Master of Science in Education (Curriculum and Instruction – STEM Education)

Master's

Master of Science in Education (Curriculum and Instruction – STEM Education)

Hours: 33 Online

About

The Master of Science in Education (Curriculum and Instruction – STEM Education) at Fort Hays State University focuses on curriculum and instruction in STEM. It is available for educators who aim to strengthen their expertise in STEM subjects. Designed for elementary and secondary teachers, this online program enhances instructional skills by integrating science, technology, engineering, and mathematics.

Courses cover essential topics like instructional design, technology integration, and cultural diversity, providing educators with strategies to engage diverse learners. The program's flexible online format accommodates working professionals, allowing them to balance their studies with their teaching careers.

Why pursue a Master of Science in Education (Curriculum and Instruction – STEM Education) at Fort Hays State University?

Choosing Fort Hays State University's Master of Science in Education (Curriculum and Instruction – STEM Education) program offers educators the flexibility and support they need to advance their careers without compromising their current teaching positions.

The program's curriculum is adaptable to diverse educational settings, making graduates well-prepared for various roles, including STEM coordinators, lead teachers, and curriculum specialists. With the support of experienced faculty and practical resources, FHSU equips its students to become leaders in STEM education.

Who is this program for?

The Master of Science in Education (Curriculum and Instruction – STEM Education) program suits educators passionate about advancing their knowledge and skills in STEM subjects. Educators interested in gaining additional certifications in STEM areas through Praxis preparation will find this program particularly beneficial. This includes:

Current teachers seeking advanced STEM teaching skills
Educators interested in additional STEM endorsements
Professionals aiming to take on curriculum development roles
Teachers wanting to integrate technology into their classrooms
Individuals aspiring to become leaders in STEM education

Learning Outcomes

The Master of Science in Education (Curriculum and Instruction – STEM Education) program equips educators with advanced STEM teaching, research, and curriculum development skills. Participants will leave with a deep understanding of instructional design, culturally responsive teaching, and the latest technology tools for education.

Instructional Design and Assessment Proficiency

Through courses like AEP 867, students develop a solid foundation in instructional design principles. They learn how to create research-based instructional units, conduct peer reviews, and test materials, all of which help them to support student understanding of STEM subjects. Educators can enhance the learning process by designing lessons that engage students in 21st-century skills.

Educational Research and Innovation

In AEP 803, students delve into educational research methodologies, enabling them to identify and tackle current challenges in STEM education. They develop skills to create research-based projects, leading to better school improvement strategies.

Culturally Responsive Teaching Strategies

Through AEP 880, the program emphasizes cultural awareness, equipping participants with strategies to meet the needs of diverse learners. Students understand how to navigate and mediate conflicts between cultural values within the classroom, fostering an inclusive environment that respects and nurtures students from various backgrounds.

Technological Fluency and Digital Integration

AEP 800 provides practical experience with free, web-based digital tools that enhance learning in STEM classrooms. Students learn to create customized, project-based learning experiences integrating technology, making lessons relevant and engaging for students.

Real-World Applications

The Master of Science in Education (Curriculum and Instruction – STEM Education) program emphasizes practical skills and real-world applications, enabling graduates to implement STEM-based activities effectively within their classrooms. Students engage in coursework focused on instructional design and technology integration, which prepares them to handle the unique challenges of STEM teaching directly.

Students also prepare to play leadership roles in STEM initiatives within their schools. The program's action research component trains educators to address real-world problems, making them valuable assets for improving curriculum and student learning.

Stay Ahead of the Curve

FHSU ensures that the Master of Science in Education (Curriculum and Instruction – STEM Education) students stay current with advancements in STEM education by integrating the latest technology and teaching strategies into the curriculum. Courses like "Innovative Technology Integration" allow students to explore new digital tools, providing them with up-to-date resources that can be applied immediately in their classrooms.

The program also offers STEM-specific electives and Praxis preparation options, enabling teachers to expand their certifications and adapt to the evolving demands of STEM education. By preparing educators with the latest instructional methods and content knowledge, FHSU ensures its graduates remain competitive and effective.

Practical Activities

Practical learning is central to the Master of Science in Education (Curriculum and Instruction – STEM Education) program. Students participate in practical application courses and action research, allowing them to tackle real challenges within their classrooms.

The program emphasizes applied projects and experiential learning opportunities like instructional design and student engagement courses. These interactive components enable students to test and refine their teaching strategies in real-world settings, bridging the gap between theory and practice.

What You’ll Learn:

Principles of instructional design and assessment
Innovative STEM teaching strategies
Educational research techniques
Curriculum development and evaluation
Cultural diversity in education

How You’ll Learn:

Fully online courses for flexible learning
Practical projects in STEM instructional methods
Action research opportunities
Praxis preparation for STEM endorsements
Interactive online resources and collaboration

Courses

The Master of Science in Education (Curriculum and Instruction – STEM Education) program's core curriculum includes essential courses in instructional design, educational research, and cultural diversity. Courses like How People Learn and Teach STEM provide educators with insights into effective STEM teaching practices.

