568 Engineering Bachelor's Degree Programs in USA

Mechanical Engineering is one of the broadest of the engineering disciplines and mechanical engineers find themselves engaged in a wide variety of technology and business problems today. Computer aided design and analysis, fluid and thermal sciences, bioengineering, manufacturing processes and control, and instrumentation are a several of the many areas that require mechanical engineering skills.

The concentration in Aerospace Engineering is available as a way to specialize your B.S. in Mechanical Engineering. In the aerospace engineering concentration, you’ll learn about the development of aircraft (aeronautics), spacecraft (astronautics) and related technologies. Aerospace engineering areas of study include flight aerodynamics, flight and orbital mechanics, stability and control, aerospace propulsion, aerospace structures and materials, and vehicle design. If you’re interested in this concentration, you should apply in your first or second year.

Metrology is the science of measurement and it is essential for the field of mechanical engineering. Precision metrology emphasizes high design accuracy for manufacturing of components and systems, leading to quality processes and parts. The B.S.M.E. with a concentration in precision engineering and metrology provides students specialized, hands-on learning and focused training in areas such as advanced manufacturing processes, advanced CAD, and waves and optics. By completing the requirements described in this program, you’ll receive a special designation on your transcript showing that you have completed the precision engineering and metrology concentration.

UNC Charlotte’s Mechanical Engineering Technology degree with a concentration in applied energy focuses on energy systems and applications. You’ll learn computer-aided design, mechanisms, manufacturing processes and engineering materials, and focus your electives on power systems and machines, energy management, energy markets and more.

The B.A. in Audio Engineering at CSUDH is a hands-on, professionally-oriented program geared for students who want marketable job skills for careers in music recording, live sound reinforcement, audio post production, and sound design for film, television, and related media industries. Students produce, track, mix, and master their own recordings in the studio and on location.

UNC Charlotte’s Mechanical Engineering Technology degree with a concentration in electromechanical systems includes courses on mechanisms, energy systems, design, manufacturing and instrumentation.

The B.S. in Mechanical Engineering Technology provides you with industry relevant skills, including computer-aided design, manufacturing processes, fluid power systems, stress analysis and more. Through hands-on application of mechanics and technology, you adopt skills in the areas of mechanisms, energy systems, manufacturing and instrumentation.

This program in mechanical engineering equips students with the skills and competencies valued by today's and tomorrow’s employers. Carroll’s unique curriculum combines specialized technical skills with liberal arts concepts, producing engineers who can analyze systems in both the concrete and abstract, contributing to a future-proof career.

This program in industrial and systems engineering equips students with the skills and competencies valued by today's and tomorrow’s employers. Carroll’s unique curriculum combines specialized technical skills with liberal arts concepts, producing engineers who can analyze systems in both the concrete and abstract, contributing to a future-proof career.

Physics is the study of the natural world at its foundation. As such it is the basis of other disciplines such as biology, medicine, chemistry, computer science, geology, astronomy and engineering. Physicists study the world from the smallest particles of matter (quarks and leptons), nuclei, atoms, and molecules; through forces and motions which determine properties of solids, liquids, gases, and plasmas; to descriptions of the behavior of matter on all scales up to stars, galaxies, and even the origin and fate of the universe. The department encourages student-faculty interaction in all these areas.

If you want to gain knowledge and skills in manufacturing processes, additive manufacturing, automation, product design, control systems, and materials characterization, the Bachelor of Applied Science in Advanced Manufacturing and Materials Engineering Technology (BAS-AMMET) program is for you. We focus on hands-on learning, with classes taught by faculty with industry experience. After completing our program, you will be a highly competitive graduate prepared for entry-level positions in various industries.

Emphasis is placed on the utilization of computers throughout the curriculum.  Graduates have a wide range of job opportunities as communication engineers, digital design engineers, test engineers, embedded system developers, network engineers, project engineers, robotic system engineers, application engineers, medical product engineers, and process engineers.

Our Aviation Science and Drone Technologies major, part of the Applied Physics and Engineering program, will provide you with the skills and knowledge needed to become an industry leader in a variety of drone-related fields, including small drone piloting, remote sensing system design and operations, mission planning, and data analytics.

Prepare yourself for a profession in the design and development of electrical circuits, power and control systems, electronic components, computer architecture, and embedded software. Your education makes you employable in virtually any industry since all rely on electronics and electrical systems.

Our Bachelor of Applied Science in Robotics and Artificial Intelligence (BAS-ROBAI) program focuses on hands-on learning. The program will equip students with the knowledge and skills to design, implement, and maintain advanced manufacturing systems that leverage robotics, interconnected sensors, and data analytics to troubleshoot and optimize production processes, enabling real-time decision making and increased efficiency across the entire manufacturing lifecycle.