Why Study Mechanical Engineering? Top 6 Benefits

Two students studying in a lab

While many industries need different kinds of engineers, mechanical engineering is one of the most wide-reaching disciplines. Mechanical engineers design, build, and test any kind of mechanical device—from household tools to power stations and production plants.

A career in mechanical engineering can be varied, but it is also one that requires a specific set of qualifications to enter. Here’s why you should consider pursuing a leading mechanical engineering degree at the University of Hartford.

Why study mechanical engineering?

Students of mechanical engineering open themselves up to a versatile world of career options. The field offers abundant stable job opportunities, with the US Department of Labor and Statistics predicting that between 2022 and 2032, the need for mechanical engineers will grow by as much as 10%.

A particularly practical field, mechanical engineers have the opportunity to affect change on a global scale. Their impact is often felt strongly in the sustainability field, helping to stem the tide of climate change and improve worldwide living conditions.

With courses that are as diverse as acoustics, robotics, and energy and sustainability the decision to study mechanical engineering could take you anywhere.

Top 6 Benefits of Studying Mechanical Engineering

The practical skills aren’t the only reason to study mechanical engineering. Students gain a number of other skills that will further their careers and benefit them in day-to-day life.

  1. Versatile skill set: Mechanical engineering equips you with a diverse range of skills, allowing you to work in various industries. Mechanical engineers work across sectors as broad as air conditioning and heating systems to biomechanics and robotics.
  2. High demand: Mechanical engineers are in high demand across multiple industries. This means they enjoy excellent job stability, as well as good job prospects and excellent salaries.
  3. Problem-solving abilities: This field enhances problem-solving skills, enabling you to tackle complex engineering challenges effectively. These skills can also be applied in everyday life, helping mechanical engineering students to be practical, useful members of society.
  4. Creative opportunities: Mechanical engineering requires you to design innovative solutions and products—this means there are plenty of opportunities to not only think creatively, but to also see ideas come to life.
  5. Professional growth: Continuous learning and skill development are crucial in mechanical engineering, allowing for ongoing professional growth and advancement. It is a fast-paced, exciting discipline, and staying informed of advancements provides access to some of the world’s most exciting technology.
  6. Global challenges: The importance of mechanical engineering cannot be understated. Mechanical engineers play a key role in ensuring we have a safe and healthy planet. They play a vital role in addressing global challenges like climate change, sustainable development, and resource conservation.

Career Opportunities in Mechanical Engineering

As it is such a broad discipline, there are numerous career paths down which a mechanical engineering degree might lead. These include, but are by no means limited to:

  • CAD technicians: CAD technicians use specialized software to create precise technical drawings, collaborating with engineers to translate concepts into detailed plans for manufacturing or construction.
  • Aerospace Engineer: Aerospace engineers design and develop aircraft, spacecraft, and related systems, applying principles of aerodynamics, materials, and propulsion to create safe and efficient aerospace vehicles. They work on various aspects, including structural design, propulsion systems, and navigation.
  • Automotive Engineer: Automotive engineers design and develop vehicles, focusing on aspects like performance, safety, and fuel efficiency. They work on various components, including engines, electronics, and structural elements, to create innovative and reliable automobiles.
  • Nuclear Engineer: Nuclear engineers work with nuclear energy and radiation, designing, developing, and maintaining systems for power generation, medical applications, or research. They ensure safety, efficiency, and compliance with regulatory standards in nuclear-related projects.
  • Maintenance Engineer: Maintenance engineers oversee the upkeep and repair of equipment and machinery, ensuring optimal functionality and minimizing downtime. They conduct routine inspections, troubleshoot issues, and implement preventive maintenance strategies to enhance reliability and efficiency.
  • Mechanical Engineer: Mechanical engineers design, analyze, and oversee the manufacturing of mechanical systems and devices. They work across various industries, focusing on areas like product development, energy systems, and manufacturing processes.
  • Construction Engineer: Construction engineers plan, design, and manage construction projects, ensuring structures meet safety and regulatory standards. They collaborate with architects, supervise construction teams, and oversee the implementation of plans for buildings, infrastructure, or other projects.

Study Mechanical Engineering at the University of Hartford

The University of Hartford is a highly respected educational institution in the US. Ranked as number 58 best undergraduate engineering school in the country for universities that don’t offer doctorates (U.S. News & World Report, 2024) for every eight students, there is one teacher—a ratio which helps to provide the high-quality education the University is known for.

Mechanical engineering students benefit from world-class facilities at the University of Hartford, which include acoustic and noise control, thermodynamics, fluid flow, machine design and gears laboratories. The new state-of-the-art Hursey Center, which opened in 2021, provides students with specialized, technology-rich facilities that emphasize hands-on learning.

Students can also take advantage of living in the city of Hartford, Connecticut. One of the oldest settlements in the country, Hartford was recently ranked number 56 in the best place to live by the US News & World Report 2023-2024. The city has a thriving arts community and a vibrant entertainment center—and students can wander through its parks and along the city’s picturesque riverfront.

There are a number of different degree options within mechanical engineering students can choose from, depending on their level of study. For undergraduates, this includes Acoustical Engineering and Music, Aerospace, and Computer Engineering. While postgraduates can choose from programs such as Electrical and Computer Engineering, Environmental Engineering and Civil Engineering.

Our mechanical engineering degrees are STEM-designated, and upon completion, international students can apply for Optional Practical Training (OPT) Placements. Eligible students may also apply for a STEM OPT extension of up to two years.

Our International Pathways Program is designed to help international students join the University of Hartford while improving their English. If you meet the requirements, you may apply directly to the University. On our website, you will find everything you need to know about entry requirements, fees, and pre-arrival.


What do mechanical engineers do?

Mechanical engineers design, analyze, and manufacture mechanical systems and devices. This can mean anything from engines and machines to thermal systems and robotics.

Why choose mechanical engineering?

Students that choose to study mechanical engineering are driven by a passion for understanding and innovating in the realm of machines and technology, with a desire to contribute to a diverse range of industries.

What is the duration of a Mechanical Engineering degree?

The duration of a mechanical engineering degree depends on the specific course studied. Undergraduates can expect to take four years, or 120 credit hours. Graduate programs typically take two years, or 30 credit hours.