Bachelor of Science in Physics (Pre-Engineering)

Bachelors

Hours: 120 On-Campus

About

The B.S. in Physics (Pre-Engineering) at Fort Hays State University is designed to prepare students for advanced studies in engineering. This program combines a strong foundation in physics with essential engineering principles, providing students with the knowledge and skills needed to succeed in engineering programs and careers. With a focus on problem-solving, critical thinking, and practical applications, students will be well-equipped to tackle the challenges of the engineering field.

Students will engage in rigorous coursework, hands-on laboratories, and research projects that enhance their understanding of physical laws and engineering applications. The program emphasizes applying physics to real-world engineering scenarios, ensuring that graduates are prepared for the demands of advanced engineering studies and professional practice.

Why pursue a B.S. in Physics (Pre-Engineering) at Fort Hays State University?

The B.S. in Physics (Pre-Engineering) at Fort Hays State University stands out for its unique blend of rigorous physics education and foundational engineering principles. This program is meticulously designed to prepare students for the challenges of advanced engineering studies, ensuring a seamless transition from theoretical understanding to practical application. Fort Hays State University offers small class sizes and personalized attention from experienced faculty, enhancing the overall learning experience.

Students also benefit from Fort Hays State University’s strong emphasis on hands-on learning and research opportunities. By integrating real-world engineering challenges into the curriculum, Fort Hays State University ensures that graduates are knowledgeable and capable of applying their skills in practical settings. This comprehensive approach makes the program ideal for those aspiring to excel in engineering, providing them with a competitive edge in academia and industry.

Who is this program for?

The B.S. in Physics (Pre-Engineering) is ideal for individuals passionate about physics and engineering and looking to bridge these fields. This program is suitable 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

Learning Outcomes

The B.S. in Physics (Pre-Engineering) program at Fort Hays State University is committed to equipping students with a comprehensive understanding of both physics and engineering. The curriculum is designed to develop theoretical knowledge and practical skills essential for success in advanced engineering studies and professional practice. Students will engage in rigorous coursework, hands-on laboratories, and research projects that enhance their analytical and problem-solving abilities, ensuring they are well-prepared for the challenges of the engineering field.

Understanding Fundamental Physics and Engineering Principles

Students will gain a deep understanding of the core principles of physics, including mechanics, electromagnetism, thermodynamics, and modern physics. Additionally, they will learn essential engineering concepts such as materials science, statics, and dynamics. This knowledge forms the foundation for advanced studies and professional practice in engineering.

Developing Analytical and Problem-Solving Skills

The program emphasizes critical thinking and analytical skills, enabling students to tackle complex engineering problems confidently. Through coursework and practical experiences, students will learn to analyze and solve real-world engineering challenges, preparing them for successful careers.

Hands-on Laboratory and Research Skills

Students will participate in laboratory experiments and research projects that provide practical experience in applying physics principles to engineering scenarios. These hands-on activities are designed to develop technical skills and foster a deeper understanding of the material, ensuring students are well-prepared for professional practice.

Applying Physics to Real-World Engineering Problems

The curriculum is designed to bridge the gap between theoretical physics and practical engineering. Students will learn to apply their knowledge of physics to solve real-world engineering challenges, developing the skills needed to excel in advanced engineering programs and professional practice. This practical approach ensures that graduates are well-equipped to meet the demands of the engineering field.

Real-World Applications

The B.S. in Physics (Pre-Engineering) at Fort Hays State University is designed to prepare students for real-world engineering challenges. Through a curriculum that integrates theoretical physics with practical engineering applications, students understand how to apply their knowledge to solve complex issues. Hands-on laboratories and research projects are crucial, allowing students to work on actual engineering tasks and develop essential skills directly applicable to their future careers.

Additionally, the program emphasizes critical thinking and problem-solving, which are crucial for tackling the technical challenges in engineering. By providing students with opportunities to engage in internships and collaborative projects, Fort Hays State University ensures they are well-prepared to enter the workforce with the confidence and competence needed to excel in various engineering roles.

Stay Ahead of the Curve

At Fort Hays State University, the B.S. in Physics (Pre-Engineering) program incorporates the latest advancements and trends in physics and engineering into the curriculum. Students are exposed to cutting-edge technologies and contemporary engineering practices through coursework, research, and industry interactions. This ensures they remain current with the evolving engineering field, providing them with the tools and knowledge necessary to stay competitive.

The program also leverages innovative teaching methods and state-of-the-art laboratory equipment, giving students a modern and comprehensive education. By continuously updating the curriculum to reflect the latest developments in science and technology, Fort Hays State University prepares students to meet the demands of a rapidly changing industry and excel in their future careers.

Hands-on Activities

The B.S. in Physics (Pre-Engineering) at Fort Hays State University offers numerous hands-on activities integral to learning. Students participate in laboratory experiments that allow them to apply theoretical concepts to real-world situations, developing critical thinking and practical skills. These labs are equipped with advanced tools and technology, providing an environment that mirrors what students will encounter in professional engineering settings.

The program includes opportunities for internships, research projects, and laboratory work. These experiences enable students to work alongside industry professionals and gain insights into the practical applications of their studies. Participation in conferences and collaborative projects further enriches their education, preparing them to tackle complex engineering challenges with confidence and expertise.

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

Courses

The core curriculum of the B.S. in Physics (Pre-Engineering) includes a balanced mix of physics and introductory engineering courses. Students will study key topics such as mechanics, electromagnetism, thermodynamics, modern physics, and essential engineering subjects like materials science, statistics, and dynamics. This comprehensive education ensures that students have a solid foundation in both fields, preparing them for advanced studies or careers in engineering.

