Ola Victor's Portfolio

Intro

Hello! My name is Ola Victor. As a trailblazing entrepreneur, I founded an NGO at the age of 16, dedicated to supporting girls' education in Northern Nigeria by providing essential necessities like food and sanitary products. This initiative ignited my passion for engineering, propelling me towards a dual major in Electrical Engineering and Computer Engineering at Georgia Southern University. Through rigorous coursework and hands-on projects, I've honed my skills in VHDL, C++, MATLAB, and FPGA, development, leading a successful team in designing a VHDL-based alarm machine. My proficiency extends to 3D modeling with SolidWorks, where I've crafted intricate designs with precision and creativity. urthermore, I've explored other programming languages such as JavaScript and HTML/CSS, employing them in web development projects to create dynamic and visually appealing interfaces. Through these projects, I've enhanced my understanding of software development methodologies and user experience design. In collaboration with esteemed professors, I've delved into groundbreaking research in Autonomous Navigation and Mathematical Physics, leveraging advanced algorithms and mathematical concepts to solve complex problems. Outside of research, I've led impactful projects, including designing a VHDL-based vending machine with a talented team, showcasing my proficiency in VHDL, C++, MATLAB, and FPGA development. Moreover, my involvement in a Robotics course led to the creation of an Arduino Light-Seeking Robot, employing MATLAB and C++ for image processing and navigation algorithms. By the way, check out some of my awesome work!.

Beyond academia, my leadership roles as Vice President of Inclusive Excellence in the Student Government Association and incoming Vice President of the Society of Women Engineers showcase my commitment to diversity and empowerment, driving impactful initiatives like the Pink Walk, which raised over $1500 for cancer research. As a President's List scholar with a 4.0 GPA, I bring a strong academic foundation and a relentless drive for excellence to every endeavor. My blend of technical expertise, entrepreneurial spirit, and commitment to social impact makes me a dynamic addition to any team. Affiliated with prestigious organizations like the Phi Eta Sigma Honors Society, MATLAB Ambassadors and the Gamma Eta Phi Honors Society, I'm poised to bring transformative innovation to your organization. Additionally, I've dedicated 100+ volunteer hours to causes close to my heart, including volunteering with Black Girls Code, a program aimed at empowering young girls of color in technology. These experiences have further enriched my understanding of the societal impact of engineering and technology. Let's connect and embark on a journey of collaborative excellence.

Contact

• linkedin
• GitHub

Projects

Autonomous Robot Navigation System

In one of my notable projects, I led the design and development of an Arduino-based light-seeking robot. This innovative project aimed to create a versatile robotic system capable of autonomously navigating towards a light source. Utilizing Arduino microcontrollers and a combination of sensors, including light sensors and motor controllers, we programmed the robot to detect the direction of the light source and move towards it with precision. Through meticulous algorithm development and iterative testing, we achieved a high degree of accuracy in light detection and navigation, showcasing the effectiveness of our approach. The project not only demonstrated my proficiency in programming and robotics but also highlighted my ability to lead a team and solve complex engineering challenges. It was a rewarding experience that showcased the practical application of engineering principles in real-world scenarios.

• View Project

One of the standout projects I've spearheaded is the VHDL FPGA Board Vending Machine project, where I led a cross-functional team in the comprehensive design and implementation of an innovative vending machine using VHDL on a Xilinx FPGA board. This project showcased my proficiency in VHDL and FPGA development, as well as my ability to manage diverse components seamlessly. By optimizing VHDL code, we achieved a 10% reduction in power consumption, aligning with sustainability goals. The project also highlighted my leadership and teamwork skills, as I fostered efficient communication channels among team members to optimize project workflow. The successful execution of this project demonstrated my holistic approach to system design and project management, laying the groundwork for future endeavors in embedded systems and hardware development.

• View Project

In a standout project, I led the development of a sophisticated CGPA calculator using C++. With a focus on accuracy and user-friendliness, our team created an intuitive interface for seamless input of grades and credits. Beyond basic calculation, advanced features such as trend analysis were integrated, empowering users to track academic progress over time. Through effective teamwork and meticulous algorithm design, we delivered a polished solution that showcases my expertise in C++ programming, problem-solving, and leadership. This project exemplifies my commitment to innovation and practical application of technology in addressing real-world challenges.

• View Project

My project is a Credit Card Fraud Detector built using Python. It's designed to help identify potentially fraudulent transactions within credit card data. Leveraging advanced techniques such as machine learning and anomaly detection, the detector can spot suspicious activities in real-time, offering users a proactive defense against financial losses. With customizable thresholds, users can adjust the sensitivity of the detector to suit their specific needs. The architecture is scalable, capable of handling large volumes of transactions efficiently, and can be easily integrated into existing systems through simple APIs or libraries. Detailed reporting functionality provides comprehensive insights into detected fraud cases, empowering users to take further investigative actions as needed. This project aims to provide a robust solution for detecting and mitigating credit card fraud, ultimately enhancing the security and trust in online transactions.

• View Project

Research

Navigation Control for Autonomous Vehicles

The primary goal of this research program is to develop advanced algorithms and methodologies to enhance the navigation capabilities of autonomous vehicles. This involves creating robust control systems that enable vehicles to navigate complex environments safely and efficiently, considering factors such as obstacles, traffic, weather conditions, and dynamic environments. I utilized proficiency in Python, C++, or MATLAB for implementing algorithms, designing simulations, and analyzing data. understanding robotics principles such as kinematics and dynamics, and applying signal processing techniques for sensor data. Additionally, I developed expertise in machine learning algorithms for intelligent systems, sensor fusion for comprehensive environment understanding, and control theory for governing vehicle motion. Experience in simulation tools like Simulink and collaboration across disciplines rounded out my skills, allowing me to contribute to advancing autonomous vehicle technology.

• Research Breakdown

Stochastic geometry and fluctuation theory

In our research program, under the guidance of Professor Ziegler, we explored the intricate interplay between stochastic geometry and fluctuation theory, aiming to uncover deeper insights into probabilistic structures and their dynamic behavior.

• Research Breakdown

Elements

i = 0;

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    print 'Iteration ' + i;
    deck.shuffle();
    i++;
}

print 'It took ' + i + ' iterations to sort the deck.';