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The Science Detective

Rated 4 out of 5, based on 1 reviews
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Lubbock, Texas, United States
About the store
Hi! I’m Cody, the creator behind The Science Detective. I’m a veteran middle school science teacher with over a decade of classroom experience and a passion for turning abstract concepts into engaging, story-driven investigations. My resources are built from real classroom practice, tested with real students, and shaped by the belief that curiosity is the most powerful learning tool we have. Every case file, lab, and activity I design aims to help students think like scientists—collecting clues, analyzing evidence, and uncovering the “why” behind the world around them. I’m excited to share these resources with you and your students. Thanks for stopping by!
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Preview of The Climate Connection: Case Files | NGSS & TEKS Aligned (Middle School Science)

The Climate Connection: Case Files | NGSS & TEKS Aligned (Middle School Science)

Turn your students into science detectives as they investigate how natural events influence global climate! In this engaging middle school science activity, students analyze climate case files involving volcanic eruptions, meteor impacts, ocean current changes, and the carbon cycle to determine how these events disrupt Earth’s systems. Students examine evidence logs, witness statements, and data before constructing CER (Claim–Evidence–Reasoning) explanations. They then connect patterns across
Preview of Newtons Laws of Motion: Case Files | NGSS & TEKS Aligned (Middle School Science)

Newtons Laws of Motion: Case Files | NGSS & TEKS Aligned (Middle School Science)

This investigation positions students as science detectives, analyzing a series of motion-based case files to uncover how forces influence the behavior of objects. Each scenario includes incident reports, evidence logs, witness statements, and motion ‘suspect lists,’ guiding students to identify patterns and apply Newton’s Laws of Motion. Students complete CER responses, make cross-case connections, and synthesize their findings in a final summary report demonstrating how forces, mass, and moti
Preview of Law of Conservation of Mass: Case Files | NGSS & TEKS Aligned

Law of Conservation of Mass: Case Files | NGSS & TEKS Aligned

This investigation engages students as science detectives, analyzing three interconnected case files to uncover how matter is conserved across chemical reactions. Each scenario provides incident reports, evidence logs, witness statements, and atom “suspect lists,” guiding students to identify patterns and justify scientifically that matter is rearranged—not created or destroyed. Students complete CER responses, make cross-case connections, and synthesize their findings in a final summary report
Preview of Explore Activity: Weather Fronts in Action | NGSS & TEKS Aligned (MS Science)

Explore Activity: Weather Fronts in Action | NGSS & TEKS Aligned (MS Science)

This Explore-phase investigation engages students as atmospheric observers, using an interactive weather simulation to examine how air masses interact to form weather fronts. Students manipulate digital sliders to observe cold, warm, occluded, and stationary fronts, recording patterns in air movement, cloud formation, and precipitation. The activity is intentionally low-stakes and observation-driven, allowing students to build foundational understanding before formal explanation. A highly
Preview of Speed vs. Velocity vs. Acceleration Error Analysis | NGSS & TEKS Aligned (FREE)

Speed vs. Velocity vs. Acceleration Error Analysis | NGSS & TEKS Aligned (FREE)

This error analysis activity helps students strengthen their understanding of speed, velocity, and acceleration by identifying and correcting common misconceptions. Students analyze an incorrect explanation, revise the science using precise vocabulary, and apply their reasoning to a real-world example.
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About the store

Experience

Hi! I’m Cody, the creator behind The Science Detective. I’m a veteran middle school science teacher with over a decade of classroom experience and a passion for turning abstract concepts into engaging, story-driven investigations. My resources are built from real classroom practice, tested with real students, and shaped by the belief that curiosity is the most powerful learning tool we have. Every case file, lab, and activity I design aims to help students think like scientists—collecting clues, analyzing evidence, and uncovering the “why” behind the world around them. I’m excited to share these resources with you and your students. Thanks for stopping by!

Teaching style

My teaching style is rooted in inquiry, investigation, and student ownership of learning. I believe science becomes meaningful when students are actively solving problems, collecting evidence, and building explanations—just like real scientists. Every resource I create is designed to promote: ✔ critical thinking ✔ hands-on exploration ✔ CER writing ✔ collaboration ✔ curiosity-driven discovery I strive to make science accessible, engaging, and empowering for all learners.

Awards & shining teacher moments

Throughout my teaching career, I’ve been honored to receive recognition for excellence in instruction, curriculum design, and student engagement. Some of my most meaningful “teacher moments” have come from watching students who once struggled with science suddenly thrive when given the chance to investigate rather than memorize. Whether it’s a student proudly explaining their first CER, a class cracking one of our case-file mysteries, or a colleague adopting a resource I created, these moments remind me why I love this work. My goal is always to create learning experiences that feel exciting, empowering, and unforgettable.

My own education history

I hold a Master’s degree in Education (M.Ed.) and am currently pursuing a Ph.D. in Curriculum & Instruction with a focus on science education. My doctoral work centers on how students and teachers make sense of scientific concepts through investigation, phenomena, and inquiry-based learning. This background allows me to design resources that blend research-backed instructional practices with real-world classroom experience, ensuring that every case file, CER task, and investigation supports deep scientific thinking while remaining practical and engaging for teachers and students.

Additional biographical information

Outside the classroom, I’m a parent, curriculum designer, and lifelong learner who believes science is best understood through curiosity and exploration. I’ve spent more than a decade teaching middle school science and developing materials that help students approach learning the way detectives approach a case—thoughtfully, creatively, and with a sense of adventure. When I’m not creating new resources, you’ll likely find me reading, diving into educational research, or developing new “science mysteries” inspired by real classroom moments. I’m passionate about helping teachers bring excitement and clarity to their lessons, and I’m grateful for the chance to support your classroom through The Science Detective.