FORENSIC TECHNOLOGY
The constant advancement of science and technology has significantly transformed the field of criminal investigation. This is where the Forensic Technology Seedbed is established as an academic and practical space that seeks to foster interest, research, and skill development in the use of technological tools and artificial intelligence applied to forensics.

This training program aims to foster critical, ethical, and analytical thinking among young people, enabling them to apply technologies such as digital analysis, biometrics, electronic evidence processing, and specialized software to solve crimes.
FORENSIC TECHNOLOGY
Conduct research: Research and analyze technological advances applied to criminal investigation and forensic science, both in a practical and documentary manner.
Guide: To provide students with knowledge on the use of digital tools and forensic techniques such as data analysis, information retrieval, biometrics and digital traceability, the functionality of technological tools, and artificial intelligence applied to forensics, using cutting-edge equipment and technology.
Project development: Conduct research that addresses real-world problems in the forensic field, integrating technology and science.
Encourage participation: Encourage young people to participate in academic events, competitions, workshops, conferences, and forensic research networks at national and international levels.
FORENSIC TECHNOLOGY
1. Epistemology of criminalistics and forensic sciences:
It underpins the construction of scientific knowledge applied to criminal investigation, ensuring validity, objectivity, and rigor in the interpretation of technological evidence.
2. Theory of sociotechnical systems:
It raises the relationship between technology, society and judicial processes, which allows us to understand how forensic tools affect the reconstruction of facts and the administration of justice.
3. Paradigms of applied research:
It supports the practical orientation of forensic investigation, where methodologies, protocols and software for digital and technological analysis are developed and validated.
4. Technological criminology and cybercriminology
It provides conceptual frameworks for studying crimes committed through digital technologies, laying the groundwork for cybersecurity and digital evidence investigation techniques.

THAT ARE IN EXECUTION
PROJECT TITLE | TEACHER MENTOR | CAMPUS |
Technological Tools and Artificial Intelligence applied to Forensics, focused on Forensic Planimetry | Mayely Walachosky | Panama |
Use of Technological Tools and Artificial Intelligence applied to Forensics, focused on Field Forensics |
MENTOR TEACHERS OF THE SEEDBED:
Mayely Walachosky (Panama headquarters)

BASE BIBLIOGRAPHY
García, O. (Coord.) & García Romero, C. (Coord.). (2023). Emerging technologies applied to active methodologies in the era of artificial intelligence:(1 ed.). Dykinson. https://elibro.net/es/lc/umecit/titulos/250312
Degli-Esposti, S. (2023). The ethics of artificial intelligence:(1st ed.). CSIC Publishing House, Higher Council for Scientific Research. https://elibro.net/es/lc/umecit/titulos/248227
Miller, A., & Thompson, B. (2020). Ethical challenges in the use of artificial intelligence for forensic applications. Journal of Law and Ethics, 45, 128-142. https://doi.org/10.1016/j.jole.2020.45128
Raed. (2024, June 27). Artificial intelligence in forensic practice. Royal European Academy of Doctors. https://raed.academy/artificial-intelligence-in-forensic-practice/
Rodríguez Muiños, C. & Sánchez Lasheras, F. (2022). Artificial Intelligence Models:(1 ed.). Marcombo. https://elibro.net/es/lc/umecit/titulos/280358