Automatic Coordination of Construction Actors – ACTOR Webinar Videos

ACTOR is a Finnish R&D project that builds new capabilities towards automated coordination of construction actors. On November 3, 2022, ACTOR organized a webinar with a panel discussion and partner presentations. The recordings of the program are now openly available.
The panel discussion
The panel discusses
- The importance of design information quality to construction productivity
- Situational awareness of construction project
- What other industries can teach us about situational awareness
- The digital twin of a construction process
- The importance of focusing on the usability of construction technology
- How ACTOR can lead to a reduction of carbon emissions
- How to start implementing ACTOR’s results
The panelists are
- Markku Kiviniemi, Senior Scientist, VTT
- Olli Seppänen, Professor, Aalto University
- Jukka Suomi, Digital Construction Manager, Trimble
- Ari Viitanen, President, Carinafour
- Janne Öfversten, Senior Technology Manager, KONE
The moderator is Aarni Heiskanen, AE Partners.
Partner presentations
Olli Seppänen gives an overview of ACTOR and talks about Aalto’s contribution to the project.
Markku Kiviniemi presents VTT’s research goals and focus areas.
Jukka Suomi introduces Trimble’s engagement in ACTOR.
Ari Viitanen summarizes Carinafour’s participation.
Tomi Pitkäranta of Flow Technologies talks about their digital twin and other development tasks in the project
The ACTOR project is supported by Business Finland’s Low Carbon Built Environment Program that receives funding from EU’s Recovery and Resilience Facility. Visit ACTOR’s home page for more info.

Read more news

Call for doctoral student tutors, September 2025
Sign-up to be a tutor for new doctoral students as part of the Aalto Doctoral Orientation Days!
Creating room for connection, dialogue, and collective planning is more important than ever
Two workshops were organised to build bridges and foster meaningful action on EDI at the Aalto School of Business.
Researchers turn energy loss into a way of creating lossless photonics-based devices
Turning energy loss from a fatal flaw into a dial for fine-tuning new states of matter into existence could yield better laser, quantum and optical technology.