Online Mechanical Engineering Courses
Mechanical Engineering courses cover subjects such as mechanics, thermodynamics, strength of materials, manufacturing, and heat transfer.
- Manufacturing and machining
- Machine systems and engines
- Thermal engineering and simulation
Why Choose WiredWhite
Mechanical engineering is a broad field built around machines, mechanical components, and the systems they form. In real engineering work, the problem is often not the part itself but how it behaves under load, during movement, or in particular operating conditions. Show more
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Mechanical Systems
Mechanical systems include mechanisms, rotating machinery, and power transmission. Their analysis involves how parts move, carry loads, and transfer motion and torque.
Engineering Analysis
Engineering analysis deals with the calculations used to assess a mechanical design. Depending on the task, engineers may look at strength, deformation, temperature, vibration, or fluid behavior.
Who Are Mechanical Engineering Courses For?
The courses are suitable for engineering students, practicing engineers, technicians, and other technical professionals. They also fit people who are moving into mechanical engineering and need to build their knowledge of the field.
Related Engineering Fields
Mechanical engineering overlaps with several other areas. That is common in automotive, aerospace, energy, robotics, mechatronics, and manufacturing, where mechanical systems are often part of a much larger project.
What you will actually learn
- Engineering mechanics, statics, dynamics, and strength of materials
- Thermodynamics, fluid mechanics, and heat transfer
- Mechanical properties and behavior of engineering materials
- Machine dynamics, kinematics, and vibration
- Mechanical systems, mechanisms, and power transmission
- Internal combustion engines and other energy-converting machines
- Mechanical analysis, FEA, and engineering simulation
- CAD modeling and the development of mechanical systems
Where it is used in practice
Automotive
Vehicle development is one of the most familiar applications, especially around engines and mechanical systems.
Aerospace
Mechanical engineering is needed wherever aircraft or spacecraft have to withstand loads, vibration, heat, and motion.
Manufacturing
Industrial production depends on mechanical engineers for machinery, tooling, and production equipment.
Energy
Mechanical engineering has a major role in engines and other equipment used to generate and transfer power.
Building Systems
HVAC, ventilation, refrigeration, and other building systems fall within the mechanical engineering field.
Robotics
The moving parts, mechanisms, and physical structure of a robot are mechanical engineering problems.
Example tasks
- Calculate forces, stresses, and deformations in a mechanical component
- Analyze the motion and dynamics of a mechanical system
- Analyze heat transfer and temperature in a mechanical component
- Analyze fluid flow in a mechanical system
- Evaluate vibration and dynamic behavior in machinery
- Calculate the performance of an internal combustion engine
- Model and simulate the behavior of a mechanical system
- Perform FEA to assess the strength of a mechanical component

















