Online Aerospace Engineering Courses & Certifications

The Master’s Certification in External Aerodynamics Simulations programme by Skill Lync focuses on the core sections and platforms of aerodynamics and CFD, including ANSYS Fluent, StarCCM+, OpenFOAM, and converge CFD. You will gain fluency in implementing external aerodynamics simulations similar to that of the industry.

The Master’s Certification in External Aerodynamics Simulations course covers complex CFD features like free surface modelling and flexible solving. Moreover, as industry experts have meticulously designed the training course, the programme syllabus emphasises on the vital tools and techniques essential for the role of an aerodynamics engineer.

The Master’s Certification in External Aerodynamics Simulations is a six-month training programme that provides a comprehensive understanding of many aerodynamics principles, along with a world of intensive projects. Apart from the video lectures, there are plenty of in-course assignments and exercises to solidify your knowledge. Upon finishing the curriculum, Skill Lync will award you a course completion certificate. Students who maintain their place in the top 5% of the batch will also be eligible for a merit certificate.

IC Engine Calibration using GT-POWER and GT-SUITE course is being imparted by Skill Lync to provide the learner's knowledge about calibration of IC engines. Skill-Lync provides industry-relevant courses for engineering students with the help of industry experts. Diesel and gasoline engines have great amounts of potential for combustion refinement. 

Achieving high fuel efficiency combined with good performance and drivability is important but so is focusing on the lowest possible engine-out emission. All of this depends upon calibration studies. GT-POWER and GT-SUITE are a part of the system-simulation domain as it uses sophisticated algorithms to solve fluid flow equations in composite electromechanical systems. 

Participants will learn about the importance of calibration studies and their fundamentals and the methodologies behind the calibration of IC engines. This course will be beneficial for students who aspire to develop their career as a calibration engineer targeting internal R&D projects, product development/systems development engineer, IC engine calibration engineer, or 1D-3D thermodynamic system simulation engineer. 

The Advanced Certificate Program in CFD-Aircraft Aerodynamics course is designed for engineering graduates and postgraduates from mechanical and aeronautical departments. The curriculum of the programme is designed by industry experts. The online course is provided to all the interested students by the Ramaiah University of Applied Sciences, Bangalore. The learnings of the course are provided to the students through the study material available in the programme. The Advanced Certificate Program in CFD-Aircraft Aerodynamics syllabus consists of three different modules that further involve different theoretical and practical aspects. Students can finish the entire curriculum within three months. Since it is a self-paced course, students can pursue this course according to their schedule. The Advanced Certificate Program in CFD-Aircraft Aerodynamics online course provides certification at the end of the programme to the students.

The Aircraft Stability and Control programme by Swayam is designed to help the candidates understand what features to include in the aircraft so that it remains statically stable. The online course will cover aircraft manoeuvres extensively and go into the finer details about aircraft flying. 

The programme aims to create a solid background for designing an aeroplane from the aspects of stability and control. Swayam’s Aircraft Stability and Control course is a core course intended for undergraduate students, under the category of Aerospace Engineering and Flight Mechanics. Furthermore, this programme will teach them how to introduce specific features in the aircraft so that the pilot can fly the plane at free will. 

The Aircraft Stability and Control course by Swayam is an online undergraduate-level course and takes around 12 weeks for completion. This course also provides video lectures and course material, along with weekly assignments and quizzes for self-assessment. Candidates will be able to download or print the reading material for convenient learning.

The Introduction to Aerospace Engineering programme contains four methods which are included in its teaching-learning Dynamic, to strengthen the understanding of the candidate and to ensure a complete understanding. The four methods are- Provision for PowerPoint Presentations and Video Lectures, Online Discussion Forum for doubt solving, Online Reading Material for reference, Tests and Quizzes for practice.

