As the sole lead developer of this web application, I am in charge of both the development of the product as well as the cloud infrastructure of it (DevOps). React JS on the frontend, Node JS on the backend The backend is all AWS (Serverless): DynamoDB with GraphQL, S3, CloudFront, Lambda/API Gateway, SES

• One of the first developers hired at Accupulse, leading the transition from the proof-of-concept app to a modern state-of-the-art design.• Lead the development of the user interface for Accupulse's novel 3D mapping navigation system using WPF, Prism, and MVVM.• Collaborate with cross-functional teams to design and implement UI features and ensure seamless integration of UI components with backend systems.• Ensured the applications met industry standards and best practices.

* As part of a flagship product redesign, lead the UI effort to bring this product to UX industry standards * Took on some big obstacles coming up with out-of-the-box thinking solutions and implementations* Scrum Master of an Agile team, and educated the whole team on Agile methodology while being the go-to person with questions about it* As soon as Hololens 2 became available, implemented some of the company's existing AR products as POC's on HL2* Created installers for the company's products - Both NSIS and WIX.* Designed and implemented different Mixed Reality and Augmented Reality solutions to be used in the medical field (Neurosurgeons and Spine Surgeons)* Used Unity to create different applications for MR headsets - Magic Leap/Hololens* Served as the primary liaison between Surgical Theater and an outsourcing company that developed Artificial Intelligence solutions written in Matlab. * Responsible for integrating these AI solutions into a WPF based client application which in turn communicated with MR headsets showing 3D objects in the physical space.

In charge of the Play-Fi Windows platform and application development, which was built based on a common in-house wireless streaming client. The application UI is written in WPF, with a CLI/C++ layer connecting it with both the server code (C++) and the local audio rendering system (also C++).Since we install our own Windows audio driver and switch to it upon connection, I was able to redirect audio output to both our remote wifi-based speakers as well as to the local audio device. One of my tasks was to synchronize the audio between the 2. This is all done via TCP and UDP socket connection across the network. I was also in charge of the release planning and publishing of this application.

Developed the next-generation music application, written in C# and WPF, from the ground up. Leveraged the company's API service by creating a C# wrapper around it. Wrote a Windows Phone 7 prototype that also uses this API, in Silverlight for WP7.

Lead developer of the EarthLink Toolbar.

Worked in the client development team - I took part in developing and debugging on almost every project that was developed. This includes an anti-spam tool integrated into Outlook, Outlook Express and IE and an Instant Messaging Encription add-on.