Take Your STEM Pedagogy to the Next Level
Develop advanced knowledge in STEM education to cultivate and inspire skill development and scientific inquiry in K-16 students. With a master’s in STEM at ACE, you’ll gain innovative, research-based practices and strategies that engage students and enhance their scientific literacy. The practical coursework prepares you to create engaging learning environments, integrate technology into curricula and more.
You’ll also gain the leadership and communication skills needed to promote education in STEM as its prevalence continues to grow with today’s evolving technology landscape. Whether you’re looking to become a leader or enhance your pedagogy, this program will prepare you to make an impact in STEM education.
Students located within the United States, Canada, Mexico and the United Kingdom have the option to complete a portion of this program through the National Institute of STEM Education (NISE) by pursuing a National Certificate for STEM Teaching (NCST). After completing the NCST through NISE, the certificate transfers into our program as six credits, taking the place of two courses: SCI5243** and SCI5263.**
Empower your students and community, and take the next step toward a future full of possibility.
The STEM Education program is designed to empower educators with the knowledge, skills, and strategies to transform STEM teaching and learning. Through a comprehensive curriculum, participants will develop expertise in applying STEM frameworks and competencies to investigate real-world problems, create engaging and relevant learning environments, and leverage technology to facilitate collaboration and communication. Participants will develop strategies to foster deep content knowledge and critical thinking through inquiry-based learning.
Here are the courses you’ll take when working towards this program. If no focus of study option is selected, you can choose any 3 courses from the study options below.
Visit the College Catalog to see all courses.
Embracing the value of assessment and evaluation is the first step in improving learner outcomes through data-driven decision-making. This course develops relevant competencies and promotes a healthy balance of utilizing formative and summative assessments, evaluation practices, and data to inform and guide integrated curriculum development and instructional delivery. Assessments can provide facilitators with the knowledge and skills required to meet the needs of learners in a variety of school and organizational settings.
Students in this course will apply learning theories and instructional design principles across face-to-face, blended, and online environments. They adapt instruction to each setting including collaboration and assessments. Learners create products, set expectations, encourage interactions, select strategies and materials, and design evaluations.
Students in this course will design effective curricula within their professional fields. They apply principles of curriculum alignment and backward design to develop comprehensive curriculum maps. Topics include how to conduct needs assessments, plan curricula, and develop learning activities or resources for in-person, blended, and online learning environments.
This course prepares educators to become proficient consumers and practitioners of research in educational settings. They will learn to evaluate existing research, conduct action research, and apply scientific inquiry principles to address current educational challenges. Educators will develop skills in data-driven decision-making and learn to use research as a tool for continuous improvement in their organizations. By the end of the course, participants will be equipped to integrate evidence-based practices into their work, enhancing their effectiveness as educational leaders.
The Capstone Experience is designed for candidates to demonstrate and document the impact of their knowledge and competencies gained throughout, and as a result of studies related to the STEM Leadership program.
Participants in this course explore the fundamental principles and strategies for creating and implementing effective STEM education curricula. They will design cross-disciplinary lessons and units that align with state and national standards, incorporating real-world applications and problem-based learning to enhance student engagement and understanding.
This course equips STEM educators with the tools to create authentic, engaging, and inclusive learning experiences. Participants will learn effective strategies for designing STEM explorations that cater to a diverse range of learners, fostering curiosity and critical thinking. By the end of the course, participants will be equipped to develop differentiated instructional plans and assessments that empower students to explore, create, and demonstrate their STEM knowledge in meaningful ways.
This course investigates the pivotal role of technology in enhancing STEM education through a comprehensive examination of current and emerging tools. Participants will evaluate and integrate various technologies to support inquiry-based learning and facilitate data analysis, simulations, and assessment. Emphasis is placed on ensuring equity and accessibility to leverage technology for effective collaboration and communication.
This course explores project-based learning (PBL) as a transformative approach in STEM education. Participants will learn to design and implement PBL strategies that foster critical thinking, problem-solving, and real-world solutions among learners. By the end of the course, participants will be equipped to guide their students through meaningful PBL experiences that drive deeper understanding and practical application of STEM concepts.
This course equips educators with the essential tools to foster a deep understanding of scientific literacy in their students. By developing critical questions, analyzing communication skills, and utilizing effective assessment strategies, teachers will enhance their ability to guide students in applying scientific knowledge to real-world challenges. This approach supports educators in evolving their practice and modeling a commitment to ongoing learning in STEM education.
The everyday task of cooking brings chemistry into the practical. Through the use of measurement and the interaction of energy, sources of food are changed yielding predictable results. The ability to understand how energy and matter are related establishes a cause-and-effect relationship essential to understanding reactions and interactions. Using a model-based inquiry approach, learners investigate terms such as extraction, denaturation, and transference.
We believe in full transparency with our total cost of attendance. No hidden fees. No surprises along the way.
Continuing your education is a big decision that involves an investment of your time and money. We recognize that, which is why we're committed to ensuring you experience a positive return on that investment.
You only pay the cost it takes for us to deliver your education, nothing more. By keeping our tuition low, we’ve helped our students see a $19.20 return in future higher earnings for every $1 they invested in their ACE education.1
Because of our low tuition and total program cost, 87% of our students graduate debt-free.2 Popular payment options include paying by course, paying by month or paying in full. Visit our payment options page to learn more.
You deserve a great return on your educational investment, and we deliver master's degrees at a total average cost of $10,000*. We also award over $1.2M in scholarships and grants each year.
Tuition & ROIWe are accredited by the Higher Learning Commission. Our faculty work in the industries where you work and are committed to your success, contributing to our 84% graduation rate.3 Our curriculum equips you with practical strategies you can apply right away, as well as skills to help you advance your career.
Success StoriesOur virtual campus and convenient start dates provide you the flexibility you need to achieve your goals at a time and place that works with your busy schedule. Our student support services are available 24/7 and tutoring is included at no additional cost.
Support ServicesBecause we don’t have a physical campus, our students don’t need to pay infrastructure or facility fees. We also keep our operational costs low by not participating in Title IV federal funding. We pass all these savings along to our students.
Due to our engaging online format, you’ll connect and learn from industry peers worldwide. And even though you’re learning online, you won’t feel alone thanks to student discussion boards and online forums.
Learn strategies and skills you can apply immediately and leverage for future career advancement. Employers of ACE graduates report a 96% satisfaction rate,3 while 98% of our students felt their professional skills were stronger after graduation.3
Every course is created by our in-house curriculum and production team working in tandem with our academic leaders. Plus, all courses follow a consistent structure. No outdated coursework, no surprises.
*The application fee is valid for one year from date of submission.
**Additional evidence may be required to fulfill state requirements, including but not limited to verification of professional experience, test scores, or an interview.
All applicants must submit, to the Admissions Office, an official evaluation from a NACES-approved organization.
All applicants whose first language is not English must demonstrate competence in the English language as demonstrated in one of three ways:
2Internal research conducted November 2025
3Across all ACE Programs. See Student Right to Know. Accessed May 28, 2026
4Education Data Initiative. Accessed January 28, 2026
Our Enrollment Counselors are here to answer your questions and walk you through the enrollment process.