Parallel Lines Project
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Forensic Arson Investigation Project: Burning Popsicle House Lab
EASY! LOW PREP! END OF YEAR WORTHY! Bring energy back into your classroom with this hands-on Forensic Arson Investigation Project! Students design, build, burn (teacher-led), and analyze popsicle stick structures while applying real-world fire investigation techniques. This project was used as a last 6 weeks activity with seniors, and it completely transformed classroom engagement. Students who were typically checked out became involved, competitive, and invested in the outcome as they worked
5th - 12th
Chemistry, Forensics, General Science
Build-A-DNA Project: 3D Model, Protein Research & Forensic Science Application
This 3D DNA Model Project with Guided Notes & Forensic Science Connections is a classroom-tested, highly engaging resource designed to help students visualize DNA structure while connecting genetics to real-world forensic science applications. Students construct a hands-on 3D DNA model representing a protein sequence, research its biological function, and explain why DNA, not RNA, is the preferred genetic material in forensic investigations. 3D DNA Project with Notes This project includes inst
6th - 12th, Adult Education, Higher Education
Biology, Forensics, General Science
Also included in: Forensic In Class Lab Bundle
Identifying Careers | 1 Day Research Project
Students use this resource to learn the reasons for using citations, understand the specific citation style for Biomedical Lab Science, and practice creating both in-text and end-of-document references. The worksheet highlights a focused investigation of the DNA Analyst role, including aliases, key job responsibilities, and required education, while promoting use of reliable sources and APA citation protocols. It's ideal for teachers seeking to combine career exploration with foundational resear
10th - 12th, Higher Education
Anatomy, Biology, Forensics
Missing Person Mystery Forensics Case: Critical Thinking, Evidence, & Logic
Forensic Science Case Study | Missing Person Investigation | Mock Trial & Debate Resource | Police Research & Crime Scene Analysis | Critical Thinking & Evidence AnalysisProduct Overview:Engage middle and high school students in a comprehensive, realistic forensic science case study designed to develop essential skills in critical thinking, logical reasoning, and evidence evaluation. This missing person investigation simulates a true-to-life criminal inquiry, perfect for forensic science classes
5th - 10th
For All Subjects, Forensics, Reading
AP Biology Forensic Toxicology Tylenol Murder Case Study: Cyanide Poisoning
NOTE: This medical case study can also be bought in my discounted 5 Medical Case Toxicology Bundle! High-Engagement AP Biology / Forensics Case Study: The Cyanide Collapse (Based on the Chicago Tylenol Murders). A highly recommended resource after completing a unit on Cellular Respiration (Mitochondria, Electron Transport Chain, Aerobic vs. Anaerobic Respiration) Maximizing Student Engagement and Critical Thinking! Bring real-world forensic science and complex biochemistry into your classroo
9th - 12th, Adult Education, Higher Education
Anatomy, Biology, Forensics
NGSS
HS-LS1-7
, HS-LS1-2
, HS-LS1-3
Case Study Pesticide Poison! Toxicology Neurotransmitter Neuron Forensics Toxin
Horror in the Beach Bungalow: A High School Organophosphate Poisoning Case Study involving pesticide use leading to tragic consequences. Elevate your biology, anatomy, and forensics lessons with this 12-page medical case study focusing on Organophosphate Poisoning. This detailed, real-world narrative based on real events is perfect for high school students studying the autonomic nervous system, toxicology, and respiratory failure. Product Description Transform complex medical science into
9th - 12th, Adult Education, Higher Education
Anatomy, Biology, Forensics
NGSS
HS-LS1-2
, HS-LS1-3
Hands-On Biology Lab - Gummy Bear Osmosis Lab
Gummy Bear Osmosis Lab | Diffusion & Cell Transport Investigation:Bring osmosis and diffusion to life with this engaging, hands-on gummy bear lab that helps students actually see water movement across membranes instead of just memorizing vocabulary. In this two-day investigation, students measure how different solutions affect gummy bear size and mass, calculate percent change, and explain their results using real scientific reasoning. The visual results make cell transport concepts stick — and
6th - 11th
Biology, Chemistry, Forensics
Newton's Laws Crime Scene Investigation | Force & Motion Mystery Activity |AP
Transform your classroom into a forensic investigation unit with this engaging Newton's Laws Crime Scene Investigation! Students become members of the Major Science Case Squad and use evidence, calculations, observations, and Newton's Second Law of Motion to solve the mysterious smashing of Sir Isaac Pumpkin.Students analyze forensic reports, calculate acceleration using force and mass data, eliminate suspects, evaluate witness statements, and construct an evidence-based explanation identifying
6th - 9th
Basic Operations, Forensics, General Science
Blood Drop Lab
What does height and motion have to do with the way blood drops look at a crime scene? A lot! In this activity, students will create blood drop patterns in three different ways, and then collect data and make observations about those blood drops. Students will compare how the blood drops change as the variables of each situation change. This activity gets students moving around, and gets them to practice their math and measuring skills. Students also analyze the patterns made by the different ex
11th - 12th, Adult Education
Anatomy, Forensics
Gel Electrophoresis Worksheet |DNA, PCR, Biology Practice | Answer Key
This Gel Electrophoresis Practice Worksheet (ANSWER KEY) helps students visualize DNA separation using real-life gel diagrams and practical questions. Learners identify fragment sizes, interpret lane results, and answer short prompts about PCR and gel electrophoresis concepts, making it ideal for high school and introductory biology classrooms focused on DNA technology and molecular biology skills.
