Analytical Forensic Science

With a passion for the human body and a fascination with true crime, my journey into forensic science began with the influence of my parents, both in the healthcare field. This early exposure to science and medicine fueled my curiosity about the intricacies of the human body and its role in solving mysteries.

This passion led me to pursue a bachelor’s degree in Analytical Forensic Science at the University of Otago, where I embarked on an in-depth exploration of the methodologies and principles that define this field.

My Analytical Forensic Science degree provided me skills that are directly applicable to digital forensics and cybersecurity such as with a solid foundation in investigation, evidence handling, and analytical thinking. Careful evidence gathering, analysis, and documentation (whether digital or physical) are necessary in both domains. This experience has given me the ability to handle cyber investigations with a systematic approach, a keen eye for detail, and a dedication to honesty and accuracy.


Skills and Knowledge Acquired

Forensic Biology:
My studies in forensic biology focused on DNA typing in humans and animals, covering DNA extraction, quantification, amplification, and sequencing. I gained expertise in PCR and STR analysis, essential for accurate identification, and addressed challenges such as contamination, degradation, and mixed profiles.

Forensic Chemistry:
I explored the core principles of quantitative analysis, focusing on spectroscopy, electrochemistry, and evaluating uncertainty. My coursework involved utilizing scientific instruments and separation methods to examine complex chemical systems, with practical applications across forensic, environmental, industrial, and biological fields.

Skeletal Analysis and Postmortem Processes:
I studied skeletal analysis to determine age, sex, ancestry, and trauma, along with postmortem processes like decomposition. This knowledge supports forensic anthropology in reconstructing events leading to death.

Statistical Analysis and Reporting Uncertainty:
In my studies, I focused on understanding the limitations of forensic techniques, the statistical analysis of data, and the importance of accurately reporting uncertainty. Emphasis was placed on the role of the forensic scientist in legal settings, particularly in how forensic evidence is presented in court. I learned to convey complex scientific findings clearly and transparently, ensuring that the evidence is understandable and reliable for legal professionals and jurors.