Hello World, I'm Dwight Diesmo.

○ Developed embedded software for battery monitoring systems and battery system controllers, ensuring efficient and reliable operation of the devices.

○ Implemented front-end development for user interfaces (UI) in test equipment software, providing intuitive and user-friendly controls for the testing process.

○ Designed and developed back-end systems for transmitting data from the test equipment to a cloud database, enabling real-time monitoring and analysis of test results.

○ Utilized database engineering skills to optimize data storage and retrieval, ensuring efficient data management and seamless integration with the test equipment software.

○ Developed UI and web applications for controlling and monitoring the testing boards, enabling streamlined testing processes and improved product quality.

○ Worked extensively with embedded systems and Internet of Things (IoT) technologies, leveraging their capabilities to enhance the functionality and connectivity of the battery monitoring systems and test equipment.

○ Collaborated closely with cross-functional teams, including hardware engineers, to ensure seamless integration of software with hardware components.

○ Conducted thorough testing and debugging of software to identify and resolve issues, ensuring high-quality and reliable performance of the battery monitoring systems, controllers, and test equipment.

○ Stayed updated with emerging trends and advancements in embedded systems and IoT technologies, continuously enhancing skills and knowledge to drive innovation and improve product offerings.

○ Demonstrated strong problem-solving skills and attention to detail in troubleshooting software and hardware integration issues, leading to efficient and timely resolution.

○ Conducted ethical hacking research as part of a team at SDSU, focusing on cybersecurity and vulnerability assessment.

○ Implemented and tested keystroke hidden kernel driver to assess the vulnerability of user passwords and identify potential weaknesses in system security.

○ Evaluated operating systems, including Raspberry Pi OS, by designing and executing a kernel process to simulate a directory elimination scenario, utilizing acquired user passwords to assess the system's resilience.

○ (Awarded Best Overall in SD Hacks 2022)

○ Led a winning team in the SD Hacks coding competition, developing a Rotating Solar Panel system controlled by an Arduino microcontroller.

○ Designed and implemented a battery monitoring system to track and display real-time battery life and power generation data.

○ Integrated cloud connectivity to enable data transmission from the Arduino to a web application, allowing users to remotely monitor the system's performance.

○ Developed a user-friendly web application interface that provided intuitive visualization of battery life, power generation metrics, and other relevant data.

○ Leveraged Arduino programming skills to control the rotation of the solar panel system, optimizing its orientation for maximum energy generation based on real-time data.

○ Collaborated closely with team members to ensure seamless integration of hardware and software components, resulting in a fully functional and efficient system.

○ Conducted rigorous testing and debugging to ensure the reliability and accuracy of the battery monitoring system, data transmission, and web application functionality.

○ Developed embedded software to control various features of the van, including a motorized rooftop, a convertible table-to-shower system, and an awning, ensuring seamless and reliable operation of these components.

○ Collaborated with cross-functional teams to understand requirements and specifications for the van's features, translating them into functional software solutions.

○ Played a key role in troubleshooting and resolving issues related to faulty sensors during production, developing a device for testing parts to ensure proper functionality and compatibility with the system.

○ Implemented application software that allowed users to configure and set up the van's Wi-Fi connectivity, including the ability to set Wi-Fi network credentials and passwords for secure access.

○ Led a multidisciplinary team in the design and development of a grenade launcher pellet surveillance device, incorporating various embedded systems components for enemy detection, surveillance, and data collection.

○ Assembled and integrated a range of sensors, including a PIR motion sensor, camera, microphone, seismic sensor, GPS module, SD card, and WiFi module, to capture and collect data in real-time.

○ Engineered a fog computing layer as an intermediary between the physical SMART device and the SQL database, processing and transmitting raw data for further analysis and storage.

○ Developed a Flask web application with a user-friendly interface to visualize data from the SQL database. The graphical user interface (GUI) displayed captured images, audio files, seismic data across three axes, coordinates, and timestamps.

○ Collaborated closely with mechanical engineers, electrical engineers, and customers to design and optimize an M-203 deployable surveillance round. The round featured motion and seismic triggering capabilities for image, audio, GPS, and seismic data collection, ensuring seamless integration with the surveillance system.

○ Teaching: Assisted students in NewCoding Bootcamp program which covered HTML, CSS, JavaScript, Express.JS, Node.JS, Git, GitHub, and Bootstrap.

○ Launched workshops and hackathons for SDSU students, and introduced HS students to robotics.

○ Leadership: Managed 30 interns by facilitating tasks for day-to-day operations.

○ Program Development: Designed community initiatives and academic programs such as the Academy Bridge Program for Rancho Campana High School.

○ Marketing: Organized community involvement in Camarillo City Parades, Park Events, and marketing to local businesses.

○ Project Development: Coordinated with local businesses and customers to develop products or provide services that met customer needs.

○ Web Development: Built rcmakes.com, an e-commerce website.

○ Corporate Wiki: Developed infrastructure for managing, tracking, and delivering ongoing simultaneous projects on Trello.

○ Sponsorship: Garnered $5000 in sponsorships from US/Philippines-based companies.

○ Event Planning: Organized University, High School, and local Organization participation which attracted 160 attendees.

○ Teamwork: Collaborated with a team of instructors from other branches in creating a modern software engineering curriculum.

○ Teaching: Trained ROP course students in developing websites using modern web development tools such as Bootstrap, GitHub

○ Hosted programs and events for SDSU on-campus residents.

○ Hands-on training and introduction to all the engineering career options in the US Navy.