Biodoumoye George Bokolo, a princess from the Obioku kingdom in Nembe LGA Bayelsa state in Nigeria who grew up in Bonny Island in Rivers state, where her lovely mum’s origin. Biodoumoye started her academy journey in Nigeria where she got her first degree in Information Communication Technology from City and Guilds London Institute of Nigeria.
This is where her interest in the technological world started. She received a full scholarship to study in the United States, where she now resides and has made quite a name for herself in the IT field. She has a Bachelor of Arts in Computer and Information Sciences from University of Alabama at Birmingham (2017), and a Master of Science in Computer Information Security & Cybersecurity from Auburn University at Montgomery (2018). She is currently a final year doctoral student at Sam Houston State University studying Digital and Cyber Forensics Science
Biodoumoye’s academic achievements are truly remarkable, as evidenced by her exemplary grades. Her extensive experience and strong work ethic are evident from her tenure in various roles across different organizations. For instance, during her time as a Graduate Research Assistant at the Cyber Forensic Intelligence Center at Sam Houston State University, she conducted comprehensive research in digital forensics, covering a wide spectrum of areas such as mobile device forensics, social media forensics, operating system forensics, and malware reverse engineering using tools like idapro. Additionally, she leveraged her expertise to develop a Python script for extracting Twitter data using her Twitter developer account, showcasing her proficiency in cutting-edge technologies and methodologies in the field. This research involves using machine learning algorithms to analyze the data for possible crime-intent tweets. She also works with other researchers and analysts to develop and test new cyber forensic intelligence techniques and tools.
In her role as a Cyber and Forensic Technology Associate/Analyst at Charles River Associates, she contributed significantly to the organization’s operations. During her internship, she conducted extensive research utilizing proprietary data sets and employed machine learning techniques augmented by artificial intelligence. Her responsibilities extended to aiding in security and privacy investigations concerning data security incidents, including active breaches and instances of fraud. Moreover, she demonstrated adept problem-solving skills and conducted forensic analyses of digital information using established computer forensic methodologies and tools.
At Southern Linc, located within Alabama Power in Montgomery, Alabama, she led a team of eight individuals tasked with staging and configuring devices, ensuring meticulous preparation for client utilization. Her role extended to managing a team of sales support specialists, providing them with technical and administrative guidance to enhance the efficiency of the sales team’s operations.
Additionally, she dedicated a year of service to her country during her tenure as an IT Instructor at Ladoke Akintola University of Technology as part of her National Youth Service commitment. In this capacity, she meticulously developed and delivered comprehensive lectures and course materials on various IT topics to both undergraduate and graduate students during their industrial training semester. Her pedagogical approach involved strategic planning and execution of engaging and interactive lectures, fostering stimulating class discussions, and facilitating group activities to enhance learning outcomes.
Furthermore, she meticulously designed and evaluated assignments, exams, and assessments to gauge student comprehension and provided constructive feedback for continuous improvement.
With a prolific academic portfolio , she has authored over ten scholarly articles in collaboration with esteemed peers, disseminating her research across reputable platforms such as ResearchGate and Google Scholar. Her scholarly pursuits encompass a diverse array of disciplines including Digital Forensics, Machine Learning, Cyber Crime Investigation, Mobile Device Forensics, Cyber Security, Incident Response and Disaster Recovery, Digital Forensics and Investigations, Advanced Mobile Forensics, Network and Cloud Forensics, Social media forensics, Malware Reverse Engineering, and the Ethics of Digital Forensics. These pursuits reflect her profound dedication to advancing knowledge and addressing critical challenges in these dynamic fields.
Biodoumoye’s remarkable achievements are underscored by a plethora of prestigious awards, scholarships, and recognitions, including but not limited to the Graduate Student Upstanders in 2021, membership in The Graduate/Undergraduate Instructor Academy (GUIA), designation as a ROADs Scholar at SHSU, recipient of the AAUW fellowship, and the esteemed NELA AWARD – NSLS, among others. Recognizing the paramount importance of professionalism in her career trajectory, she holds membership in esteemed professional organizations such as the American Association of University Women at UAB (AAUW at UAB) where she serves as President, Women in CyberSecurity, Computer Science Society, and Digital Forensics Association, among others.
