About Me
Hi, I’m Dr. Sheri Preston.
I’m a high school physics teacher with over 18 years of classroom experience, and I specialize in helping students succeed in AP Physics 1 and AP Physics C—especially when the math starts to feel overwhelming.
I hold a Ph.D. in Curriculum & Instruction with a focus in Global STEM Education, along with a Master’s degree in Educational Psychology and a Certificate of Advanced Study in Science. Throughout my career, I’ve focused not just on teaching physics, but on understanding how students learn it best and where they tend to struggle most.
My Experience
I currently teach AP Physics C (Mechanics and Electricity & Magnetism), AP Physics 2, and regular physics at Community High School District 218 in Illinois, where I’ve been teaching since 2008. I will be teaching AP Physics 1 again in the 2026-2027 school year.
In addition to the classroom, I’ve:
Mentored student researchers through Argonne National Laboratory’s Exemplary Student Research Program
Helped students design and carry out real scientific research using professional lab equipment
Taught ACT science preparation and summer physics programs
Worked with students across a wide range of ability levels, including special education settings
What Makes My Teaching Different
Over the years, I’ve seen a consistent pattern: Students don’t struggle with physics because they’re “bad at science”; they struggle because their math foundation isn’t yet solid, and they’ve never encountered physics-style problems before.
That’s why my approach focuses on:
Building the math skills needed before students feel lost
Breaking down complex concepts into clear, manageable steps
Giving students confidence so they can tackle challenging problems independently
I don’t just teach students how to get the right answer—I teach them how to think like a physicist.
Credentials & Recognition
Ph.D. in Curriculum & Instruction STEM Education, Texas Tech University
M.Ed. in Educational Psychology, University of Illinois at Urbana-Champaign
Certificate of Advanced Study in Science (45 graduate hours), University of La Verne
B.A. Chemistry, Cum Laude, and also studied Physics & Secondary Education, North Central College
I’ve also been recognized nationally for my teaching, including:
NSTA Northrop Grumman Excellence in Engineering Education Award (2018)
Multiple STEM lesson design awards through the Oak Ridge Institute for Science & Education (ORISE)
Project Step-Up Ambassador (2023-2024) and Advocate (2024-2025)
Presented at several national science teaching & educational research conferences
Why I Started This Program
I created this program because I kept seeing capable, hardworking students walk into AP Physics unprepared for the math and quickly lose confidence and motivation. I also see students graduate from high school unprepared for the demands of college-level science and engineering courses.
With the right preparation and support, those same students can thrive.
My goal is simple:
Help students walk into AP Physics feeling prepared, confident, and capable.
My instructional philosophy is grounded in the belief that understanding how students learn must drive curriculum and pedagogical decisions. My doctoral dissertation focused on how students think in physics, examining how they solve problems and conceptualize concepts. Accordingly, I intentionally integrate learning theories – including constructivism, operant conditioning, dual coding theory, and cognitive load – into collaborative, technology-enhanced learning environments to make physics make sense.
