Matthew Jacobs Email & Phone Number

Atlanta, Georgia, United States

• Developed and deployed a fleet of IoT devices managed by Balena by utilizing Docker containers to streamline deployment and management.• Architected and implemented the product’s startup process to ensure consistent network configuration and device behavior across reboots.• Engaged with stakeholders and potential clients to demonstrate device functionality, support sales efforts, and gather feedback for product improvements.• Utilized Bash scripts to streamline the deployment process

• Developed test Modbus server and created a user-friendly front-end with Flask in Python for easy control and monitoring for this server I created• Deployed the Modbus server and front-end component to an Industrial IoT device using Docker and Balena CLI, ensuring seamless integration and scalable functionality• Implemented REST APIs and Socket communication protocols to enable efficient and effective communication between the different services

Knoxville, Tennessee, United States

• Developed a dynamic website for a nonprofit called Compassion Ministries, leveraging React, HTML, CSS, JavaScript in order to allow them to efficiently volunteer data logging.• Collaborated in a team of 7 students, employing Scrum and Agile methodologies to simulate real-world software development practices and foster effective teamwork.• Designed and implemented a MongoDB database, which allowed the website to perform data storage and retrieval about users and events

University Of Tennessee Knoxville

• Programmed microcontrollers in order to perform analysis on the impedance of different materials • Utilized machine learning algorithms in order to study real-world applications of self-sensing asphalt • Soldered circuit boards together in order to allow the different components to interact

Oak Ridge, Tennessee, United States

• Helped to maintain the critical electrical systems in three of the nation’s top nuclear research facilities • Analyzed and organized information concerning the quality and effectiveness of over 600 different critical components in the nuclear facility • Utilized ETAP and AutoCAD in order to examine the electrical systems present in these nuclear facilities