewable Energy in Electricity Grids certification syllabus comprises a variety of country and context-specific examples to demonstrate the concepts. This introductory training course in renewable energy will be delivered by leading academics from Imperial College London, with technical input and contributions from the National Energy Renewable Lab (Golden, Colorado). Incorporating Renewable Energy in Electricity Grids certification course is the third in a series of courses of the Clean Power Hub. Participants can enroll in the free audit track with limited access or upgrade to the paid verified track directly.

The Computer-Aided Design / Computer-Aided Manufacturing online programme is a six weeks core course, comprising two credits. It belongs to the diploma-level category of computer science and engineering, verified by the national coordinator NPTEL. The instructor for the programme is a highly qualified professional, Dr K. Tamil Mannan.

The Computer-Aided Design / Computer-Aided Manufacturing diploma course focuses on the usage of computers and software to assist design development, control machine tools, and facilitate the manufacturing of the designs into products. The curriculum includes in-depth information about the hardware and software of CAD and CAM along with the various applications they provide.

The Computer-Aided Design / Computer-Aided Manufacturing certification training structure has been designed by experts and is segmented into six modules. Modules one to three covers the usage of CAD for the modification, creation, optimization, and analysis of a design. Modules four to six focuses on CAM, teaching how to control and operate machine tools and facilitate the manufacturing of a product.

Building Arduino Robots and Devices online course is an extensive, in-depth 6-week study into the process of building gadgets and robots using the state-of-the-art microcontroller, Arduino. The certification course demonstrates the assembly of such devices and bots, along with how to program them to perform specific tasks. 

Coursera developed the Building Arduino Robots and Devices programme specifically for individuals keen in the field of robotics and looking to upskill. Also, the programme is the right choice for those who wish to develop their skills in the field of industrial or home automation, and for anyone involved in the field of advertising or industrial design.

Moreover, candidates will have access to ample reading material, carefully curated by the course developers. Once candidates complete the programme modules and practice assignments, they will be eligible for the much-coveted course completion certificate.

Finally, since the entire Building Arduino Robots and Devices course is committed to practical training, it will be beneficial if you had some of the electronics equipment used in this course handy.

The Art of Structural Engineering: Vaults Certification Course is an introductory level course that explores the design and analysis of vaults in the domain of structural engineering. The course available on the edX platform will examine the functioning of different contemporary vaults.

The Art of Structural Engineering: Vaults Training Course does not require any advanced level knowledge in mathematics or engineering. The course will be instructed by Maria Garlock, Professor of Civil and Environmental Engineering at Princeton University.

After successful completion of the Art of Structural Engineering: Vaults Online Course on the PrincetonX platform, The course will be taught in an instructor-led pattern with the help of video lectures and graded assessments.

The Chemistry- I certification course explores Quantum Chemistry and Molecular Spectroscopy. The curriculum delves into foundational principles such as the Schrödinger equation, particle confinement, and quantum mechanics postulates. Students gain a deep understanding of atomic orbitals, electron behavior in the hydrogen atom, and uncertainty principles.

The Chemistry- I certification by NPTEL focuses on the interaction of radiation with matter, Beer-Lambert law, and molecular vibrations. Students are equipped with analytical skills to calculate energy levels, transition frequencies, and concentrations of absorbing species, laying a solid groundwork for further study in quantum phenomena and molecular analysis.

The Engineering of Structures Around Us Training Course is an introductory level course that focuses on the process of engineering and design of different structures around the world. The course available on the edX platform will explore the ways in which engineers design buildings, bridges, and other structures.

Through The Engineering of Structures Around Us Certification Course, learners will be introduced to different forms and structures used by engineers and the engineering of structures. The course will be instructed by Professor Vicki May of Dartmouth College.

After completing The Engineering of Structures Around Us Live Course with the aid of video lectures, graded assignments, and exams, learners will get the opportunity to access a certificate of completion. The online course can be progressed in a self-paced manner. The candidates can select from among the 2 tracks, the audit track and the verified track. For limited but free access the audit track can be picked and if the need is unlimited course material access they can upgrade to the paid verified track.

The BIM Fundamentals for Engineers Certification Course is a 100% online course that discusses the key concepts of Building information modeling along with common tools used for modelling. The 100% online course available on the Coursera learning platform will enhance the knowledge base of learners with regard to BIM.

Through the BIM Fundamentals for Engineers Online Course, learners will be introduced to various nuanced aspects of BIM. The course will be taught by expert instructors at the National Taiwan University. 

After completing the BIM Fundamentals for Engineers Live Course via video lectures, academic readings, quizzes, graded assignments and exams, learners will receive a shareable certificate of completion. The beginner-level course allows learners to set deadlines according to their likes.