The programmes under Swayam are reviewed and implemented by Nine National Coordinators like UGC, NCERT, IGNOU, IIMB, NIOS, CEC, NITTTR, AICTE and NPTEL. The intention behind the campaign is to provide Higher Education its due importance. Keeping in mind the unavailability of Physical Resources, economical shortcomings and lack of an adequate platform, the Government has employed more than thousands of learned faculties, specially appointed for the job and is constantly making efforts to make the candidates digitally educated.

There are three main pillars of the Indian Education Policy; Access, Quality, and Equity, and Swayam has the objective of achieving it all through its Online Platform to provide free learning of the entire curriculum from Class 9 level up to Post-Graduation. The programme is named ‘Swayam’ to hint at the self-efficient and self-learning nature of the initiative. It promises to bridge the digital gap among the digitally unhinged masses of students, even those who’re underprivileged and deprived of digital exposure and knowledge.

For candidates who are looking for a course that would help them to learn as well as practice the procedure of setting up Advanced Aerodynamic Simulations with the help of Converge CFD, this course of Advanced Aerodynamic Simulations by Skill Lync is the best. The duration of this course is about 12-week long. The contents of this course will train you in various areas starting from the basics by utilising simple applications, for example, flow through a pipe, to the ability of visualizing flow over an Ahmed body and FSAE car. Students graduating from this course will be equipped with skills by making them face challenges, complete projects, and exercises, and will be provided instructions about how to use Converge CFD to set up these simulations to gain the desired results. 

Computational Fluid Dynamics is also used by car manufacturers to visualize the flow around the models of the cars produced by their companies. Skills procured from this course will go a long way in the career as well as personal development of the candidates. 

The Gasdynamics: Fundamentals and Applications certification course is completely designed with an overview of student's understanding of the particular field. This is an entitlement program that is acceptable at the graduate or postgraduate stage. Respondents must have taken a foundation class in fluid mechanics and general relativity and should be acquainted with the solution of common differential equations and solving differential equations.

The duties and the final test shall be carried out online throughout the Gasdynamics: Fundamentals and Applications training. The candidate will be given industrial support to complete the particular course completely with efficiency and fluency at every particular stage. In the classes of Gasdynamics: Fundamentals and Applications certification, standard numerical explanations will be addressed, and throughout the curriculum, practical concerns will be given. The assignments would be of an applied nature, where certain questions have to be overcome by basic numerical methods on the machine only.

Tests will include both logical and numerical questions of type. This is the course where the candidate will get every kind of support, he or she will need to complete the programme. The candidate would grab a lot of information about the respective field throughout the course.

Lighter-than-Air (LTA) systems were once a significant part of Aerospace Engineering, which used to be technological developments’ forefront until the late 1930s when it got shoved into oblivion. However, this subject was finally revived during the mid-1980s when people regained interest in such long endurance applications that consume low fuel. Therefore, the Lighter than Air Systems program enlightens students about this field, its fundamentals, and presents a holistic overview of LTAs. 

The Lighter than Air Systems certification syllabus lasts 12 weeks, covering one topic every week. These include LTA systems’ background, developed airships, historical perspectives, static lift estimations, airship design methodologies, aerostat design methodology, and more. Swayam delivers this curriculum through CDEEP’s in-class video lectures, which IIT Bombay’s Professor Rajkumar S. Pant had delivered in 2015. 

Swayam also offers monthly interactive sessions online, where the Lighter than Air Systems training candidates clear their doubts with instructors. This course also has industry support from Lockheed Martin, Airbus, ISRO, ADRDE, Boeing, and NAL. What’s more, learners can also opt for certificates after completing this elective program, by registering for the proctored test and scoring the specified marks.

Swayam and IIT Madras present the Rocket Propulsion certification course, an ongoing 12-week elective program specializing in rockets, rocket propulsion, and its modern trends. An undergraduate/postgraduate-level curriculum familiarises candidates with rockets’ fundamental aspects. The training describes motion in space, what rockets require to place space-crafts in various orbits, and escaping a planet’s gravitational field. 

