We can organize an interview with Aldin or any of our 25,000 available candidates within 48 hours. How would you like to proceed?
Schedule Interview NowMy name is Daniel C. and I have over 9 years of experience in the tech industry. I specialize in the following technologies: Microsoft Azure, Information Architecture, Redis, OAuth, ASP.NET, etc.. I hold a degree in Bachelor of Science (BS). Some of the notable projects I’ve worked on include: Feed Scraper and Messaging, Penny Auction, Real-Time Sales Dashboard, Sales Reports, Payment via Phone (PCI), etc.. I am based in Lehi, United States. I've successfully completed 7 projects while developing at Softaims.
I possess comprehensive technical expertise across the entire solution lifecycle, from user interfaces and information management to system architecture and deployment pipelines. This end-to-end perspective allows me to build solutions that are harmonious and efficient across all functional layers.
I excel at managing technical health and ensuring that every component of the system adheres to the highest standards of performance and security. Working at Softaims, I ensure that integration is seamless and the overall architecture is sound and well-defined.
My commitment is to taking full ownership of project delivery, moving quickly and decisively to resolve issues and deliver high-quality features that meet or exceed the client's commercial objectives.
Main technologies
9 years
2 Years
5 Years
6 Years
Potentially possible
Microsoft
I developed this web application to monitor classified ads and other feeds for relevant information. It allowed users create accounts, login to the website (formerly feedfalcon.com), add feeds, add keywords to search, configure emails and phone numbers for contact, and set monitor frequency. When it found a keyword hit on a feed it would create a message and send alerts. It used MVC on the front-end and had a c# back-end. I designed, architected, and developed the entire site.
This was one of my favorite projects. It used twitter bootstrap on the front-end. I used SignalR for real-time push messaging and knockoutJS two-way bindings to update the DOM. It was built on a C# back-end and included an admin for creating different auction types. The project allowed for secure auction updates and bidding. It also scaled across multiple servers and hosted in Azure for easier scaling. I designed, architected, and developed 100% of the project.
This was an AngularJS project that was built to crunch relational database data and spit out real-time reports for sales rep competitions. It had a basic admin interface that allowed sales managers to setup competitions and create teams. There was a second web application that was also built in AngularJS that could be brought up in TV screens and would rotate through the competitions, show the leaders, display prizes, and past winners. It increased sales past all previous records within its first week of use.
The client received files in email from various vendors that they sold products for. My job was to collect the emails, read the files, parse the data, and store it in a Microsoft SQL Database. Then it needed a front-end that would display sales dashboards to management, sales leaders, and sales reps. This solution was 100% architected, designed, and built by me. It used distributed C# applications to listen for emails, parse, and upload the sales data. There was a web application that managed the company employees. The client side application was built using Angular and allowed roles and hierarchy (sales reps reporting to manager, to regional, to area, etc.). They could add, update, and deactivate/delete users. Finally there was a web application that connected to the custom database to pull reporting dashboards for the company. It had security handlers and would enforce hierarchical permissions. So that regionals could not see reps in other regions. Sales reps couldn't see clients of other reps.
The client was in violation of PCI standards by allowing customer care reps to take credit card number via phone. This project allowed the company to come into compliance and thus saved them various fines; as well as drastically reducing the scope of their PCI audits. This was one of the most complex projects I have worked on. I architected, helped with development, and managed the project. We used a Redis cluster to both store data and pub/sub messages across the distributed micro services architecture. The phone service was handled using FREEswitch. Socket connections were opened to FREEswitch from C# applications. These applications were connected to C# web api's via websockets. In this way commands could be passed from the API's (Call connection, number masking commands) to the listener apps. The listener apps would securely receive key-press events and store the encrypted data in Redis. The transactions could then be processed and results passed back to the both customers and customer care representives. The architecture was distributed for robustness and load handing.
Bachelor of Science (BS) in Information Technology
2004-01-01-2007-01-01