Bachelor of Science in Physics (Pre-Engineering) (2+2 Program)
Hours: 120 On-Campus
About
The Bachelor of Science in Physics (Pre-Engineering) (2+2 Program) at Fort Hays State University prepares students for advanced engineering studies by combining a strong foundation in physics with essential engineering principles. The curriculum emphasizes problem-solving, critical thinking, and practical application, equipping students to tackle challenges in engineering programs and professional careers.
Through rigorous coursework, hands-on laboratories, and research projects, students deepen their understanding of physical laws and their practical applications in real-world engineering. This focus on applying physics to practical engineering issues ensures graduates are ready to excel in advanced studies and professional practice.
Why pursue a B.S. in Physics (Pre-Engineering) (2+2 Program) at Fort Hays State University?
The B.S. in Physics (Pre-Engineering) (2+2 Program) combines rigorous physics instruction with foundational engineering principles, preparing students for advanced studies in engineering. The program bridges theoretical knowledge and practical application, supported by small class sizes and personalized guidance from experienced faculty.
Emphasizing hands-on learning and research, students tackle real-world engineering challenges that deepen their understanding of physics and enhance their ability to apply skills effectively. This comprehensive, applied curriculum equips graduates for success in graduate studies and professional careers, giving them a strong competitive edge in the engineering field.
Who is this program for?
This program is ideal for individuals who are passionate about both physics and engineering and seek to bridge the gap between these two disciplines. It is well-suited for:
- Aspiring engineers who seek a strong foundation in physics
- Students planning to transfer to advanced engineering programs
- Individuals interested in applying physics to solve engineering problems
- Those seeking hands-on laboratory and research experience
- Students aiming for careers in technical fields that require strong analytical skills
- Learners who value a blend of theoretical knowledge and practical application
Real-World Applications
Students are well-prepared to tackle real-world engineering challenges through a curriculum that integrates theoretical physics with practical engineering applications. By applying core concepts to complex scenarios, they gain a deep understanding of how physics drives engineering solutions.
Hands-on laboratories, research projects, internships, and collaborative experiences develop practical skills while fostering critical thinking and problem-solving, key competencies for success in engineering careers. This comprehensive approach ensures graduates enter the workforce with the confidence, knowledge, and abilities needed to excel in diverse engineering roles.
Stay Ahead of the Curve
Fort Hays State University incorporates the latest advancements and emerging trends in physics and engineering into the curriculum. Through coursework, research opportunities, and industry engagement, students gain hands-on experience with cutting-edge technologies and modern engineering practices, ensuring they stay current in a rapidly evolving field.
The program utilizes innovative teaching methods and state-of-the-art laboratory equipment to provide a practical and immersive learning experience. By continuously updating the curriculum to reflect scientific and technological developments, the program ensures graduates are well-prepared to meet the demands of today’s engineering industry and succeed in their future careers.
Hands-on Activities
The B.S. in Physics (Pre-Engineering) (2+2 Program) offers a comprehensive range of hands-on learning experiences that are essential for student development. Through laboratory experiments, students apply theoretical concepts to real-world scenarios, strengthening critical thinking and practical skills. Equipped with advanced tools and technology, these labs simulate professional engineering environments.
Beyond laboratory work, the program offers internships, research projects, and industry collaborations, allowing students to work alongside engineering professionals and gain firsthand experience with practical applications. Participation in academic conferences and collaborative projects further enriches their education, preparing graduates to tackle complex engineering challenges with confidence.
What You’ll Learn:
- Fundamental physics principles
- Basic engineering concepts
- Analytical and critical thinking skills
- Laboratory and research skills
- Application of physics in engineering
How You’ll Learn:
- Rigorous coursework in physics and engineering
- Hands-on laboratories and projects
- Research opportunities with faculty
- Collaborative learning environments
- Advanced problem-solving techniques
The core curriculum combines physics and introductory engineering courses, covering mechanics, electromagnetism, thermodynamics, modern physics, materials science, statics, and dynamics. This strong foundation prepares students for advanced studies or careers in engineering. The program also offers flexibility through electives and research opportunities, enabling students to tailor their education to their interests and career goals.
PHYS 100: Introduction to Physics and Engineering
This course will introduce students to the physics and engineering disciplines, developing their abilities in problem-solving, experimental design, and technical writing through individual and group activities. Career fields and pathways in physics and engineering will also be explored.
PHYS 211/211L: Engineering Physics I/Laboratory
A calculus-based study of mechanics, wave motion, and thermodynamics for majors in science and engineering, along with a laboratory component.
PHYS 212/212L: Engineering Physics II/Laboratory
A calculus-based study of electricity, magnetism, and optics, along with a laboratory component.
Discover the full Bachelor of Science in Physics (Pre-Engineering) (2+2 Program) course listing by visiting the Academic Catalog.
Graduates are well-prepared for a wide range of rewarding careers in engineering. The program provides the essential knowledge and skills needed to excel in diverse engineering roles, laying a strong foundation for long-term professional growth and success.
