Wille Esteche

Developing frontend for Ving's new customer site that will be released in 2025

Three teams working in the project, rebuilding the globetrotter.se using the latest tech stack.

Wille works with many parts of the solution, ex. the micro-frontend.

Wille assumes the position of Lead Developer for an IoT system designed for a hydropower plant with Statkraft. The primary goal of the solution is to maximize automation within the facility, specifically aiding technicians in auto-repair and water level regulation.

By integrating AI and Machine Learning, the facility gains the capability to autonomously regulate and perform certain repairs, ensuring continuous power generation from the hydropower plant. Wille's contributions extend to enabling remote control of the hydroplant and implementing visual data representation for better monitoring and analysis of the facility.

A new system has been created to detect and identify boats, revealing their details by analyzing underwater sounds.

Wille stepped in to lead the development of the IoT solution in the cloud.

The system operates on an event-triggered architecture with two web apps (one for customers and one for Admin) and various storage types, including NoSQL DocumentDB and Az-Table, as well as SQL for less-related data.

Wille works independently, handling the full software stack in the cloud, while collaborating with the team responsible for hardware development and software on the hardware. He has also designed the architecture and infrastructure in Azure, offering support to hardware developers in Python.

Wille developed a stock analysis tool for Carnegie, which they offer to their clients and has approximately 300 users globally. Wille primarily worked on the backend using .NET Core but also contributed to parts of the frontend in React. Additionally, he established a hybrid infrastructure connecting Azure and On-premises environments and designed the architecture for the entire solution.

Wille developed the backend in Azure for a new IoT product for JC Decaux. When Wille joined the project, the solution was already 80% complete but didn't meet the requirements. He was tasked with investigating the issues and ensuring the completion of a functional and stable product. After an extensive analysis and numerous corrections in both code and Azure settings, the product was successfully completed and passed the tests. Wille also took charge of the architecture and created a simulation environment to facilitate QA testing.

Wille developed the backend in Azure for an app. He delivered APIs, Azure functions, and handled all the system's logic, including storage and BankID login. Wille set up hybrid solutions and worked on the integration of BankID.

Wille was responsible for the integration between the source system and the BI (Business Intelligence) system. He developed in .NET and SQL, both in Azure and OnPrem. The customer was taking their initial steps into Azure-BI, and Wille integrated OnPremise-BI with the Azure solution using DataFactory, AzureSql, and AzureFunctions. The solution manages sensor data from a large number of buses operated by Nobina.

The task was to further develop a Windows application that delivers planning figures to the business. The application connects to a BI system using IBM's BigData. Wille developed from SSAS cubes, SQL application database, WCF backend, to WPF frontend. Additionally, he was also responsible for the architecture of the application.

The assignment involved building, defining, and documenting the architecture for a .NET web application that connects to UC's Rest API. Wille participated in backend development and contributed Angular support for the frontend developers.

Wille's assignment was to design and develop a full-stack .NET web application along with its database. Simultaneously, he led the development in a team of three developers and was responsible for integrating the application with Biztalk and SAS BI. Additionally, he built and held responsibility for the solution architecture.

The challenge encompassed the entire journey, transforming Wille into the solution architect for the entire product, involving 11 team members in various roles.

GreenCargo's data warehouse undergoes continuous changes. Wille's task was to support the team at EVRY developing the data warehouse and cubes. He also worked on further development and bug fixing.

Wille created an integration for Commerce connecting to all the various systems Dometic has globally. The integration was built on the iCore platform.

The mission was to create reports and manage the entire flow from the source, through the data warehouse, and onto the reports. Project Nordic is a significant initiative aimed at optimizing all internal processes.

Collectum migrated to Windows 7, impacting existing applications. Wille was part of a team managing a Customer application. He participated in the effort to convert old VB applications to .NET 4.

An application used by GreenCargo for monitoring train routes and controlling delays. Wille's task was to completely develop the full-stack, WcfService, and a SQL database. He also serves as the system architect in the project.

The purpose of the project was:

• To integrate KST Service Order between two different Service Order Systems.

• To integrate a subcontractor into TDC's Service Order System.

• Merging two general ledgers and integrating eight applications into the new general ledger.

Wille's assignment was to develop the engines for these integrations. This involved developing databases, Windows Services, and desktop applications for settings. Wille's work also included developing WebServices and WcfService to allow external calls to TDC's system.

The purpose of the project was to collect data from various databases and present occupancy rates in one report and billing rates in another report. Wille's task was to create the data collection via SQL, transfer it to the data warehouse, and generate the reports using Reporting Services.

Integration between Laps (Assignment Allocation System + Maps), the case system, the main system, and the referral system. Wille's task was to create an engine (WindowsService) that keeps Laps asynchronously updated with all TDC's Service Orders and a WebService that Laps uses to update TDC's Service Orders.

The purpose of the assignment was to deliver a WebService where the GAD application could communicate with TDC's Service Order system.

Wille's task was to create an application for the Direct Sales department to manage products in the main system and update them on the webshop.

Wille's task was to develop a WindowsForm application that manages all supplier price lists and imports each product into TDC's main system.