Digital Solutions & Platforms - Häme University of applied sciences
Digital Solutions & Platforms
Team of programmers working in office
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Digital Solutions & Platforms

Digital Solutions & Platforms (DISP)

Digital Solutions & Platforms (DISP) focuses on producing technology-driven research and development activities and, above all, implementing solutions for the needs of our own Research Unit, other research taking place at HAMK, the world of business and the public sector. At the moment, we focus on the following themes: Internet of Things (IoT), software development (including mobile and web development), beneficial use of game engines and XR technologies, as well as data analytics, artificial intelligence and machine learning in cooperation with the Data and Business Analytics team.

Want to find out more? Read our blog post: Digital Solutions & Platforms is a multidisciplinary team – but what does it actually do?

Our team also develops the integration of research and education with the different degree programmes of HAMK. We actively commission theses and projects, and students from different fields at HAMK and other international higher education institutions continuously work for our team. Moreover, our personnel participates in various ways in the development and implementation of teaching together with the degree programmes. We offer students great opportunities to participate in a variety of research and development projects while accumulating credit and increasing their own competence. For more information, click on the ‘For students’ tab!

Use the tabs below to learn more about our projects and our accomplishments so far!

 

See below for some examples of projects that we have contributed to as part of research and development activities of HAMK or together with the customer.

AvoinHäme – OpenHäme

Häme Events is the open event interface of Tavastia region, which was developed in the OpenHäme project. It is based on the original open source code implementation of the City of Helsinki, called Linked Events. In addition, an online interface was developed for the service. You will find Häme Events here.

Häme Events is based on the idea that anyone can advertise their own event in the service. Event data is collected centrally to an open interface, from which anyone can access it. As a result, a wide range of event calendars and applications can use the same shared and open resource of event-related data.

Field Observatory

The Field Observatory has been implemented in cooperation with the Finnish Meteorological Institute, the Baltic Sea Action Group (BSAG) and the Finnish Environment Institute (SYKE). The aim is to bring together farmers with researchers and decision-makers engaged in the carbon sequestration of arable land, and to communicate in a clear way how different farming activities affect the amount of carbon in the soil and how respect for these activities could be increased.

HAMK Smart Research Unit’s expertise in the data communications of measuring devices, real-time processing and visualisation of measurement data, as well as web development made it possible to combine all these into a single user interface. As a result, the Field Observatory application was created, published at https://www.fieldobservatory.org/. This web interface has been implemented in cooperation with the DBA team as a .NET Core application in the Microsoft Azure cloud service, and with client-side JavaScript for data viewing.

Digital Bale

The Digital Bale project aimed at improving the monitoring and management of silage bales. In the project, we implemented a web-based user interface for a limited test group in which the users can monitor and manage their silage bales. HAMK Tech Research Unit implemented a sensor unit for a baler that sends data about the baling phase to the cloud. This information can be routed to a cloud service developed by us, from where it is directed to be stored in databases, and further displayed in the user interface. The project was coordinated by HAMK Bio Research Unit.

The baler unit collects information about the bale weight, dry matter content, humidity, temperature, location, route driven by the machine, and so on. By combining this information, we can compile reports on a particular section of a field in the user interface. These reports allow the user to track the yield of a particular section of a field and see detailed information about different harvesting days. The map view also allows the user to track the location of the unit and the collected data in real time. Moreover, the user interface facilitates the selling of bales in the CircularFinland / KiertoaSuomesta service. With the map in the user interface, the user can select the bales that they wish to sell and send this information directly to the CircularFinland service.

In the project, we used the cloud services of Microsoft Azure (Azure App Service, Azure API Management, Azure Storage, Azure IoT Hub, Azure Functions), and the web interface was implemented using the ASP.NET Core and Razor pages.

Hämeenlinna taskussa / City in your pocket

Hämeenlinna taskussa [Hämeenlinna in your pocket] is a mobile application of the City of Hämeenlinna, which was developed in the SÄIHKY project. The mobile application was created with React Native for the Android operating system. It contained features such as an electronic library card and an event calendar based on the Häme Events interface described above.