Her dedication to excellence extends further as she has attained licensure as a Private Investigator and holds certification as a CompTIA Security+ member after these accolades. Proficient in an extensive array of computer operating systems, software, and hardware, she boasts significant expertise in conducting comprehensive forensic investigations and analyses spanning computers, networks, mobile devices, and removable media. Her IT knowledge started with the dismantling of systems, coupling them, building hardware systems from scratch, troubleshooting issues or errors on a computer and then he dove into cybersecurity.
Her professional trajectory is marked by a notable evolution, transitioning from a hands-on hardware technician in computer technology to a proficient software engineer and programmer.
With the pursuit of her master’s degree, she delved deeper into cybersecurity, honing her expertise in safeguarding digital systems and data integrity.
Currently, she stands as a distinguished candidate in the field of digital forensics at the doctoral level, highlighting her commitment to advancing knowledge and expertise in the critical domain of cyber investigations and evidentiary analysis as a licensed private investigator. Alongside her academic journey, she has continually sought opportunities for practical application and professional growth, thereby cementing her reputation as a versatile and accomplished technologist in both theoretical and practical areas of computing and information security and novel research.
Renowned for her proficiency in conducting digital forensic analyses, Biodoumoye adeptly employs a wide array of both commercial and open-source forensic tools.
Her toolkit includes industry standards such as FTKImager, EnCase, OSForensics, Autopsy, and InspectorCellebrite, alongside specialized utilities like HexEditors and Wireshark. She demonstrates fluency in diverse operating environments, navigating seamlessly between Linux distributions such as Kali and Ubuntu, as well as Windows and MacOS platforms. With expertise in tools like ProDiscover Forensics, Volatility, and Python, coupled with a nuanced understanding of machine learning techniques, she stands as a formidable force in the realm of digital forensics.
Driven by a commitment to advancing the field, Biodoumoye actively advances collaborative initiatives that push the boundaries of digital forensics. Through interdisciplinary projects, she aims to drive innovation, enhancing the efficiency and efficacy of digital investigations. Her dedication to bridging theoretical knowledge with practical application positions her as a catalyst for advancements in investigative techniques and methodologies.
As technology evolves, Biodoumoye recognizes the pivotal role of state-of-the-art tools and methodologies in shaping the future of digital forensics. She envisions a landscape where precision and agility are paramount, ensuring that justice in the digital realm is upheld with unwavering accuracy.
Upon the culmination of her doctoral studies, Biodoumoye aspires to be at the forefront of digital forensics evolution. By leveraging her expertise and collaborative spirit, she seeks to drive impactful change, ultimately leaving a lasting imprint on the landscape of investigative technology.
In conclusion, Biodoumoye George Bokolo stands as a testament to Nigeria’s wealth of talent and innovation. As a Digital Forensic Expert, her remarkable achievements not only showcase her exceptional skills but also illuminate Nigeria’s potential on the global stage. We take pride in her accomplishments, recognizing her as a true ambassador of Nigerian brilliance. Bokolo’s success not only reflects her dedication and expertise but also contributes to positioning Nigeria and her country of residence, USA in a positive light in the world of digital forensics, inspiring the next generation of talented minds in the country.
The intellect and vision exemplified by individuals like Biodoumoye are indispensable assets in contemporary society. Her multifaceted expertise and dedication to advancing digital forensics underscore her potential to effect substantial positive change, not only within the cyber space of the United States and Nigeria but also on a global scale.
Biodoumoye’s contributions extend beyond mere technological safeguarding; they hold the promise of enhancing overall societal well-being and security. Through her endeavors, she embodies a beacon of hope for fostering greater resilience against cyber threats, promoting digital literacy, and upholding ethical standards in technology utilization. As a global citizen, Biodoumoye’s impact transcends borders, enriching communities, and institutions worldwide with her innovative approaches and steadfast commitment to advancing the greater good. In harnessing her remarkable talents and insights, she stands poised to shape a brighter, safer future for generations to come.
