I created a complete and contemporary mobile app using React Native, starting from scratch. The purpose was to replace an outdated and problematic mobile app for our drivers. Additionally, I handled the development of the necessary backend APIs, database design, and front-end UI for both drivers and internal company users. My contributions played a crucial role in establishing the foundation of EV Connect, ultimately resulting in Schneider Electric acquiring EV Connect in early 2022.
I provided support for an online eLearning platform, where I focused on the front-end aspect. Utilizing CSS and various jQuery libraries (including some that I developed using the boilerplate method), I crafted a fully interactive and user-friendly UI. In addition, I undertook backend tasks using C# .NET to connect the UI with our SQL database system through RESTful webservices. To enhance our development process, I migrated our code repository from SVN to the more contemporary Git, and I assisted our developers in smoothly transitioning to the new system. Furthermore, I implemented a few TeamCity build solutions to automate deployments and code updates for a node-based multi-server environment.
I tackled the task of debugging and enhancing public-facing web APIs, utilizing a range of programming languages and technologies such as Java, Python, PHP, .NET, Apache2, Tomcat, and AWS. I took charge of creating, deploying, and providing support for both the back-end and front-end solutions associated with these APIs.
I specialized in developing integrations for a SaaS application called Workday, as well as providing support for a SAP database. Additionally, I served as the administrator for an instance of ServiceNow.
I had the exciting opportunity to create a captivating multitouch exhibit called Soapbox! This interactive exhibit was developed using Ideum's Open Exhibits multitouch ActionScript framework. It was specifically designed to run on a 40" Microsoft Pixelsense table, providing visitors with an immersive and engaging experience.
To enhance the exhibit's visual impact, the Microsoft Pixelsense table seamlessly communicated with a 65" HDTV, creating a dynamic and visually stunning setup. The combination of these two display technologies added an extra layer of interactivity and allowed for a larger audience to enjoy the exhibit.
For those interested in exploring the inner workings of Soapbox, the source code can be accessed and downloaded from the following link: http://openexhibits.org/download/soapbox/
I had the privilege of designing customized software specifically tailored for physicians. The aim was to provide them with a more seamless and efficient way to connect and access the valuable data they collect from their patients. This software solution was meticulously crafted to meet the unique needs and workflows of physicians, ensuring they have the necessary tools to efficiently manage and utilize patient data. By developing this customized software, I aimed to empower physicians in their day-to-day practice and enhance their ability to deliver personalized and informed healthcare.
In my role, I had the responsibility of diagnosing and resolving network connection issues faced by students trying to connect to the wireless network on campus and the wired Ethernet network in their dorms. Additionally, I actively engaged in removing viruses from laptops used by both students and staff. By troubleshooting and addressing network connectivity problems, I ensured that students could seamlessly access the internet and utilize network resources. Simultaneously, by eliminating viruses from laptops, I safeguarded the performance and integrity of these devices, protecting sensitive data and ensuring a secure computing environment. Through these efforts, I played a crucial role in facilitating uninterrupted connectivity and maintaining a reliable and protected technology infrastructure for the campus community.
I had the exciting opportunity to create a captivating multitouch exhibit called MyGallery Interactive, which was showcased at Knowledge Capital 2011 in Osaka, Japan. This immersive exhibit provided visitors with an engaging and interactive experience, allowing them to explore and interact with various artworks and exhibits. The exhibit captivated the audience with its seamless multitouch functionality and intuitive user interface. For those interested in delving into the technical details of MyGallery Interactive, the source code is available for download at http://openexhibits.org/download/my-gallery-interactive/
While I was a student I was involved with The Teams in Engineering Service, The Triton Engineering Student Council, and The Computer Science and Engineering Council.