Masters in Mechanical Engineering

Mechanical engineering is the branch of engineering deals with the use of machines, construction, and design. Its function is to transform an idea into the viable product for the marketplace to decide the best way to manufacture and design based on the expertise to interact with thermal and motion environments. This field prepares you for the wide range of careers such as water supply, aerospace, civil engineering, and automation.

Course structure & entry requirements

Masters in Mechanical Engineering courses referred in various ways depending on the country and institution you choose to study. The most common topics in mechanical engineering are Master of Engineering (MEng) and Master of Science (MSc). This field emphasizes a strong focus on preparation of professional academic ethos. Topics include in this specialization are Master of Technology,  Master of Science in Engineering (MScEng) and Master of Science in Technology (MScTech). Some universities or institutions prefer students with strong background in advance science and mathematics.

Specialization in Mechanical Engineering

There are many specializations in mechanical engineering degrees depending on your interest. Degree in mechanical engineering majorly divided into many specializations available in each field.

Energy & sustainability: In this specialization, you’ll explore multi-scale methods, energy resources, high tech energy and process efficiency.

Simulation-driven engineering: In this specialization students will get the opportunity for engineering careers in geotechnical, biomedical, aerospace, automotive, mechanical design or manufacturing.

Robotics: This specialization transformed and boom the technology in commercial reality. Robotics has an infinite range of applications in a large variety of industries.

Nanotechnology: This specialization has a number of applications including biology, chemistry, and engineering across different fields on an extremely small scale. From solar energy to climate change and medical devices, the possibilities of nanotechnology are vast.

Fluid dynamics: This field includes an understanding of fluid dynamics and impacts of forces on fluids during the design of oil pipelines, rocket engines, wind turbines and air-conditioning.

Solid mechanics: This specialization is the study which involves solid materials in terms of motion, external influences, behavior, and deformation. Expertise in this course prepares you for a number of careers in engineering such as aerospace, manufacturing, nuclear technology and civil engineering.

Careers in mechanical engineering Degrees are varied and wide, as with most arts and humanities subjects. Following are the career options available in mechanical engineering Degrees:-

  • Chemical sector
  • Aerospace sector
  • Defense
  • Automotive sector
  • Construction
  • Non-engineering

 

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