Compare 258 Bachelors of Science in Engineering Studies

The mission of the Benedictine College Engineering Department is to provide a multidisciplinary engineering undergraduate education built on an authentically Catholic liberal arts foundation. Graduates of the program will be professionals who are excellent problem solvers, committed to the highest ethical standards and proficient communicators. They will understand the role of engineering as a profession and their duty, as engineers, to promote the common good of society.

The Engineering Department offers a Bachelor of Science degree in Chemical Engineering. As they continue to develop the engineering program, a fee of $150 per semester is charged to each student to help support the continued improvement of the engineering program.... [-]

Our Audio Production program is designed to respond to the rapidly changing multi-media nature of the entertainment industry. Learn how to produce audio for film, TV, games, recording engineering, live sound and more.

This program offers advanced training for audio engineering, music production and more, providing students with focused knowledge and understanding of recording engineering and foundational music and production skills.

Our analog and digital sound labs are your audio playground. Here, you’ll log real time on professional consoles, working with the same gear found in real-world studios, because this isn’t a hobby for you, it’s your life.... [-]

Graduates receive basic education, including theory and practice of designing and erecting all kinds of buildings, including civil and industrial structures, bridges and geotechnical engineering objects. In the initial year, students acquire theoretical knowledge. In subsequent years, the study is more practice-oriented, addressing reinforced and pre-stressed concrete, steel, masonry and timber structures as well as geotechnics. During this period, students individually prepare projects on various topics, including civil and industrial structures, geotechnics, roads, and bridges. Projects are performed under the supervision of well-experienced staff.

The Mission of the Electrical Engineering Programme is:

The BUE delivers programmes based on a British philosophy of education. This results in programmes that are very much focused on the student rather than those who deliver the material. Graduates from UK programmes typically exhibit:... [-]

Application period 1: 9.-23.1.2019

Application period 2: 20.3.-3.4.2019

Environmental Engineering (EE) program provides you with a wide perspective on the professional field of environmental technology. You learn about the causes, consequences, and prevention of environmental problems from local oil spills to global problems, such as climate change and microplastics in waters.... [-]

Whether you want to change the world of manufacturing, increase product quality for consumers or the safety of workers, or oversee worksite improvements, St. Ambrose has a program that leads to your goals, and more.

Our graduates work at ExxonMobil, Ford Motor Company, Genesis Health System, NASA, Boeing Charleston, Deere & Company, Land O'Lakes, and others.

Our rigorous, but rewarding, Industrial Engineering program gives you hands-on, real-world experience. You will be guided by an expert and engaged faculty and gain skills that make you a sought-after asset in the workforce.... [-]

Mobile is not only a rapidly expanding industry; it’s also an increasingly important aspect of our daily lives. Its influence now reaches all corners of the globe, from the most technologically advanced societies to the developing world.

The Mobile Development bachelor of science degree program provides a complete study of the evolving processes used in professional application production. Coursework ranges from programming languages for Android and Apple devices to audio and visual asset implementation. You’ll also learn how to locate potential industry needs, research your user base, and apply that research to a comprehensive software plan.

The project-based learning environment will provide you with opportunities to strengthen your professional and analytical skills, and will help prepare you for a transition into the media and entertainment industries. In addition, our Career Development services and advisors will be available for support throughout your mobile development career path – not just while you are a student.... [-]

Are you in charge of supplying a warehouse most efficiently? Do you want to organise the chain from raw materials up until the final product effectively and efficiently? Or do you want to be responsible for the logistic processes in a harbour area?

Logistics concerns organising and planning the flow of goods, information and people in the quickest manner possible for the lowest costs, and in which sustainability also plays a major role. In the study programme Logistics Engineering the accent lies on the technical and IT-driven aspects of logistics.

In addition to acquiring specialist knowledge, during the programme, you will develop all sorts of competencies which you will need later for being able to carry out your work well. You will do this by, amongst other things, working on a project basis on ‘real life assignments’ from the industry. Alongside projects, you will follow lectures, guest lectures and seminars, courses, training and coaching sessions. You will also undertake a number of work placements and participate in excursions and study trips. The entire study programme is very much practice-based. The total package is optimally linked to the demands of the profession and the possibility of continuing your studies further.... [-]

The Bachelor of Science in Health and Safety Management provides a flexible, relevant, and current curriculum that includes opportunities for students to gain knowledge in health and safety theory and practice, which are necessary in order to function at a professional level within the modern workplace. The curriculum demonstrates a combination of technical and managerial aspects necessary to design, develop and implement health and safety management systems whilst considering environmental impacts and aspects.

Mechanical engineering is a broad technical discipline. It integrates knowledge of the physical sciences and mathematics for the design, construction, and manufacture, testing, analysis, use, and operation of a device, structure, a machine, a process, or a system in service to humanity. Its development parallels the growth of the industry. Modern society needs mechanical engineers who have broad and deep training in the fundamentals of engineering and related sciences and who have developed versatility in analyzing and solving complex problems. The mechanical engineer must not only possess a high level of professional expertise but also have an appreciation for the impact of engineering solutions in a societal context, including ethical and economic considerations.... [-]

To meet the needs of the students and society, this scheme has been developed to equip students with the specialized skills in product design and development, marketing, process control and optimization in complex organizations and businesses, in a global context. An integrative and problem-based teaching and learning approach is adopted in the scheme, helping students to develop their engineering knowledge as well as their communication, team-playing, management and self-learning skills. Graduates are able to play leading roles in industry by virtue of their well-balanced education and practical training. The skills learnt not only improve the systems of today, but also create better ones for tomorrow.... [-]

The Faculty of Sustainable Design Engineering at UPEI offers a progressive and innovative four-year Bachelor of Science in Sustainable Design Engineering degree which recognizes the need for a broad and balanced engineering education. The program follows current trends in engineering education and focuses on student outcomes. Small class sizes within an activity-based learning environment allow faculty and staff to be student-centric and to provide specific and timely input to individual students.

Students are exposed to a broad base of knowledge and skills in engineering science, natural science, mathematics, and complementary studies in concert with an applied project-based design stream simulating the engineering profession. Students entering the degree program will be actively engaged in the profession of engineering from day one, providing creative and sustainable solutions to society’s problems. The degree program is designed to provide a highly flexible learning environment that is responsive to the dynamic needs of students and the industries that employ them.... [-]

The BSEM requires the successful completion of a total of 120 credit hours of study, 60 of which are at the upper level (junior and senior years).

A student must complete at least 30 credit hours in General Education to receive a BSEM degree. A student must also complete 54 credit hours of Engineering Management core courses. The remaining credit hours consist of elective courses.

Upon successful completion of the program, students will be able to:

The Bachelor of Science in Applied Engineering, Foundry Technology prepares students for employment in the metal casting industry. Graduates of the program will have completed coursework in Materials and Processes, Cast Metals, Metallurgy and Material Science, Solid Modeling and Solidification and applied their knowledge and skills in the capstone course, Foundry Tooling and Pattern Making. This program is Foundry Educational Foundation (FEF) certified.

They will also have taken several management courses and have experience with programmable logic controllers, hydraulics and pneumatics and computer-aided manufacturing.

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Kent Campus

Electrical Engineers have really interesting jobs; they can work on designing the electronics of airplanes and cars; they can perform research on finding ways for computers to recognize speech and images; they can work to upgrade the country's aging power grid, incorporate smart grid and sustainable technologies, and fill the demand for more electric power engineers.

The power and energy industry may experience as much as a 50% turnover in engineers and needs electrical engineers to maintain and upgrade the nation's power grid.... [-]