Bachelor of Science in Technology Studies (Technology Education)

Bachelor's

Bachelor of Science in Technology Studies (Technology Education)

Hours: 120 On-Campus

About

The B.S. in Technology Studies (Technology Education) at Fort Hays State University is designed to prepare graduates for a rewarding career in teaching industrial technology, STEM education, and engineering concepts to middle school, high school, and technical college students.

By blending theoretical coursework with application-based assignments and a strong emphasis on hands-on learning, students are thoroughly prepared to lead and inspire the next generation of problem solvers. The program's strong focus on practical experience, supported by collaborations with industry partners, ensures graduates are knowledgeable and skilled in applying their learning in real-world educational settings.

Why pursue a B.S. in Technology Studies (Technology Education) at Fort Hays State University?

What sets the B.S. in Technology Studies (Technology Education) program at Fort Hays State University apart is its strong emphasis on applied, hands-on learning combined with theoretical knowledge. Unlike similar programs, FHSU integrates extensive practical experiences into its curriculum, ensuring that students are proficient in theory and skilled in real-world applications.

The program's unique focus on hands-on and on-the-job training provides students with invaluable experience, preparing them to be effective educators and leaders in technology education. Furthermore, the program is closely aligned with industry trends and needs, thanks to the department's active partnerships with companies and its advisory board.

Who is this program for?

The B.S. in Technology Studies (Technology Education) program at Fort Hays State University is made for individuals passionate about shaping the future of technology through education. Whether you want to teach in a classroom, manage a STEM lab, or lead educational initiatives in technology and engineering, this program provides the skills and knowledge necessary to excel in various educational settings.

This program is especially beneficial for:

Individuals with an Associate of Applied Science (AAS) degree who want to earn a B.S. degree
Students interested in teaching CTE pathways
Aspiring leaders in industrial technology education
Those interested in practical, hands-on learning opportunities in technology and engineering education

Learning Outcomes

The B.S. in Technology Studies (Technology Education) program equips students with the knowledge and skills necessary for successful careers in technology education. The learning outcomes are designed to provide students with a solid foundation in technology, industrial design and problem-solving, STEM activities, classroom management, materials, processes, production, and safety features.

Upon completing the program, students will:

Understanding Technology and Society

Graduates describe the nature of technology, its relationship to society, and its application through technological systems. This outcome ensures that students understand how technology affects various aspects of culture and how it can be applied to solve real-world scenarios.

Problem Solving and STEM Activities

Graduates apply problem-solving skills within technology education classrooms to better prepare students for an industrial technology workforce environment. This outcome prepares students to take on challenges, apply STEM principles to become an industrial leader and contribute positively to the workplace.

Industrial Design Practices

Graduates apply design practices and industrial communication techniques. This outcome focuses on developing student’s ability to convey industrial processes and work collaboratively, which are crucial skills for careers in teaching drafting, manufacturing, and building construction, power, and energy technology.

Safety Practices

Graduates develop and assess a safety program and master safety practices. This outcome ensures that students are well-versed in safety protocols and can create and maintain safe working environments, essential for any technology education educators.

Real-World Applications

The B.S. in Technology Studies (Technology Education) provides students with ample real-world application opportunities. Through collaborations with advisory board members and company partnerships, students engage in hands-on activities on campus and shop related experiences, gaining practical skills to make them an excellent teacher.

These applied experiences allow students to directly apply their classroom learning to real-world settings, preparing them for a seamless transition to their chosen careers. The program focuses on developing relevant skills and knowledge that are highly valued in the workforce to share with students in a technology education classroom.

Stay Ahead of the Curve

Students in the B.S. in Technology Studies (Technology Education) program at Fort Hays State University stay ahead by engaging with new materials, processes, and the latest software. Through company learning collaborations, students are exposed to the latest trends, which are shared with students and faculty, ensuring they remain current with industry advancements.

The program's multi-industrial content approach also allows students to tap into the best classes in Applied Technology, preparing them for the next steps in their career journey. This forward-thinking approach ensures that students can handle evolving industry trends, preparing them for a technology education classroom.

Hands-on Activities

The B.S. in Technology Studies (Technology Education) program emphasizes experiential and applied learning. Many hands-on activities are developed with the help of advisory board members and company partnerships, providing students with practical, relevant experiences.

Through company learning collaborations and department shop experiences, students learn their trade through experiential training, enhancing their applied skills. These activities help students gain a competitive edge in becoming a technology education teacher.

What You’ll Learn:

Gain knowledge in industrial technology
Develop leadership and management skills
Explore team dynamics
Understand career and technical education concepts
Learn applied skills for today's workplace

How You’ll Learn:

Engage in company learning collaborations
Participate in field internships
Utilize new materials and processes
Access interdisciplinary coursework
Real-world applications in classroom settings

Courses

The core curriculum of the B.S. in Technology Studies (Technology Education) focuses on safety, materials, processes, production, manufacturing, wood technology, classroom, and societal technology.

