DNA fingerprinting, an important and common crime laboratory technique used in linking suspects to a crime, has been unavailable to students in undergraduate forensic chemistry courses due to time constraints and complicated methodology. This technique can be broken down into three key steps: DNA isolation, DNA amplification through polymerase chain reaction, and DNA separation through gel electrophoresis with staining. The focus of the capstone research is to prepare a DNA fingerprinting experiment for Southern Oregon University's Forensic DNA Analysis laboratory course. Methods from the literature have been chosen for each step. Ideally, this research will end in a practical experiment that can be used for future forensic serology students. In forensic chemistry, experience is highly valued. By making this experiment available at Southern Oregon University, students will have an opportunity to attempt this technique and gain experience before graduating and working in a laboratory.