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Engineering: B.S.

If you're a creative thinker and problem-solver interested in how technology can improve the lives of others, learn how to bring your innovative ideas to life in Ouachita's new Bachelor of Science degree program in engineering with optional emphases in civil, mechanical and a general designation that combines elements of both. This academic offering builds on the tradition of excellence in the J.D. Patterson School of Natural Sciences, offering a 4-year, fully-residential engineering program.






Renewable Energies


Space Exploration

Sports and Games Technology

Fluid Mechanics

Numerical Methods

Introduction to Geotechnical Engineering

Mechanical Design Control

Mechanical Element Design

Structural Analysis and Design

View the Ouachita catalog for a full course listing with course descriptions.

Students can customize their engineering major at Ouachita by choosing one of three emphases: civil, mechanical or a mix of both for a generalist approach.

View the detailed degree requirements PDF to see all courses included in the program.

See a breakdown of course scheduling and prerequisites.

Learn more about the J.D. Patterson School of Natural Sciences.



Degree Emphases: Civil, General and Mechanical



Engineering Core Credit Hours



Patterson School Grad/Professional School Acceptance Rate



Ouachita Student-to-Faculty Ratio

Tailor Your Experience:

choose your path

Civil engineering involves the design, construction, maintenance and inspection of large infrastructure projects.

Through coursework and lab experience, a civil engineering emphasis will give you a background in areas including soil properties and analyses pertinent to engineering problems and designs; highway and airfield engineering; hydrologic analysis of precipitation, hydraulic analysis and design of water runoff, storm water management and flood frequency forecasting; and classical and matrix methods for analyzing simple and continuous structures.

Undecided about which of these two emphases to choose? You can pursue a B.S. in engineering and take a varied slate of courses from both areas, graduating with a General Emphases distinction.

Mechanical engineering involves the design, manufacturing, inspection and maintenance of machinery, equipment and components, as well as control systems and instruments for monitoring their status and performance.

The mechanical engineering degree emphasis will include areas of study such as the theory and application of fundamental heat transfer concepts including conduction, convection and radiation; analysis and design of heating, ventilation and air conditioning systems; fatigue behavior in structural machine elements such as beam supports, rods and drive shafts; and the selection and use of components including electrical, pneumatic and hydraulic that are used in mechanical systems.

In their words

hear from a faculty member

"I could not be more excited about our newest program in the Patterson School, the Bachelor of Science degree in engineering. Our intentional, focused and student-driven way of preparing young people for the future will be the foundation of our program, which is designed to prepare students for careers that are addressing the greatest engineering market needs in the U.S. right now."

Tim Knight headshotTim Knight, Ph.D.
Dean, J.D. Patterson School of Natural Sciences

student using calculator

Designed to meet ABET standards

The first required step to becoming a Professional Engineer is to graduate from an engineering program approved by the Accreditation Board for Engineering and Technology (ABET). Ouachita began the process of earning ABET accreditation by designing our B.S. degree program in engineering specifically to meet standards set by ABET, accelerating your progress to becoming a Professional Engineer.

students on computer

Renovated "make and break" space

If you're going to master the tools required for engineering-related projects, practice general fluid mechanics or circuit laws and network theorems, test strategies for storm water management or assess the properties of portland cement concrete or hydraulic conductivity, you'll need a ton of room to mix it up. We've got just the place: a 4,400-square-foot engineering lab on the edge of campus, fully equipped to bring your coursework to life.

Professor in classroom

Prep for a rapidly growing field

Exciting opportunities for engineering to advance technological breakthroughs are abundant. Demand for Professional Engineers is strong and continues to increase, regionally and nationally. Offering exceptional instruction and real-world experience through summer internships for upperclassmen, Ouachita's engineering program will equip you for success in the field as well as a wide range of related careers.


Capstone Team Projects Give You a Jump

on relevant work experience.

Every Ouachita engineering major will use what they've learned in the program in a series of capstone classes to strengthen their skills in their chosen profession. These open-ended team design projects are conducted throughout senior year. Capstone I, offered in the fall, is the planning phase where projects are assigned, sites are visited and organization begins. Capstone II follows in the spring, when project design is executed and results are presented in both written and oral formats.

program details

The best-prepared students seeking a B.S. degree in engineering will be Pre-calculus ready as entering freshmen and have additional college course credits (such as Composition I) to aid in the scheduling process.

Formal application for accreditation can be made to ABET when the first engineering cohort graduates. Once accreditation is granted, it applies to future program graduates and retroactively to all who completed the program in the year prior to the date of approval.

After you graduate with a B.S. in engineering from Ouachita, these are your next steps to becoming a Professional Engineer:

  • Become classified as an engineer intern by passing the Fundamentals of Engineering exam administered by the National Council of Examiners for Engineering and Surveying (NCEES).
  • Complete at least four years of qualifying engineering experience.
  • Pass the Principles and Practice of Engineering exam in your state.


The Patterson School of Natural Sciences nurtures critical and creative thinking, an appreciation of the beauty and complexity of natural systems, the development of ethical codes, the ability to communicate effectively, and an understanding of the importance of service and leadership.



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