We are located in the heart of Helsinki at Kaisaniemenkatu 10, right next to the University of Helsinki metro station. In our office you meet a diverse group of professionals, from software engineers to neuropsychologists. When not working remotely, we enjoy our comfy office together.

Currently, we are working on a number of prototype projects that tackle significant business problems and come with interesting technical challenges. These challenges provide possibilities to apply cutting-edge software technology for meaningful purposes. Examples are a Web Component library for industrial collaboration, an IaC and deployment automation that supports both public and private cloud environments, rich user interaction and gameplay - like elements in front-end for modern assessments, reliable data encryption, data protection and zero-knowledge architecture for sensitive data, and an event-driven microservice system to build the system out of loosely coupled, highly cohesive services are a few examples of such challenges. We are actively looking for a state-of-the-art technology stack that will benefit us in the long run.

Assessments we provide are scientifically sound and backed by years of psychology research. We work with academics, top tech advisor firms, and start-up companies to provide solutions that utilize the most recent psychological research and latest technology.

We are a global organization. With more than 400 people, we have offices in 16 different countries. Our software product activities are located in Boston, Helsinki, Madrid, and Göttingen, Germany. This team has about 30 members, including developers, psychologists, support staff, quality assurance, and design. Here is more information on who we are.

Hogrefe sponsored a HelsinkiJS event a few weeks ago (the meetup, by the way, was also celebrating its 11th anniversary). Besides serving pizza and drinks at the Maria01 venue, we provided one of tech talks that night. The topic was our Web Components use case and we demonstrated the prototype developed using Lit, Vue, and Qti3.