Cloud / IoT arkitekt og udvikler

Partner in Tricloud, providing consultancy within Cloud computing and Industrial IoT (IIoT) and doing product development on an IIoT Platform.

The goal of the IIoT platform is to accelerate productivity and simplify processes for businesses engaging on the Industry 4.0 journey, saving a lot of upfront development costs. The platform consists of an IoT Edge Application, Backend Services / Api's and a Webportal for managing, configuring and remote monitoring of Edge Devices.

Responsibilities:
● Design & develop an IIoT platform based on Microsoft Azure IoT Edge
● Consult with Microsoft Product team to exchange experiences in working with the Azure Iot Edge framework and other Modules
● Develop Frontend based on Microsoft Blazor Webassembly
● Develop Backend services based on Azure Functions
● Ingest data to Data Lake for analytical purposes using Databricks

Used technologies are: Azure IoT Edge, Azure IoT Hub, Device Provisioning Service, Docker, Azure TimeSeries Insight, Log analytics, Data Lake, Storage accounts, Azure Functions, Eventhubs, Blazor, Azure DevOps, Python, .Net Core

Contact person Tricloud, Partner & Principal cloud consultant, Mikael Nygaard

Consulted the Architecture & Analytics department in their IIoT strategy and developed a production ready IoT Edge solution, bridging the gap between IoT and Data Analytics. 

The project was called EnablR and the purpose was to bring the analytical platform into the center of the new digital architecture. The IoT Edge application was deployed to hundreds of small Edge devices across the globe and collect important metrics for each customer cement plant. 

The gathered data from Edge devices was Ingested into Azure Data Lake using Azure Functions. Databricks Notebooks was used to clean and structure data from RAW to Gold zone, making data available to Data Scientists for analytics- and reporting purposes.

Responsibilities:
● Engage in advising and designing a cohesive data analytics platform including IIoT, that enables business and product development capabilities
● Developed a PoC based on Microsoft Azure IoT Edge framework
● Consult with Microsoft Product team to exchange experiences in working with the Azure IoT Edge framework
● Realtime update of device dashboard in PowerBI using Streaming Analytics
● Train internal developers in IoT Edge technology and lead the development of a production ready version

Used technologies are Azure IoT Edge, Azure IoT Hub, Device Provisioning Service, Streaming Analytics, PowerBI, Docker Containers, OPC-UA, Modbus, Storage Accounts, Data Lake, DataBricks, Azure Functions, Log Analytics, Azure DevOps, Linux, Python, .Net Core

Role in project IoT & Cloud Architect, IoT Developer, IoT trainer/instructor

Contact person Head of Architecture, Data & Analytics Umid Akhmedov

Develop and maintain Flexibility Platform - an energy trading and automation platform, allowing 3rd party energy assets to be traded in the English energy market, by traders handling the Ørsted power portfolio. The platform ensures power delivery through automation controlling the assets run schedules using IoT. The platform is architected as an event-based microservices architecture running in the cloud, leveraging several platform-as-a-service solutions, such as Azure Service Fabric and Azure IoT Hub. Azure DevOps was used to automate build and deployment pipelines and to automate testing of the platform.

Responsibilities:
● Design and implement backend microservices
● Coordinate IoT integration with external system suppliers of turbine control systems
● Participate in a geographical distributed DevOps team
● Configure CI/CD pipelines

Used technologies Service Fabric, Azure IoT Hub, Azure ServiceBus, Azure App Services, Azure AD, Azure Storage, Azure DevOps, Application Insights, .Net Core, Angular 6+7, Domain-Driven Design

Contact person Product Owner for Flexibility Solutions, Runi Bærentsen

The main task was to architect and develop solutions within the Data-As-An-Asset (DAAA) programme. The goal of the programme was to collect high resolution real-time and historical data from more than 2000 offshore wind turbines (7 GW of installed capacity), to optimize wind farm operation and provide a single source of information.

The DAAA project consisted of multiple phases, where phase 1 covered asset modelling, data collection, validation and wind turbine outage tracking. Phase 2 covered the construction of a datawarehouse and an analysis platform. The third and last phase covered operational management, condition based monitoring and other custom applications.

The project also included working on algorithms for optimizing wind turbine production, resulting in a patent "Estimation of yaw misalignment for a wind turbine" (dk 16169367.6-1607).

The platform is implemented by means of OsiSoft products (OsiSoft PI, Asset Framework), MS SQL Server and custom .Net applications.

Responsibilities:
● Define architectural roadmap for project programme
● Analyze and select technologies for platform (EU tender)
● Design platform components and assign responsibilities for the developing SCRUM teams
● Develop algorithms for analyses of wind turbine data
● Develop PoC's and spikes
● Develop and maintain platform applications

Used technologies are: C# .Net, OsiSoft PI, MS SQL Server, Wonderware System Platform

Contact person Signe Bramming Andersen, Department Manager

Solution Architect / developer on the Wind Surveillance Center project, with the aim of collecting real-time data from around 1000 on- and offshore wind turbines. The system was both an operational management system, data collection platform and a reporting platform. It was implemented by means of Wonderware products (Application Server, InSQL and InTouch) and Microsoft SQL Server.

Responsibilities:
● Design overall solution architecture
● Design platform components and assign responsibilities for the developing SCRUM team
● Implementation

Used technologies are: Wonderware System Platform, C# .Net, MS SQL Server

Contact person Johnny Iversen, Department Manager

Owner of a company developing applications and software for handheld systems. Selected references:

• Budweg Caliper A/S, Handheld terminal for order registration
• Gumlink A/S (Dandy), Automatic viscosity measuring system (AVOS)
• Danske Bank A/S, Automatic inventory management
• Euromiljø A/S, Service planning application (ServiceManager)
• Falck Securitas A/S, Service vehicle support

Responsibilities:
● Handle tenders and sales
● Application development
● Product support

Used technologies .Net/C#, MS SQL Server

Systems engineer developing computer vision solutions primarily for the food industry. Solutions include impurity detection and seal inspection in cheese production and feature detection for high speed robotic picking (http://ing.dk/artikel/300-skeer-i-minuttet-82246).

Responsibilities:
● Participate in development of computer vision solutions
● Perform PoC and spikes on new vision technologies
● Service and support on existing computer vision solutions

Used technologies C++

Contact person Ole Neckelmann, Director and Partner

Employed full-time as system engineer performing development of industrial software (SCADA / MES systems) for various customers.

Responsibilities:
● External consultant developing industrial software
● Technical customer support
● Organize and hold courses in industrial software

Used technologies Wonderware System Platform, .Net/C#

Contact person Alex Severin, Director