Moreover, the program offers flexibility with elective courses and research opportunities that allow students to tailor their education to their interests and career goals. By combining rigorous academic coursework with practical experiences, Fort Hays State University provides a well-rounded education that equips students with the knowledge and skills needed to succeed in engineering.

PHYS 100: Introduction to Physics and Engineering

This course will introduce the physics and engineering disciplines and develop the student’s abilities in problem solving, experimental design and technical writing through individual and group activities. Career field 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) course listing by visiting the Academic Catalog.

Career Prospects

Fort Hays State University's B.S. in Physics (Pre-Engineering) program graduates can pursue a variety of rewarding career paths. The program equips students with the knowledge and skills to excel in various engineering roles, providing a solid foundation for professional success.

Engineer

Engineers design, develop, and maintain systems across industries such as automotive, aerospace, construction, and electronics. They ensure performance, safety, and compliance while applying physics and engineering principles to create innovative and sustainable solutions, from infrastructure and electrical systems to cutting-edge aircraft and spacecraft.

Research Scientist

Research scientists conduct experiments and studies in physics or engineering, contributing to advancements in technology and knowledge. They work in laboratories, universities, and research institutions, exploring new theories and applications that drive innovation and progress in the field. This role requires a deep understanding of scientific principles and a passion for discovery.

Biomedical Physics

Biomedical physicists apply physics principles to healthcare, focusing on the development, testing, and implementation of medical technologies. They work on projects such as imaging systems, radiation therapy, and medical devices, ensuring precision, safety, and effectiveness in clinical applications. This role requires expertise in both physics and biology, with a commitment to advancing patient care through innovation and research.

Science Communication

Science communicators bridge the gap between scientific research and the public, translating complex concepts into engaging and accessible information. They work across various media, including writing, presentations, social media, and multimedia content, to promote understanding and appreciation of science. This role requires strong communication skills, creativity, and a solid foundation in scientific principles to inspire and inform diverse audiences.

Technical Publishing

Technical publishers produce, edit, and distribute specialized documents, such as manuals, scientific journals, and technical reports, ensuring accuracy and clarity. They collaborate with subject matter experts to translate complex technical information into accessible formats for targeted audiences. This role requires attention to detail, strong writing and editing skills, and proficiency in publishing tools and standards to deliver high-quality technical content.

Software Design

Software designers create and develop user-centric software solutions, focusing on functionality, performance, and aesthetics. They work closely with developers, stakeholders, and end-users to conceptualize and design software architectures, interfaces, and workflows. This role requires a blend of technical expertise, creativity, and problem-solving skills to deliver innovative and efficient software that meets user needs and business objectives.

Physics Education

Physics teachers educate students on the principles of physics, fostering an understanding of topics such as mechanics, electricity, thermodynamics, and quantum theory. They develop engaging lesson plans, conduct experiments, and encourage critical thinking to inspire curiosity and problem-solving skills. This role requires strong communication, a passion for science, and the ability to make complex concepts accessible to learners at various levels.

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 $2,961.90* (on-campus)* per semester.

*Estimated cost based on 15 credit hours at the Undergrad resident/regional tuition rate ($197.46/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.

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Related Programs

For students interested in similar fields, Fort Hays State University offers related programs such as:

B.S. in Mathematics (Industrial/Academic)
B.S. in Mathematics (Teaching)
B.S. in Mathematics (Middle School Math)
B.S. in Computer Science
B.S. in Technology Studies (Engineering Design Technology)
Minor in Physics
3+2 Physics and Engineering Dual Degree Program

FAQ

What are the admission requirements?

Students need to meet the general FHSU admissions requirements to be in the B.S. in Physics (Pre-Engineering) program.

Is the program available online or on campus?

The B.S. in Physics (Pre-Engineering) is offered exclusively on campus, allowing for direct faculty interaction, hands-on lab experiences, and access to campus facilities.

What career prospects will I have upon graduation?

Graduates can pursue careers in various engineering fields, including mechanical, electrical, civil, and aerospace engineering, and roles in research institutions and academia.

What kind of hands-on activities are available?

Students engage in extensive laboratory experiments, participate in research projects, gain professional experience through internships, and attend conferences for networking and professional development.

How does the B.S. in Physics (Pre-Engineering) program prepare students for real-world engineering challenges?

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.

What credentials will I receive with the B.S. in Physics (Pre-Engineering)?

The B.S. in Physics (Pre-Engineering) is designed for students to complete engineering school entry requirements and transfer to an engineering program once those requirements are met. This process usually takes 2 years of courses at Fort Hays State University and 2 years at another institution to earn an engineering degree. If a student should choose not to transfer, they will graduate with a Bachelor of Science in Physics (Pre-Engineering) from Fort Hays State University.

Information about the Department of Physics

The Department of Physics at FHSU offers a comprehensive program that encourages students to explore the fundamental aspects of space, time, matter, and energy. Our curriculum provides a foundation in the principles of physics, enriched by hands-on learning opportunities in cutting-edge fields like robotics, laser bio-effects, atomic physics, and material science. Guided by dedicated faculty, students engage in research early in their academic journey, enjoying the expansive resources of a state university paired with the close-knit support of a smaller college community. Graduates are well-prepared to excel in various scientific careers or pursue advanced studies in prestigious graduate programs.

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