The city in your pocket is a project developing the open source municipal application as a Progressive Web App (PWA) implementation. The objective is to produce a new version of the city application for the City of Hämeenlinna, which still contains the familiar features as well as some new functions. This city application will also be available to iOS users. The City of Salo, which does not have an existing municipal application, is also a participant in the project. The new PWA application is due to be completed in early 2021.

VATTU – Virtual products in the manufacturing industry

The Vattu project implemented two pilots in cooperation with Rayworks Oy.

Pilot 1 was an educational application for VR glasses designed in cooperation with KONE Corporation. The purpose of the pilot was to first explore the challenges related to existing training methods, and to brainstorm and show how these challenges can be solved with the help of game engines and VR glasses. The training application employed a good pedagogical model for learning and, for example, almost all text was transformed into an internationally understandable visual format. Watch the video: VATTU – VR educational application – YouTube

Pilot 2 was an XR product configurator designed in cooperation with Patria Land Oy. The purpose of the pilot was to introduce XR technology and to present the opportunities created by the technologies to take the product virtually to the customer. The product configurator allows the person to select the configuration and its content, as well as the locating completely autonomously. It is easy to save the finished configuration and send it back to the manufacturer. Watch the video:  VATTU – XR product configurator – YouTube

VATTU project website (in Finnish)

Tampereen Tilapalvelut

Tampereen Tilapalvelut [Tampere Facility Services] operates in the Pirkanmaa area and is responsible for management and maintenance of public buildings.

In the pilot for Tampereen Tilapalvelut, we were involved in drawing up a plan for opportunities offered by IoT and utilising it in school properties. The main focus areas of the Tampereen Tilapalvelut pilot were measuring the conditions and occupancy rate of facilities. Based on these measurements, we drafted a sensor plan and made a comparison between different manufacturers of measuring devices. Each solution was integrated into a platform called the Platform of Trust, where harmonised data flow was piloted. In terms of the pilot sites, we explored the possibilities of integrating the building automation system and the energy consumption data of properties into the Platform of Trust.

Read more about the project: https://platformoftrust.net/en/cases/more-efficient-facility-usage-help-data-case-tampereen-tilapalvelut/

 

Research publications

Kukkamäki, J., & Tarkkala, M. (2020). Avoimuuden asialla-AvoinHäme-hankkeen julkaisukokoelma. 

Tarkkala, M., Kukkamäki, J., Jussila, J., Kunttu, I., & Heinisuo, J. (2020, July). Open Data Ecosystems in Public Service Development. In International Conference on Applied Human Factors and Ergonomics (pp. 58-64). Springer, Cham.

Perttula, A., & Kukkamäki, J. (2020). Enabling rapid product development through improved verification and validation processes.

Jussila, J., Kukkamäki, J., Mäntyneva, M., & Heinisuo, J. (2019). Open data and open source enabling smart city development: A case study in Häme region. Technology Innovation Management Review, 9(9).

Saarinen, J. (2019). Lepaan maakirjaston kehittäminen. HAMK Unlimited Professional 4.11.2019

Jussila, J., Torkkel, J.-M., Gautam, M., & Partanen, A. (2020). Aalto Design Factory Product Development Project – Lessons Learned. HAMK Unlimited Professional 20.1.2020.

Pulkkinen, J., Partanen, A., Jussila, J., & Ruohomaa, H. (2020, July). Open Ecosystem for Smart Mobility System Operation and Maintenance. In International Conference on Applied Human Factors and Ergonomics (pp. 29-34). Springer, Cham.

Jussila, J., Raitanen, J., Partanen, A., Tuomela, V., Siipola, V., & Kunnari, I. (2020). Rapid Product Development in University-Industry Collaboration: Case Study of a Smart Design Project. Technology Innovation Management Review, 10(3).

Pulkkinen, J., Jussila, J., Partanen, A., & Trotskii, I. (2019, April). Data strategy framework in servitization: Case study of service development for a vehicle fleet. In The International Research & Innovation Forum (pp. 377-389). Springer, Cham.

Pulkkinen, J., Jussila, J., Partanen, A., Trotskii, I., & Laiho, A. (2019). Smart mobility: Services, platforms and ecosystems. Technology Innovation Management Review, 9(9).

Koskela, O., Virtanen, K., Kukkamäki, J., Aronen, I., & Kunttu, I. (2020). Navetta 4.0—navetan olosuhteiden jatkuva mittaaminen. Suomen Maataloustieteellisen Seuran Tiedote, (38), 1-7.

