254 Best Mechanical Engineering Bachelor's Degree Programs for 2025

Mining engineering is the development and preparation of a mine in order to safely and efficiently remove resources while protecting the environment. Resources extracted during mining are used in a variety of modern-day products, from toothpaste to cell phones to cars. As a mining engineer, you will identify the location of valuable and accessible material deposits and devise processes for extracting them safely from the earth for use in manufacturing and utilities.

In the first two years you will study a rigorous and challenging general engineering syllabus, giving you a strong technical foundation across: mechanical engineering. electronics and electrical engineering. electromechanical engineering. software engineering .

The BEng (Hons) Electrical and Electronic Engineering degree from Robert Gordon University will provide you with the skills to work with the design and operation of a broad range of vital circuits and systems. You will be equipped to fulfil society’s needs in an exciting and evolving career.

The Faculty of Systems Engineering uses combinations of two majors to produce graduates with competency in a variety of fields. The combination of a student’s primary major and a second major personally selected by the student is known as a course. Thus, the course is automatically determined by the combination of majors. One may think of the student’s affiliation as being the primary major, while the course refers to the combination of studies.

Aiming to train skills required for mechanical engineers, the course provides a basic curriculum of material mechanics, mechanical dynamics, fluid dynamics and thermodynamics. The emphasis of the education is placed to understand the fundamentals and advance expertise on analysis, design, manufacture and control of mechanical devices.

The School of Materials Science and Engineering, Yancheng Institute of Technology was founded in 1979. In 1993, the silicate technology major was the first batch of pilot programs for higher engineering teaching reform. In 1996, the major of materials science and engineering began to recruit undergraduates. In 2006, it was awarded the "Specialty of Jiangsu Province". In 2008, it was approved by the Ministry of Education and the Department of Education of Jiangsu Province as the "National Specialty Construction Site" and "Provincial Innovative Experimental Base for Training Models of Higher Education Talents. In 2011, Materials Science and Engineering was approved as “Key Construction Discipline of Jiangsu Province” by the Department of Education of Jiangsu Province. In 2012, Materials Science and Engineering was approved as a key specialty of Jiangsu Province. Listed in the second batch of outstanding engineer education and training programs by the Ministry of Education, approved as a "comprehensive reform pilot" major by the Ministry of Education in 2013, approved as a brand major in Jiangsu Province (Class A) in 2015, and passed the China Engineering Education Professional Certification Association in 2016 Professional certification. In 2019, the material science and engineering major was approved as a first-class undergraduate professional construction project in Jiangsu Province. In 2020, the material science and engineering major passed the professional certification re-evaluation of the China Engineering Education Professional Certification Association. The college has scientific research and innovation platforms such as the Jiangsu University Ecological Building Materials and Environmental Protection Equipment Collaborative Innovation Center, Jiangsu Province New Environmental Protection Key Laboratory, Jiangsu Province Ecological Environmental Materials Key Laboratory, Jiangsu Province Environmental Protection Equipment Public Technical Service Center, Jiangsu Province Straw Ecological Building Material Engineering Center, etc. . Established research directions for environmental protection and energy-saving advanced building materials, functional design and performance control of low-dimensional materials, synthesis and processing of lightweight, high-efficiency and long-life composite materials, and controllable equipment and engineering applications of functional polymer materials. It has a provincial experimental teaching demonstration center-New Materials and Jiangsu Coastal Engineering Construction Experimental Teaching Center. Co-build a "national off-campus practice education base for college students" with China Glass Holdings Limited.

This major is one of the earliest majors established in our school. It has a history of 60 years and has an annual enrollment of 300 students. This major is the first batch of first-class majors in the country. It is a characteristic major and a comprehensive reform pilot major in Henan Province. The "Excellent Training Major" which is the key construction of河南工业大学There are currently 9 professors, 17 associate professors, 2 doctoral supervisors, and 11 graduate supervisors.