At the same time, Innovative Technology Integration helps teachers incorporate the latest digital tools into their classrooms. In addition to the core curriculum, students can choose from various approved electives, including Praxis preparation courses for additional STEM endorsements in chemistry, physics, and biology.

AEP 803: Educational Research

This course explores the complexities of educational research, emphasizing both traditional and electronic resources. Students will learn key research concepts, including identifying, defining, and writing a research proposal. An approved educational project is required for course completion.

AEP 859: Curriculum and Evaluation of PK-12 Schools

This course is designed to help prospective educational leaders develop a foundational understanding of curriculum development and evaluation. Key topics include the steps for revising or developing system-wide curricula, engaging key stakeholders and personnel, forming committees, evaluating facilities, and effectively utilizing and allocating resources.

TESS 865: How People Teach and Learn STEM

This course explores teaching and learning in STEM classrooms, focusing on the application of STEM education research. Students will examine key concepts, student experiences, and STEM's role in society. The course prepares students to be instructional leaders in STEM education through projects and assignments.

Discover the full Master of Science in Education (Curriculum and Instruction – STEM Education) course listing by visiting the Academic Catalog.

Career Prospects

Graduates of the Master of Science in Education (Curriculum and Instruction – STEM Education) program have diverse career opportunities in K-12 education and beyond. The skills developed through this program enable graduates to assume roles requiring advanced STEM knowledge, leadership abilities, and curriculum development expertise.

STEM Coordinator

In this role, graduates lead the implementation of STEM programs across schools or districts, collaborating with teachers to integrate STEM initiatives effectively. They ensure the curriculum aligns with current standards and help develop activities engaging students in hands-on, inquiry-based learning.

Curriculum Specialist

Curriculum specialists work closely with school administrators and teachers to design and evaluate instructional materials in STEM. These specialists develop comprehensive programs that enhance students' educational experience and support teachers in delivering high-quality STEM content.

Praxis Preparation Instructor

Praxis preparation instructors develop targeted study materials, conduct review sessions, and provide individualized feedback to help teachers meet endorsement requirements and expand their qualifications in STEM education.

Lead STEM Teacher

As lead STEM teachers, graduates take on mentorship and leadership responsibilities within their schools, guiding other educators in delivering STEM content. They often oversee STEM activities, coordinate professional development sessions, and work to improve student outcomes through innovative, research-based instructional strategies.

Admission Requirements

Prospective students must complete an online application and submit the required fee, which is $40 for domestic students or $50 for international students. The fee is nonrefundable and must accompany the application to be processed.

Academic Qualifications

Applicants must have completed a bachelor's degree from an accredited institution and maintained a GPA of 3.0 or higher on the last 60 undergraduate credits. That academic requirement demonstrates the readiness to engage in advanced coursework in STEM education.

Official Transcripts

Applicants must submit official transcripts from all post-secondary institutions attended directly to the admissions office. These transcripts provide a comprehensive academic performance record and ensure graduate-level coursework eligibility.

Personal Statement

A one- to two-page personal statement describing the applicant's motivation for entering the program, educational background, and future career goals is a requirement. The statement helps assess the candidate's commitment to advancing their skills in STEM education.

Professional Recommendations

Two letters of recommendation from professional contacts are necessary, ideally one from a former professor or educational advisor and one from a supervisor or mentor. These letters highlight the applicant's teaching ability, leadership potential, and dedication to education.

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 $3,047.58* (online) per semester.

*Estimated cost based on 9 credit hours at the FHSU Online Graduate tuition rate ($338.62/credit hour) for online 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

Fort Hays State University offers several programs related to the Master of Science in Education (Curriculum and Instruction – STEM Education). These programs provide alternative pathways for educators interested in expanding their skills in specialized areas of teaching and learning. These programs include:

FAQ

Which STEM electives can I pursue in this program?

A range of STEM electives is available, including Praxis prep courses in chemistry, biology, and physics.

What career options are available with this degree?

Graduates can pursue roles as STEM coordinators, lead teachers, and curriculum specialists in K-12 education.

How will this program enhance my teaching skills?

The program provides hands-on courses in instructional design, technology integration, and STEM teaching strategies to improve classroom engagement.

Can I complete this program while working full-time?

Yes, the fully online format has flexibility, allowing teachers to balance work and studies effectively.

Does the program offer any certification or licensure?

While it does not lead to state licensure, it includes Praxis preparation for STEM endorsements.

Information about the Department of Advanced Education Programs

FHSU’s Department of Advanced Education Programs (AEP) is one of the most diverse and comprehensive departments, offering a wide range of programs designed to fit the unique needs of educators at every stage of their careers. Whether you aim to enhance your teaching skills, pursue a role as a building principal or community counselor, add an endorsement, or renew your license, our department is dedicated to helping you succeed in your aspirations.

AEP aims to be the leader in preparing inclusive educational and community professionals to unlock innovative potential in a rapidly advancing world, by preparing global leaders who serve in these settings. Our programs focus on the interaction among innovative technologies, relevant content, diversity, and best practices.

Accreditations

STEM Education

Master's

Online

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