Engineer
Engineers apply physics and engineering principles to design, develop, and maintain systems across various industries, including automotive, aerospace, construction, and electronics. They focus on performance, safety, and innovation to deliver sustainable, real-world solutions.
Research Scientist
Research scientists investigate theories and applications in physics or engineering, driving innovation through experiments and studies. They work in labs, universities, or research institutions and rely on strong scientific knowledge and a passion for discovery.
Biomedical Physics
Biomedical physicists apply physics to healthcare, developing and improving medical technologies such as imaging systems, radiation therapy, and medical devices. They combine expertise in physics and biology to enhance patient care through research and innovation.
Science Communication
Science communicators make complex scientific ideas accessible to the public through writing, presentations, and multimedia. They combine strong communication skills with scientific knowledge to inform, engage, and inspire diverse audiences.
Technical Publishing
Technical publishers create and edit specialized content, such as manuals, reports, and journals, ensuring clarity and accuracy. They collaborate with experts to translate complex information into clear and accessible formats, requiring strong writing skills and meticulous attention to detail.
Software Design
Software designers develop user-focused software by designing architectures, interfaces, and workflows that are tailored to meet the needs of users. They collaborate with teams to ensure functionality, performance, and usability, combining technical expertise with creativity and problem-solving skills.
Physics Education
Physics teachers explain core concepts, such as mechanics, electricity, and thermodynamics, using lessons and experiments to promote curiosity and critical thinking. They combine strong communication skills with a passion for science to make complex ideas accessible to all learners.
The Best Value in Higher Education Anywhere
Fort Hays State University prides itself on quality education at an affordable price. Students in this program can expect to pay approximately $3,055.95* (on-campus) per semester.
*Estimated cost based on 15 credit hours at the Undergrad resident/regional tuition rate ($203.73/credit hour) for on-campus courses. Actual price may vary depending on course load and location. Tuition and Fees are subject to change as they are approved by the Kansas Board of Regents each year.
Ready for the next step?
Our faculty would be excited to talk to you about how our department programs can help you explore your interests and prepare you for a variety of rewarding careers.
Related Programs
For students interested in related fields, Fort Hays State University offers additional programs such as:
- B.A./B.S. in Mathematics (Industrial/Academic)
- B.A./B.S. in Mathematics (Teaching)
- B.A./B.S. in Mathematics (Middle School Math)
- B.S. in Computer Science
- B.S. in Technology Studies (Engineering Design Technology)
- Minor in Physics
Students must meet the general FHSU admissions requirements to be admitted to the Physics (Pre-Engineering) (2+2 Program).
This program is offered exclusively on campus, allowing for direct faculty interaction, hands-on lab experiences, and access to campus facilities.
Graduates can pursue careers in various engineering fields, including mechanical, electrical, civil, and aerospace engineering, as well as roles in research institutions and academia.
Students engage in extensive laboratory experiments, participate in research projects, gain professional experience through internships, and attend conferences for networking and professional development.
The curriculum integrates theoretical knowledge with practical applications through hands-on activities, internships, and research projects, emphasizing critical thinking and problem-solving skills essential for engineering.
The B.S. in Physics (Pre-Engineering) (2+2 Program) enables students to complete the foundational coursework necessary for admission to an engineering program. Typically, students spend two years at Fort Hays State University, followed by two years at an accredited engineering institution to earn an engineering degree.
Students who choose not to transfer will still graduate with a Bachelor of Science in Physics (Pre-Engineering) (2+2 Program) from FHSU, providing a solid foundation for careers in physics-related fields or further academic study.
Information about the Department of Physics
The Department of Physics at FHSU offers comprehensive programs that encourage students to explore the fundamental aspects of space, time, matter, and energy. The curriculum provides a strong foundation in physics, enhanced by hands-on learning in advanced fields such as robotics, laser bio-effects, atomic physics, and materials science.
With guidance from dedicated faculty, students engage in research early in their academic journey, benefiting from the resources of a state university along with the personalized support of a close-knit academic community. Graduates are well-prepared for a variety of scientific careers or for continued study in competitive graduate programs.
While earning a degree remains the primary focus, college life offers much more than classroom learning. Students are encouraged to participate in extracurricular activities that foster leadership skills, deepen their understanding of their chosen careers, and provide opportunities to make a positive impact in their communities.
- FHSU Physics and Engineering Club: This student organization combines the departmental club with national chapters of the Society of Physics Students and Sigma Pi Sigma. It hosts a variety of events, including the Science Quiz Bowl and the Physics Roadshow, promoting engagement, collaboration, and outreach within the physics and engineering communities.
- FHSU Astronomy Club: The FHSU Astronomy Club offers opportunities for students and the public to explore the night sky. The club hosts public observation events and manages the Tomanek Hall Observation Deck and the Albertson Hall Astronomy Tower, fostering interest in astronomy through hands-on experiences and community engagement.
- Bachelor's
- On-Campus
