The first-year Engineering Design Division program integrates engineering fundamentals and engineering communications in a year-long program that includes three hands-on engineering projects in the Engineering Design and Engineering Communications courses.

The Engineering program at APU aims to equip students with the knowledge and skills necessary to design and build innovative solutions to real-world problems. The curriculum includes a strong foundation in mathematics, physics, and engineering principles, as well as hands-on laboratory experiences and design projects, and is accredited by ABET (Accreditation Board for Engineering and Technology) for its excellence in engineering education.

Apart from the classic technical and constructive tasks, engineers in Indonesia have to deal with special challenges: due to their location along the so-called „Pacific Ring of Fire“, the Indonesian islands are exposed to frequent earth movements. The Semester Abroad Engineering 15-week class “Southeast Asian Engineering” combines lectures, exercises, and excursions. It reveals the special challenges of planning and construction in the tropics and teaches how to develop individual concepts for these particular requirements.

Are you studying towards having a career in technology? Are you interested in further developing your computer science skills, including the ability to engineer and program software along with the tools necessary for building video games? Then our semester study abroad courses are for you! As a student, you will develop skills in programming languages that are valuable in various industries today. Students will further develop problem solving and programming skills with identified software and will be introduced to/or further develop skills in areas of computer science, engineering and/or game design techniques. Join the Semester Study Abroad Programme today! Choose from a variety of bachelor and master’s courses, across a wide range of disciplines for international credit transfer.

The System Dynamics as a Modelling Tool for Engineering and Manufacturing Master Class will broaden the participants’ understanding of modelling using system dynamics principles. You will be introduced to some of the System Dynamics graphical modelling techniques, how these techniques relate to the underlying mathematical models, and tools that are to be implemented so that you can evaluate system behaviors without the need for complex mathematical calculations.

The Technion’s semester study abroad program in engineering and science is designed to give international students a unique academic experience, as well as a chance to get to know Israel, the “Start-Up Nation.”

Study abroad side-by-side with US students at the University of California Santa Barbara (UCSB), a world-renowned leader in research and innovation beautifully located on the edge of the Pacific in southern California.

Full study program taught in English.

The Engineering Studies Concentration at St. Olaf College provides students with an interdisciplinary understanding of engineering principles, practices, and methodologies within the context of a liberal arts education. Through a combination of coursework, hands-on projects, and experiential learning opportunities, students explore the fundamentals of engineering while also gaining insights into its societal, ethical, and environmental implications.

Courses in Engineering put to practical use the discoveries of science and, by so doing, alter our way of life. Because of the narrow scope of many engineering programs, several leading engineering schools cooperate with selected liberal arts colleges to combine the professional training found in the usual four-year engineering curriculum with the breadth of education provided at liberal arts colleges. Such a program requires five years-three years in the liberal arts college and two years in the engineering school.

This degree introduces fundamental biological and biophysical principles while developing strengths in traditional engineering areas, specifically mechanical engineering. The Biomechanical Engineering major integrates biology and clinical medicine with engineering mechanics and design. This degree introduces fundamental biological and biophysical principles while developing strengths in traditional engineering areas, specifically mechanical engineering. Primarily geared toward the students’ interests, this major offers a range of courses for students interested in specific fields of biology and mechanical engineering such as design, biomechanics, and medicine.

The Engineering Physics program is designed for students who have an interest in and an aptitude for both engineering and physics. Students begin with a year of mathematics and calculus-based physics, and then proceed to depth courses in physics and engineering, as well as elective courses in a selected specialty area (Aerospace Physics, Biophysics, Computational Science, Electromechanical System Design, Energy Systems, Materials Science, Photonics, or Renewable Energy).

The mission of the Trinity College Engineering Department (ENGR) is to educate and inspire engineering students within the liberal arts environment so that they will possess the knowledge and vision to make significant contributions to the engineering profession and to society at large. Trinity College has been committed to engineering instruction for over 100 years, offering civil and mechanical engineering courses as early as 1856. Today, Trinity is one of just a few highly selective liberal arts colleges that offers two engineering degree paths: ABET logoa Bachelor of Science degree, accredited by the Engineering Accreditation Commission of ABET, https://www.abet.org, under the General Criteria, and a Bachelor of Arts in Engineering Science degree. These degrees prepare students for careers in industry and for further study in engineering graduate programs or post-graduate schools of law, medicine, and business.

This programme is designed to educate future engineers with greater flexibility and technical capability by exploring the integrated nature of manufacturing and mechanical engineering. It is intended for students who have completed studies at an advanced level, or who have more varied experience and wish to pursue a career in engineering and manufacturing. The courses contain significant project-based learning including laboratory investigations, design work, projects, case studies and tutorials.

This practical course is recommended for those that wish to develop a career in maintenance and manufacturing engineering. Learners will be encouraged to undertake maths and English to enable access to the level 3 courses. The progression route for this programme is to an EAL Level 3 engineering course and HNC courses