BSE Major
Geneva College’s Bachelor of Science (BS) in Mechanical Engineering degree program develops highly qualified engineers who can use mathematics, physics, and material science to design products, devices, and processes. Through our rigorous curriculum and hands-on projects, you become a mechanical engineer that leads in your community with excellence. By understanding the mathematical and physical principles of machines and mechanical systems and how their work relates to a Christian worldview, Geneva mechanical engineers serve God and others.
Network with mechanical engineering alumni who work at Westinghouse, Swagelok, Aerotech, and Leidos
Hone your mechanical engineering skills by working hands-on with local companies by developing innovative solutions to real-world problems
Connect your calling as a mechanical engineer to the Biblical commandment to steward creation
Learn about reactors and the energy transformation processes at work within them
Study the way solid materials change and how to manipulate them
Apply equilibrium and rate process to thermodynamics to systems like power plants, solar energy, and geothermal systems
Examine the way materials experience wear and tear over time and how to optimize designs
Geneva's Engineering program is accredited by the Engineering Accreditation Commission of ABET, under the commission's General Criteria and Program Criteria for Engineering, General Engineering, Engineering Physics, and Engineering Science.
Engineering students at Geneva earn a BSE degree built around a core engineering curriculum that provides students with broad exposure to the field. Students will also choose a specific concentration by working with an advisor to decide which engineering discipline is right for them.
We recognize that our students and graduates make choices and commitments that we do not control. Nevertheless, we state our objectives on the assumption that our graduates stay in the engineering profession and make the choices and commitments that we encourage.
Objectives: Within five years of graduation, graduates of Geneva College’s Engineering program will:
Be employed in the engineering profession and, with experience, assume increasing levels of responsibility.
Obtain professional certifications and/or advanced degrees appropriate to their career path.
Upon successful completion of the engineering program, graduates will have achieved the following outcomes:
Behind each successful industry — whether automotive, biomedical, construction, defense, or pharmaceutical — are driven mechanical engineers. These individuals research, design, build, and test tools, machines, or engines to ensure they work properly and safely. Through the Bachelor’s in Mechanical Engineering degree program, students gain hands-on experience in the field of engineering. Geneva’s engineering curriculum is further enhanced by Christian values and ethics to ensure that graduates leave a lasting impact in their communities and careers.
Employers of our mechanical engineering graduates say that Geneva students demonstrate subject matter excellence and professional preparation, dependability and strong work ethic, and an exceptional ability to engage others constructively in workplace contexts.
(Mechanical Engineering)
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BSE Major
BSE Major
BSE Major
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Were you born with a fascination for scientific research coupled with natural technical aptitude? Do you intend to make a powerful difference in the lives of many people by using your God-given gifts to create groundbreaking and life-saving technologies? If you’re nodding your head an enthusiastic “Yes!” – biomedical engineering might be a perfect fit for you.
Congratulations, you have decided that you want to pursue a degree in engineering! Did you know Geneva offered several concentrations to aid in your career goals?
Whether healthcare, technology or design an engineering degree can aid in the next steps of a rewarding career.
From two-year surveying course of study to ABET-accredited, nationally ranked program, Geneva engineering is one of Geneva’s vocational education success stories. In this 100th year, Geneva engineering remains an example of academic rigor, collaborative and experiential learning, engagement with industry, and application of Christian principles to a technological, scientific field of study.
Do you want a career that's exciting and gives you opportunities to change the world? Check out these 11 reasons you'll love engineering at Geneva!
As an engineer, you must adopt a career-long commitment to learning. There will always be new products and developments, new problem-solving methods or techniques, and new technologies that benefit career advancement.
Geneva College announces an Engineering Alumni Speaker Series and Student-Alumni Networking events featuring graduates and students in its 100-year-old Engineering Program. The first speaker event is Friday, February 12. More information is available at http://i318.mblayst.com/engineering100 .
"Studying engineering requires discipline and faith. Geneva College provided me with the environment to stay grounded and grow spiritually."
“When I came here, I was really glad to make friends that have the same faith. We can encourage each other and grow faith better because faith grows better when you are in a group, in a community.”
Geneva College hosts the STEM Symposium for Undergraduate Research from 6:30-8 p.m. on Wednesday, April 6, 2022, in Old Main. Chemistry Professor John Stahl, PhD, will speak on “Lessons Learned in Research: Observations from Conducting Chemistry Research for over 40 Years,” followed by a student poster session.
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