167 Mechanical Engineering BSc Degree Programs

The Bachelor of Science in Mechanical Engineering combines quantitative, design, and technical knowledge with hands-on skills in preparation for one of the world’s most versatile and in-demand professions. From nano-scaled innovations in medicine to the future of space flight, mechanical engineers design the future.

The Bachelor of Science in Mechanical Engineering teaches students how to create solutions for the research, design, and manufacturing of products and systems. Students are engaged with faculty on a wide variety of projects and learn in a world-class LEED platinum certified engineering building.

This BSc program in Mechanical Engineering offers the knowledge of mechanical engineers who are able to operate and maintain machines and engineering equipment, install and apply mechanical engineering technologies, organize and control the work, and fulfill the technical development, research, and planning tasks of average complexity level in accordance with the requirements of the labour market; and who have acquired in-depth theoretical knowledge that is adequate to enable them to continue with their studies in the graduate, master level.

The Mechanical Engineering BSc program is designed to give students a strong foundation in core engineering principles. It covers fields like dynamics, materials science, thermodynamics, and fluid mec...

The aim of the BSc in Mechanical Engineering is to produce mechanical engineers who are capable of operating and maintaining machines and mechanical equipment, of introducing or applying engineering technologies, of organizing and directing work, and of performing technical development, research, and design of average complexity according to labor market needs, furthermore, they have sufficient in-depth theoretical knowledge to continue their training in the second cycle.

Do you dream of constructing a greener future with sustainable products or new digital solutions? Then the Bachelor of Science in engineering programme for Mechanical Engineering is something for you.

Mechanical engineering is dedicated to the analysis, design, and fabrication of systems—machines, engines, products, and technologies—that affect a conversion between mechanical, electrical, and thermal energies. Choosing Florida Tech for a mechanical engineering degree puts you in a program listed among the Fiske Guide’s “Engineering/Top Technical Institutes” and Parade Magazine’s “College A-List in Engineering.”

The aim of the program is to train mechanical engineers who are capable of operating and maintaining machinery and mechanical equipment, introducing and applying mechanical engineering technologies, organising and managing work, and carrying out tasks of average complexity in technical development, research and design, taking into account the needs of the labour market.

The aim of the studies is to educate specialists in the field of widely understood mechanical engineering, which includes the construction, manufacturing, and operation of machines. The study program includes lectures, tutorials, and laboratory classes in fundamental subjects of mechanical engineering, delivered to the students during the first four semesters. Professional elective subjects of the specialization Design and Production Engineering are conducted at the final three semesters.

With over 22% of NASCAR Cup Series race engineers being alumni of the William States Lee College of Engineering, the industry-leading academic program is clear: UNC Charlotte’s motorsports engineering concentration, offered together with the B.S. in Mechanical Engineering. This program guides you through mechanical engineering courses, then adds a layer of hands-on electives and immersive experiential learning options in advanced automotive power plants, applied vehicle aerodynamics and motorsports instrumentation.

The international Bachelor’s program Mechanical Systems Engineering (MSE) is entirely taught in English – from the first to the last semester. You’ll learn mechanical engineering combined with systems and computational engineering, fully preparing you for the digital industry. After graduation, you can start directly as a professional engineer in companies.

The mission of the program in Mechanical Engineering to bridge the gap between conventional engineering and industry through graduates who are equipped with the theoretical knowledge and practical skills necessary for successful professional careers. The graduates can also pursue higher studies.

The B.Sc. program in Mechanical Engineering at KIT has been designed specifically for international students who do not speak German, yet want to pursue engineering studies at a leading German Technical University. In addition, the engineering courses are combined with a high level of additional services comparable to a college structure known from the Anglo-American university system (CBS College Program). These additional services are organized here at the Carl Benz School of Engineering of the KIT.

With a B.S.M.E. concentration in energy engineering, you’ll study at the intersection of engineering with power generation. The program guides youthrough mechanical engineering courses, then provides technical electives including metrology, nuclear engineering, electric vehicles and materials science. By focusing the four technical electives in the area of energy, you’ll learn skills in a variety of related disciplines, including automotive power plants, nuclear engineering, turbomachinery and more.

The Loras College Mechanical Engineering program provides students the opportunity to develop strong technical and design skills.

The B.S.M.E. with a concentration in biomedical engineering provides you with a specialized area of study at the intersection of biology and engineering. The full program guides you through mechanical engineering topics, then adds a design course, a biology course, statistics and at least four technical electives, including areas such as biomaterials, microfluidics, orthopedic biomechanics, bioelectronic medicine, regenerative neural engineering and more.

The degree program in mechanical engineering has always provided a strong technical and scientific foundation that enables the continuous growth of graduates in the modern industrial system. The program allows graduates to manage the industrial transformation and innovation processes in different fields, from design to production to management, from automation to aerospace.