Physics Education Southeast Missouri State University

Overview

The Physics Education programme at Southeast Missouri State University provides a comprehensive foundation for students aiming to become influential secondary school science teachers. By combining deep theoretical knowledge with practical classroom training, the university ensures graduates are ready to meet the high demand for skilled educators in this vital field.

Students benefit from a curriculum that explores the fundamental laws of the physical world, from atomic structures to galactic systems. The programme emphasises the social and economic impact of engineering and scientific concepts, encouraging a global perspective on modern technology. This dual focus on subject mastery and educational theory creates well-rounded professionals capable of inspiring the next generation of scientists.

Why Physics Education at Southeast Missouri State University?

Students study within the state-of-the-art Magill Hall of Science, which has recently undergone extensive renovations to provide a first-rate learning environment. The facility is equipped with modern laboratory tools and chemical instruments, allowing for sophisticated hands-on training and experimental research. This practical approach ensures that students are comfortable with the technology used in contemporary scientific settings.

The university offers distinctive teaching features, including substantial and increasingly challenging field experiences in local schools. These placements allow students to integrate technology into their teaching methods while receiving mentorship from experienced educators. Furthermore, the programme is eligible for specific financial incentives, such as the TEACH grant, which supports those committed to teaching in high-need areas.

Tuition Fee Breakdown

• International fee: USD 17664 per year
• National fee: USD 10194 per year
• Local fee: USD 10194 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum requires the completion of at least 120 credit hours, including general education and senior division courses. Modules may include:

Education Courses

• Education as a Profession
• Student Teaching Seminar
• Psychology and Education of the Exceptional Child
• Development of the Adolescent
• Content Literacy Methods for Middle and High School
• Techniques of Teaching Science
• Pedagogy 1: Principles of Effective Teaching
• Field Experience II
• Pedagogy 2: Secondary School-Interdisciplinary Methods and Technology
• Advanced Field Experience
• Pedagogy 3: Advanced Methods of Middle and Secondary Teaching
• Instructional Interventions for Middle and Secondary Students with Special Literacy Needs
• Student Teaching

Physics and Science Content

• General Physics I
• General Physics II
• Experimental Methods I
• Modern Physics
• Scientific Reasoning
• General Ecology
• Recycling & Waste Mgt
• Environmental Geoscience
• Earthquakes & Society
• Biology for Living
• Biologic Science: A Process Approach
• Foundations of Inorganic Chemistry
• Physical Geology
• Oceanography
• Meteorology
• Energy
• Optics
• Mechanics
• Electrodynamics
• Quantum Mechanics
• Literature of Physics
• Undergraduate Research

Careers with Physics Education

Graduates are prepared for a variety of roles within the education sector and broader scientific industries. Many alumni secure positions as physics, chemistry, or general science teachers in secondary schools. The degree also provides a strong foundation for roles in educational administration or laboratory technology.

Recent graduates have found employment at institutions such as Parkway West High School and Cape Central High School. Beyond the classroom, career paths include science supply sales, textbook representation, and technical roles in research facilities. The university provides dedicated career services to assist students in transitioning from their studies into professional employment.