The Rocket Propulsion certification syllabus then proceeds with teaching about a solid propellant’s design aspects, operating principles, liquid propellants, various other rocket types, etc. core topics. An AICTE-approved FDP curriculum, this course is targeted towards Ph.D./ME/BE/MSc aspirants. It requires no prior experience in this program’s domains, which are Propulsion and Aerospace Engineering. 

The Rocket Propulsion training also features recognition amongst HAL, DRDO, ISRO, Defense and Space-related industries, enabling course-takers to pursue employment in these sectors. To aid that, Swayam also offers a payable certification through their proctored tests and assignments. Clearing these, learners can obtain e-verifiable accreditation to boost their recruitment chances.

The Aircraft Propulsion online course is a 12 weeks online program provided by Swayam, an initiative by the Ministry of Education, Government of India. This Aircraft Propulsion training covers the gas power cycles used in aviation propulsion. As a result, many types of aircraft engines, their performance, parts, and characteristics are discussed. The course is focused on cycle analysis and its various attachments for improvisation. Furthermore, the Aircraft Propulsion syllabus covers several aircraft engine components such as the turbines, compressor, nozzle, combustor, and more.

Fundamentals of Theoretical and Experimental Aerodynamics is an undergraduate and postgraduate level online course offered by  IIT Kharagpur. The programme is a 12-week long core certification programme with the approval and recognition of AICTE. Basically, the course is offered as a free programme and the learners can join the programme free of cost. However, Swayam, the online course provider by the Indian Government,  demands a fee from the learners to get a hold of certification after the Fundamentals of Theoretical and Experimental Aerodynamics Certification. 

Fundamentals of Theoretical and Experimental Aerodynamics Certification Course, offered by Swayam, discusses the conceptual and practical understanding of aerodynamics, principles of aerodynamics and fundamentals of aerodynamics. The course on aerodynamics will prepare the learners to get started with the advanced aerodynamics programmes. Fundamentals of Theoretical and Experimental Aerodynamics Certification by Swayam is prepared under the guidance and supervision of Prof. Arnab Roy of  IIT Kharagpur. 

Satellite Attitude Dynamics and Control is an AICTE-approved FDP online programme offered by Swayam. The online programme is a 12-week elective course in association with IIT Kharagpur. The system is free of cost for anyone who wants to explore aerospace engineering and the learners will have to pay the fee and appear for the proctored exam to get hold of the certificate. 

Provided by Swayam, Satellite Attitude Dynamics and Control Certification Course will shed light on rotational kinematics, satellite attitude dynamics, attitude control in satellite communication,  attitude control system, and the like. The course is meant for learners who are at the level of undergraduate or postgraduate. Satellite Attitude Dynamics and Control Certification by Swayam is developed and instructed by  Prof. Manoranjan Sinha, a professor at IIT Kharagpur. 

The Smart Structures certification course delves into four smart materials: piezoelectric materials, shape memory alloys, electro and magneto rheological fluids, and fibre-reinforced composite laminates. Students learn their properties, constitutive relations development, and application in structural analysis. The course caters to aerospace, mechanical, and civil engineering students and professionals.

With support from organisations like Indian Space Research Organization and companies like General Electric, the Smart Structures certification by Swayam offers both theoretical understanding and practical skills. It spans 12 weeks, granting 3 credit points, and emphasises a hands-on approach to analysing metallic and fiber composite structures fitted with smart materials.

The Space Flight Mechanics certification course provides a comprehensive understanding of central force motion, two-body and three-body dynamics, and Lagrange Points' stability. Students learn about Earth's non-spherical shape's impact on gravity, orbit determination, and transfer techniques. It is essential for aerospace, mechanical, physics, and mathematics students aiming for careers in satellite technology.

Industry support from ISRO, DRDO, Boeing, and private satellite companies underscores the course's relevance. With a duration of 12 weeks, the Space Flight Mechanics certification by Swayam is a vital elective for undergraduates and postgraduates interested in aerospace engineering and flight mechanics, equipping them with practical skills for the satellite industry.