This multi-industrial content approach provides students with a well-rounded education, covering key topics essential for their teaching development. Moreover, the specialized courses offer a wide variety of career and technical pathways, preparing graduates for a variety of teaching roles and sparking excitement about the diverse opportunities that await them.

TECS 318: Introduction to Computer-Aided Drafting

An introduction to the fundamentals of a CAD operating system. Including the introduction to CAD features, title blocks and templates, CAD standards relating to drawing format and printing (mechanical, engineering, architectural, civil, etc.), drawing and editing basic shapes, computer-aided drafting systems, operating techniques, text, dimensioning, model space and paper space, 2D and 3D environments, and the production of professional drawings using the CAD operating system.

TECS 180: Material, Processes, and Production

This course is designed to acquaint students with the materials, processes and production of usable goods in a competitive, technological and global society both in the construction and manufacturing industries.

TECS 460: Teaching Technology and Engineering Education

This capstone course is designed for students completing the B.S. in Technology Studies (Technology Education), students considering the Transition to Teaching program, and students in the Career and Technical Education field. The course focuses on preparation for student teaching and/or entering the teaching profession. Topics covered in the course include the technology and engineering education profession, career and technical education, engineering education, teaching preparation, safety, effective teaching strategies, and professionalism. Throughout the course, students will demonstrate proficiency through weekly assignments and a series of teaching lessons from a variety of lab environments.

Discover the full Bachelor of Science in Technology Studies (Technology Education) course listing by visiting the Academic Catalog

Career Prospects

Fort Hays State University's B.S. in Technology Studies (Technology Education) program graduates have the skills and knowledge to pursue various rewarding careers. The program's multi-industrial content approach, combining technical expertise with educational leadership skills, prepares students for roles in diverse educational settings. Whether you want to teach at the middle school, high school, or technical college level, graduates have many career opportunities.

Industrial Technology Educator

Industrial technology educators teach essential STEM and technology skills to middle or high school students, focusing on areas such as manufacturing, construction, and engineering design. They bring industrial practices into the classroom, encouraging hands-on, project-based learning and problem-solving. These educators prepare students for future technical careers by blending theory with practical application, safety protocols, and real-world skills in line with industry standards. Through this role, they inspire students to explore technology's role in society, fostering a new generation of innovators and critical thinkers.

Career and Technical Education (CTE) Instructor

A CTE instructor delivers specialized education in career-focused pathways, preparing high school students with the technical skills needed in today’s workforce. These instructors teach subjects like drafting, safety protocols, material processes, and technology in areas relevant to industrial and engineering fields. By creating a hands-on learning environment, they help students gain valuable experience with modern industry tools and processes. With a focus on workplace readiness, CTE instructors play a pivotal role in shaping future industry professionals who are proficient in both theoretical and applied knowledge.

Technical and Community College Instructor

Technical and community college teachers in fields such as technology and industrial education provide advanced instruction to postsecondary students. These educators guide students in developing practical, industry-aligned skills through courses like computer-aided drafting, production, and safety management. By leveraging both theoretical and experiential teaching methods, they ensure students are well-equipped for technical careers or further education. With an emphasis on applied learning and industry partnerships, they offer students up-to-date knowledge and skills that align with evolving technology and workforce demands.

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.

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Related Programs

The B.S. in Technology Studies (Technology Education) program at Fort Hays State University provides a solid foundation for various career paths. For students interested in exploring other areas of study, the university offers several related programs that align with similar interests and goals. These programs cater to individuals interested in technology, engineering, and education, and they provide alternative pathways for those looking to specialize further or diversify their expertise.

These related programs include:

FAQ

How do these programs prepare students for teaching technology engineering education at various levels?

The programs provide comprehensive training in technology and engineering education concepts, pedagogy, and curriculum development, preparing graduates to teach industrial and STEM effectively at middle, high, and postsecondary levels.

What classes will transfer into the B.S. in Technology Studies (Technology Education) program of study?

The program accepts transfer credits from AAS degrees, allowing students to build on their existing technical skills and education.

What classes do I need to take in this program of study?

The program includes core courses in safety, materials, processes, production, manufacturing, wood technology, classroom, and societal technology.

What are the jobs in this area after graduation?

Graduates can pursue careers as an industrial technology teacher, CTE instructor, technical and community college teachers, and more.

Information about the Department of Applied Technology

In FHSU’s Department of Applied Technology, you will receive a well-rounded education that blends liberal arts and technology courses. Our academic programs combine theoretical coursework and hands-on experiences to help you develop the academic, technical, and leadership skills necessary for success in the educational and industrial world.

Get hands-on learning experiences with the latest technology. You will become a confident, adaptable, flexible problem-solver prepared for a career in the current and unforeseen occupations no matter what the technology future holds.

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Technology Education

Bachelor's

On-Campus

Technology Education