Järvinen, N. & Torkkel, J.-M. (2019). Avaa silmäsi pelimoottoreiden hyötykäytölle.

Juntunen, A., Lehtisyrjä, J. & Lavonen, T. (2019): Digitaalinen kehittämistyö luontomatkailussa.

Kotsalo, M. (2018): Beaconit osana paikkatietoisia palveluita.

Vaalgamaa, M. & Kukkamäki, J. (2018): Ketterä kokeilu polkupyörien paikannukseen.

Kukkamäki, J., Ruohomaa, H. & Salminen, V. (2018): Development of ICT education in digitalizing business environment.

Kukkamäki, Joni (2018): Microsoft Teams tutkimusryhmän työskentelyn alustana.

Kukkamäki, Joni (2017): Avoimen datan tila Kanta-Hämeessä.

Meriläinen K., Kukkamäki J. (2016) Concept of Digital Capability in Businesses: Demonstration by a Case Study on Finnish Online Tools. In: Inversini A., Schegg R. (eds) Information and Communication Technologies in Tourism 2016. Springer, Cham.

Theses

Lindholm, Petri: React.js websovelluksen testaus (2021)

Viiman, Antti: Utilization of Open Data in Business in Häme Region (2020)

Saari, Juuso: IoT-alustojen vertailu: Case HAMK Smart (2020)

Järvinen, Niina: Virtuaalisen ryhmätyötilan toteutus Glue-alustalla : Case Design Factory (2019)

Ahola, Tiina: CAD-tiedostomuotojen vertailu Unreal Engine -pelimoottorilla (2019)

Pernu, Raisa: Raskaasta CAD-mallista kevyeksi peliassetiksi (2019)

Guo, Yuxiu: Avoin palvelu- ja kohderajapinta Kanta-Hämeeseen (2019).

Schöni, Aleardo: Needed Skills for Utilizing Open Data in Business – Using Open Data as a Support of Business (2018)

Saarikko, Petteri: REST-rajapinnan suunnittelu ja toteutus OpenAPI specification (OAS 2.0) avulla (2017)

Koskela, Janina: Leväreaktorin pH-antureiden kalibrointiominaisuuden toteuttaminen työpöytäsovellukseen (2017)

Jänisvaara, Tero: IoT – haavoittuvuudet ja tietoturva (2017)

Korpela, Laura: IBM Bluemix IoT-Prototyyppien kehittämisalustana (2017)

Lehtinen, Riku: IoT-laitteen data yhdyskäytävän kautta pilvipalveluun (2017)

Anttila, Joni:  Eri palveluntarjoajien IoT-alustojen vertailu : IBM Watson IoT & Bluemix, Microsoft Azure IoT Hub ja PTC Thingworx (2017)

Arat, Atso: Datavisualisoinnit Tableau ohjelmistolla (2016)

Saarinen, Juuso: Mobiilisovellus jääkiekon pelivirran seurantaan (2016)

Joni Kukkamäki: Avoimen datan mahdollisuudet matkailuyritysten liiketoiminnalle (2015)

Visualizations

Maunula, Jessi: Hattulan uuden terveysaseman visualisointi

We provide students with opportunities to learn through assignments connected to practice. We cooperate extensively with different fields of education.

Here are examples of our previous projects:

The size of our projects varies from small-scale course work to larger entities, internships, student exchanges and theses.

If you are interested in studying or working with us, do not hesitate to contact the team members!

  • Joni Kukkamäki
  • Joni Kukkamäki
  • Research Manager
  • Tel. +358 46923 4540
  • DISP Team Leader. Competence: technology, application development, project management, Internet of Things, ICT
  • Gert Hattingh
  • Gert Hattingh
  • Senior Research Engineer
  • Tel. +358 50310 5418
  • Research Design, Electronic design (Basic), Sensors, Data management, Data Analysis, Practical applications of sensors, Prototyping
  • Minna Tarkkala
  • Minna Tarkkala
  • Business Development Specialist
  • Tel. +358 50465 6831
  • Marketing, digital marketing, content production, communications, community relationships, business development, project work, student cooperation, experiments, hackathons

HÄME UNIVERSITY OF APPLIED SCIENCES