Also Read: Online Aerospace Engineering Certification Courses

Offered by the Delft University of Technology, the Introduction to Aerospace Structures and Materials training runs for eight weeks. Learners will understand the manufacturing and safety processes behind various aircraft. This course lends an expert perspective into the nuances of manufacturing aerospace materials and structures.

The Introduction to Aerospace Structures and Materials Syllabus comprises assignments, home-experiments, online lectures, and quizzes to facilitate learning. This study, divided into eight parts, focuses on the factors that play a pivotal role in aeronautical ware production. Some of the topics studied in detail include aerospace structures, fatigue, durability, manufacturing techniques, material properties for mechanical purposes, and other engineering and scientific principles.

Experts in Aerospace Engineering and teachers from the Delft University of Technology instruct the Introduction to Aerospace Structures and Materials Certification course. Students can add a verified certificate to their arsenal by paying the required fee. With pre-recorded video classes, students can learn and repeat lessons according to their convenience. 

The candidates may enroll in this course for free or by paying a certain amount of money. There are 2 tracks namely verified or audit track which offers direct access to the course materials. If the candidates opt for the verified mode they are entitled to unlimited access and if they opt for the audit access, they are going to receive only limited access to the course materials.

The Design of fixed-wing Unmanned Aerial Vehicles online course is offered by the online course provider Swayam, an initiative by the Ministry of Education, Government of India. The 8 weeks AICTE approved undergraduate/postgraduate level elective course includes 2 credit points. This Design of fixed-wing Unmanned Aerial Vehicles training presents the basic sizing and design process for fast expanding fixed-wing UAV technology, as well as prototype testing, stability, and performance analysis. The Design of fixed-wing Unmanned Aerial Vehicles syllabus introduces basic design parameters, design algorithm, and simulation. 

The Introduction to Airplane performance online course is an 8 weeks program offered by Swayam, an initiative by the Ministry of Education, Government of India. This course is intended to give an integrated basic study of airplane performance as well as a sense of flight testing and aircraft design. The Introduction to Airplane performance syllabus covers various topics such as airplane performance characteristics, standard atmosphere, the thrust required, range and endurance, cruise and manoeuvre, landing performance, control and stability, design basics, etc.

The ‘Vibration and Structural Dynamics’ program is a National Program for Technology Enhanced Learning (NPTEL) online course provided by the Swayam online education portal for the students associated with aerospace engineering and advanced mechanics. This course is developed by the Indian Institute of Technology Kharagpur.

The online course is offered for eight weeks for undergraduate-level students. The course instructors for this program are Dr. Mira Mitra, an associate professor from the department of aerospace engineering along with two other teaching assistants. The course provides valuable insights on the technical aspects of solving industrial problems through the four modules in this course.

The ‘Vibration and Structural Dynamics’ training program is approved by the All India Council for Technical Education and enables the students to earn two credit points for this core online course. The candidates of this online program will receive a course completion certificate which consists of the logos of NPTEL and IIT Kharagpur for authentication.

Space exploration is an interesting and extensive domain. Individuals seeking a career or simply interested in its impact and history must take the Conquest of Space: Space Exploration and Rocket Science course by edX. This online course is bound to be a rewarding journey for the enrolled candidates. 

You will learn the political, cultural, and technical aspects of space exploration in the Conquest of Space training course. You will dive into the history of space and its impact on mankind. The curriculum will take you through the Apollo and the post-Apollo era. Besides, the current space exploration trends will also be dealt with in this programme.

The Conquest of Space programme has a duration of seven weeks and is ranked as introductory-level training. The Carlos III University of Madrid’s faculty members will instruct this programme through video lectures. The course content is in the English language. Moreover, it is free of a charge training programme that follows a self-directed training path. Besides, this edX has a self-directed training model but offers only limited access during the audit track and unlimited access to the course materials when the verified track is selected.