9th - 12th
Biology, Forensics
Also included in: Gel Electrophoresis Worksheet |DNA, PCR, Biology Practice | Bundle
Skeletal Scavenger Hunt | 3 Day Activity
This 3 day activity engages students in labeling, coloring, and analyzing the human skeleton. Activities include identifying bones from different views, distinguishing rib and vertebrae sections, highlighting skull sutures, and calculating the proportion of bones in hands and feet. Students also practice using anatomical and common terminology, compare skeletal differences by gender, and explain injuries in simple terms. This resource reinforces anatomy knowledge, spatial understanding, and appl
10th - 12th, Higher Education
Anatomy, Biology, Forensics
Anatomical Language Worksheet
This five day activity allows students use this worksheet to practice labeling human body regions (such as cervical, femoral, and nasal) and directional terms (such as anterior, posterior, proximal, and distal) on diagrams and in real-life exercises. Learners tape regional term labels to themselves or a partner and record a video pronouncing each term, ensuring active and collaborative learning. The worksheet also includes exercises for writing sentences with proper anatomical terminology, enco
10th - 12th, Higher Education
Anatomy, Biology, Forensics
Estimating Height from Bones | 2 Day Worksheet
This 2 day activity teaches students how forensic anthropologists use long bones to estimate height. Activities include exploring the history of height estimation, applying sex- and ethnicity-specific formulas, comparing calculated vs. actual height, and deriving linear equations from tibia data. Students also solve applied forensic scenarios and reflect on career connections. This activity reinforces measurement skills, data analysis, and the application of mathematical formulas in forensic ant
10th - 12th, Higher Education
Anatomy, Biology, Forensics
Analyzing Bones | 2 Day Activity
This 2 day worksheet introduces students to forensic anthropology through career exploration and skeletal analysis. Activities include distinguishing qualitative vs. quantitative data, interpreting skull features for sex and ancestry, analyzing pelvic characteristics, and using long bone measurements with regression formulas to estimate height. This resource reinforces forensic methods, anatomical terminology, and applied problem-solving in a real-world context.
10th - 12th, Higher Education
Anatomy, Biology, Forensics
Identifying Body Parts | 3 Day Activity
Over a few days, this activity guides students through exploring human identity at the biological level by examining tissues, organs, and body systems. Activities include defining identity, comparing shared and unique human features, summarizing the four main tissue categories, analyzing microscope images, and labeling skull bones and facial muscles. Students also connect anatomical structures to their functions and practice building a manikin model to reinforce learning.
10th - 12th, Higher Education
Anatomy, Biology, Forensics
Human Body Facts Worksheet | Lesson Plans
This worksheet offers a hands-on approach for students to learn about the human body’s systems through a two day lesson plan. Learners start by defining a body system in their own words, then brainstorm as many systems as they can recall without using research, encouraging independent thinking. After conducting research, students expand their initial list and delve deeper into a specific, assigned system.
10th - 12th, Higher Education
Anatomy, Biology, Forensics
Biometric Data | 1 Day Worksheet
This engaging worksheet invites students to explore the roots of the term biometrics while discovering the most accurate methods used to measure it. Along the way, students connect science to real-world applications by examining how body systems, organs, and even individual cells contribute to the identification of biometric data.
10th - 12th, Higher Education
Anatomy, Biology, Forensics
AP Chemistry Unit 8 - Identifying & Making Buffers - Inquiry Based Activity
Identifying systems that constitute a buffer is an important part of advanced chemistry courses, but frequently students struggle to grasp why buffers can only be made with weak acids/bases and the two main ways to make buffers. In this 6 page inquiry-based assignment, students will use their past knowledge of acid-base chemistry and equilibrium to identify buffer systems and quantitatively go through the process of creating buffers. Included In This Product:6 Page activity for students that s
9th - 12th, Higher Education
Chemistry, Forensics, Physical Science
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