Engineering (Pre-Professional)

• Transfer-Ready Coursework
  Barton’s curriculum is designed to help you complete the general education and foundational STEM courses needed to transfer into a four-year engineering program. You’ll be well-prepared to continue your studies in fields such as mechanical, civil, chemical, electrical, or aerospace engineering.
• Affordable Tuition
  Barton offers lower tuition and fees than most universities, allowing you to complete your first two years of college without the burden of high student debt. Get a strong start on your engineering education while saving thousands.
• Flexible Class Options
  Whether you prefer to learn online or in person, Barton offers flexible course formats to fit your schedule. Many of our core courses are available in both modalities to support your learning style and needs.
• Low-Cost Course Materials
  Many Barton classes use Open Educational Resources (OER) or affordable materials, meaning you may not have to purchase traditional textbooks. This helps keep your overall education costs low without compromising quality.
• Supportive Environment
  Small class sizes and dedicated faculty ensure you receive individual attention and support as you build your academic foundation and prepare for the rigors of an engineering degree.
• STEM-Focused Learning
  Hands-on labs, problem-solving activities, and real-world applications prepare you with the analytical and technical skills essential for success in engineering fields.

A pre-professional engineering degree from Barton Community College prepares students to transfer into a four-year engineering program, where they can specialize in a wide range of engineering fields. With continued education and training, students can pursue rewarding careers such as:

• Mechanical Engineer – Design, develop, and test mechanical devices, including tools, engines, and machines.
• Civil Engineer – Plan and oversee construction projects like roads, bridges, buildings, and water systems.
• Electrical Engineer – Work on electrical systems and equipment, from power generation to electronics and communications.
• Chemical Engineer – Solve problems related to the production or use of chemicals, fuel, drugs, food, and more.
• Aerospace Engineer – Design and test aircraft, spacecraft, satellites, and missiles.
• Computer Engineer – Develop computer hardware systems and integrate them with software.
• Environmental Engineer – Address issues like pollution, waste disposal, and sustainability through engineering solutions.
• Industrial Engineer – Improve processes and systems in manufacturing and business to increase efficiency and productivity.
• Petroleum Engineer – Design and develop methods for extracting oil and gas from deposits below the earth’s surface.
• Bioengineer/Biomedical Engineer – Apply engineering principles to healthcare, creating medical devices and technologies.

These high-demand careers offer strong salaries, job stability, and the chance to make an impact through innovation and problem-solving. Barton’s program gives you the foundation to pursue any of these exciting paths.