Creating rockets has been a hobby of most as children. Through this course on Understanding and Applying Structural Dynamics: Dynamics and Aerospace Structures by Future Learn, which is a course in the Science, Engineering and Maths category, you will be able to understand the structures made to sustain the extremities of space conditions. In this course, you will learn the dynamics of structures, explore the science behind the design of these complex aerospace mechanisms, and apply them to design such structures yourself. 

Today, the structures are more than statics. We need dynamic structures, as mobility is the basic feature for most of these structures. Integrating dynamics to the design process helps build light and fully functional space structures. Developing a good knowledge base for the topic will be beneficial to those interested in design, product management, construction, etc., as dynamic structures are being used everywhere – be it aircraft, or any other engineering like civil, or naval, etc.

The course will help you learn the fundamentals of dynamics and structural dynamics. You will be taught how and where dynamics are relevant to any form of structural engineering. By the end of the course, you will understand and even design mechanical structures better. The course is being taught by experienced teachers at the Institut Supérieur de L'Aéronautique et de L'Espace ISAE-SUPAERO. This course is suitable for anyone interested in aerospace structures and structural engineering.

This course on ABC of Flight Mechanics will enlighten you about the physics behind flying an airplane. From planes taking off to their landing, you will glean information on the entire mechanism. This course will unveil the secret and logic that lies behind flying this man-made machine. Your curiosity about airplanes will meet a satisfying end with the topics covered in this course.

Human beings have long been drawn to the sky, trying to find a way to explore the infinite beauty. And this made the Wright brothers design an aircraft that saw several more following it. Be it for pilot training or simply to know the process involved, knowledge on flying airplanes is worth every minute spent in learning.

This course is designed by ISAE-SUPAERO, which leads the world in the field of higher education for aerospace engineering. The course sessions are delivered by a lead flight test engineer, who is also a professor of ISAE-SUPAERO. The hands-on experience of the faculty in conducting flight tests on both military and civil airplanes makes the course even more relevant for those willing to gather knowledge on this subject.

Have you ever wondered about how things work at hypersonic speeds? Did you ever wish to study objects that can attain such speeds? If yes, then Hypersonics – from Shock Waves to Scramjets certification course, designed by edX, is an ideal programme for you. This curriculum will take you on a journey into the world of hypersonics, by the end of which, you will be able to design your scramjet models.

The Hypersonics – from Shock Waves to Scramjets Certification syllabus includes basic concepts related to speeds greater than Mach 5. Moreover, it also imbues you with the necessary skills that will enable you to carry out an in-depth performance analysis of scramjet engines. With this course, you will understand the history of scramjet technology and look into future possibilities.

The Hypersonics – from Shock Waves to Scramjets programme is made available to by edX in collaboration with The University of Queensland. You can also purchase the optional certificate if you wish to showcase your skills. This certification will ensure a boost in employability and will work as a testimony to your newly acquired skills. Edx offers 2 kinds of tracks for the stduents to learn the course. The audit track is free and offers limited period access to the course whereas the verified track is free and offers unlimited course access.

Swayam hosts the Introduction to Experiments in Flight online course at the undergraduate level. It is a course in aerospace engineering and flight mechanics spread across four weeks of extensive instructor-led learning. 

In the Introduction to Experiments in Flight certification syllabus, you will learn how to conduct various aircraft experiments to determine specific parameters. As such, you'll build a robust foundation in designing aircraft experiments. 

The Introduction to Experiments in Flight certification course combines theoretical and practical learning seamlessly. This is because the concepts you cover during the online video lectures will be demonstrated practically from inside the aircraft cockpit by the course instructor. 

Besides, there will be weekly assignments, printable/downloadable reading materials, an online discussion forum, and a list of books & references for you to enjoy a smooth learning experience. Upon successfully completing the Introduction to Experiments in Flight course, you can also take the final exam and obtain the e-certificate.