Microsystems engineering makes our lives healthier, happier, more secure, comfortable, more varied, and, not to mention, easier. It enables us to manufacture tiny microcomponents that are 100 times finer than human hair. It makes it possible, for example, to create microsensors and actuators. Combined with electronics, intelligent microsystems that enable ever more complex functions in the smallest of spaces can emerge. Microsystems alter our world Microsystems can be found almost everywhere without your even knowing it: In the car: they trigger airbags, measure whether a vehicle is spinning, and help keep it safe when the roads are slippery. In communications technology: our innovations are helping to make the devices even smaller and more versatile. In medicine: they provide us with a whole laboratory on a microchip and find themselves in prostheses and implants. In the energy sector: our researchers set new standards and enable systems that operate independently without any external power supply. Small technology with huge potential Microsystems engineering is the engineering discipline with the broadest focus: elements from mathematics, physics, chemistry, electrical engineering, and materials science form the cornerstones of exciting innovations. We can help you obtain the necessary skills to develop these versatile systems for the applications of today and tomorrow. Your benefits as a Microsystems Engineering student: With around 440 students and 22 professors, we offer an excellent student-teacher ratio for optimal supervisory support. An interdisciplinary course of study with a well-balanced combination of theory and practice. State-of-the-art equipment with a designated cleanroom: Here you will become familiar with working in this special laboratory environment. Study at one of the world's largest and leading academic research centers in the field of microsystems engineering. The majority of our classes are recorded. You can always repeat the material, independent of time and place, for exam preparation, for instance.

Graduates with an Associate Degree in Mechanical Engineering Technology from any community college in Ohio have transferable credit that should allow direct placement in the BASEMENT program's junior year coursework.

The Department of Civil Engineering provides an undergraduate program of study in the planning, design, and management of civil infrastructure and service systems.

Our policy for this department is to educate mechanical engineering personnel with a well-rounded personality, broad perspective, superior creative energy, and an inquiring mind. Our graduates would also have a sense of social responsibility and ethics as engineers, and be willing and able to do their part in the planet’s rapidly-changing environment of both globalization and conservation, as well as development, design, and manufacture of ever-sophisticated industrial products. Our goal for our graduates is also to impart them sufficient basic knowledge of mechanical engineering to effectively design machinery and mechanical systems throughout their lives as engineers.

TMU offers an innovative curriculum taught by top faculty in focused class sizes, to prepare students to excel in an increasingly complex technical world while living lives that glorify God.

If you love cars, trucks, mopeds, or motorsports and enjoy delving under a bonnet, the Bachelor in Automotive Technology is an ideal program for you. This degree is designed for those intrigued by what is moving in the automotive world, and who closely follow the latest trends.

We are focusing on developing students with great scientific theory and practical skills in a future career. Besides the compulsory courses in this programme, you can take optional subjects you like. Many of our graduates work in engineering design, manufacturing, development, operating management, and sales for domestic and global companies. Some prefer to do further research in machinery design.

The Bachelor of Science (B.Sc.) program in Mechanical Engineering (International) at Carl Benz School is completed over a duration of 3 years (6 semesters). The program begins with a so-called Pre-Semester, a preparatory course in Mathematics, Physics, Chemistry, and English.

Electrical and Electronic Engineering influences many aspects of modern life, ranging from energy, healthcare, entertainment and commerce, to communications, manufacturing and the environment. Electrical and Electronic Engineering is a challenging and evolving subject that is relevant to a wide range of industries, including the power sector and the electronics industry.

This department conducts education and research in the area where marine and fisheries engineering merges with mechanical engineering ─ a field that is based on physics but also incorporates biology and chemistry. The department seeks to endow students with a broad array of technological capabilities related to the development of machinery used in fisheries, the sustainable utilization of fisheries resources, and the conservation of marine environments, so that graduates can actively contribute to the industry in a wide variety of ways, including the development of machinery related to the marine environment, ships and food. Students who graduate from this department and take up further study in Marine Engineering in the Advanced Course can obtain certification as a ship officer, enabling them to work as a chief engineer or engineer on a ship traveling on international waters.

Creating a Future Through Engineering Course: This course is designed to foster engineers who will be involved in the technologies that will enrich people’s lives in the future. Monodukuri, Manufacturing Design Engineering Course: This course is designed to cultivate specialists who can play an active role in the fields of product design and manufacturing.

The department offers these programs: Robotics Engineering Course, Aerospace Engineering Course, Automotive Engineering Course. In these three streams, students are given the knowledge and technical skills necessary to become mechanical engineers.

Mechanical engineers are proficient in the related principles of force, energy, and motion, and use them in the design and development of industrial equipment systems. Mechanical engineers play an important role in designing and manufacturing types of products and equipment, such as automobiles, airplanes, medical and energy equipment, and they all play a central role in different fields. Mechanical engineering students have many specialization directions to choose from, such as system dynamic control, thermal fluid science, design and manufacturing, medical and biological engineering, electronic engineering, micro-nano, and nuclear engineering.