Hi! I'm Andrew Benyeogor
Based in Texas.
CTE Education || Data Analytics || Agriculture
Introduction
About me
Currently, I am a Computer Science teacher at the International Leadership of Texas. Over the past three years, I have taught various Career Technical Education courses. My academic history started with a bachelor's in Agricultural economics; however, I saw developing my Information Technology skills as a necessary journey, thus I got my masters in Information Systems - an achievement that I am really proud of, and I would like to teach others.
Languages & Tools
Python, Pycharm, MySQL, Excel, Tableau, MS Project, P6
Education
M.Sc. Information Systems
Projects
Created 2 data and web development personal projects
Tools I use
What I offer
My Services
I am an information systems professional.
Data Analytics & Insights
Delivering data-driven solutions by analyzing trends and translating metrics into strategic business actions using Python, SQL, and BI tools.
Read more
Tech Training & Mentorship
Educating students and teams in programming, analytics, and system design through structured, real-world learning experiences.
Read moreMy portfolio
My latest work
Welcome to my project portfolios! Explore a collection of projects showcasing my skills.
SavorDeck
Recipe Manager Application
Academic Contributions
Research Papers
Published works showcasing my contributions to the field of information systems.
Open Journal of Business and Management • 2025
Trust as a mediator in Nigerian e-commerce: Impacts on consumer behavior, product quality, and convenience
This research examines the role of trust as a mediating factor in Nigerian e-commerce ecosystems, analyzing its effects on consumer behavior, product quality perception, and convenience factors. The study provides insights into the unique challenges and opportunities within the Nigerian digital marketplace.
Journal of Data Science and Intelligent Systems • 2025
An Intelligent Phishing Detection Mechanism Using Machine Learning Algorithms
This paper presents an intelligent phishing detection mechanism leveraging machine learning algorithms to identify and mitigate phishing attacks. The research demonstrates how advanced computational techniques can enhance cybersecurity measures and protect users from fraudulent online activities.
XVI Technologies Applied to Electronics Teaching Conference (TAEE) • 2024
Development of Microcontroller-Based Manipulator Arm: A Trilemma Problem-Solving Framework for Robotics and STEM Education in Nigerian Schools
This research presents the development of a microcontroller-based manipulator arm as a teaching tool, addressing the trilemma of accessibility, functionality, and cost-effectiveness in robotics education for Nigerian schools. The framework provides a practical approach to introducing robotics concepts in resource-constrained educational environments.
XVI Technologies Applied to Electronics Teaching Conference (TAEE) • 2024
Desktop Factory: A Laboratory-scale Multisignal RF/PID-based Automation Framework for Industrial Telematics and Control Experiments
This research introduces a laboratory-scale desktop factory system utilizing RF/PID-based automation for industrial telematics and control experiments. The framework provides an accessible platform for teaching automation concepts, wireless communication, and control systems in educational settings.
SPC Journal of Education • 2024
Advancing Embedded Systems Education: A Pedagogical Programming Framework for Smart System and Control Applications
This paper presents a pedagogical framework for teaching embedded systems programming through smart system and control applications. The research addresses the growing need for effective educational approaches in embedded systems, providing practical methodologies for preparing students for careers in IoT and automation technologies.
IEEE German Education Conference (GECon) • 2023
Prototyping and Conceptualizing Electric Model Vehicles to Enhance Automotive STEM Education: Towards Sustainable E-mobility
This paper presents a framework for prototyping electric model vehicles as educational tools to enhance automotive STEM education with a focus on sustainable e-mobility. The research demonstrates how practical engineering projects can strengthen technical education and promote environmental awareness.
IEEE International Conference on Robotic Computing (IRC) • 2023
Algorithmic Framework for Analyzing and Simulating Multi-Axial Robotic Transformations in Spatial Coordinates
This paper presents an algorithmic framework for analyzing and simulating multi-axial robotic transformations in spatial coordinates. The research provides mathematical foundations and computational methods for modeling complex robotic movements and transformations in three-dimensional space.
