Marius Auflem
About
Marius currently works at Laerdal Medical as an industrial Ph.D. candidate through the Department of Mechanical and Industrial Engineering at the Norwegian University of Science and Technology. Marius does research in early-stage Product Development in the context of medical training and simulation equipment.
Competencies
Publications
2022
-
Auflem, Marius;
Kohtala, Sampsa;
Jung, Malte;
Steinert, Martin.
(2022)
Facing the FACS—Using AI to Evaluate and Control Facial Action Units in Humanoid Robot Face Development.
Frontiers in Robotics and AI.
volum 9.
Academic article
-
Ege, Daniel Nygård;
Auflem, Marius;
Steinert, Ralf Martin.
(2022)
Lost in Transit: Implications and Insights for Making Medical Task Trainer Prototypes with an Open Source Hardware Paradigm.
Proceedings of the Design Society.
Academic article
-
Steffensen, Torjus Lines;
Auflem, Marius;
Vestad, Håvard;
Steinert, Martin.
(2022)
Embedded Soft Inductive Sensors to Measure Arterial Expansion of Tubular Diameters in Vascular Phantoms.
IEEE Sensors Journal.
volum 22 (7).
Academic article
2021
-
Ege, Daniel Nygård;
Auflem, Marius;
Lilleløkken, Oscar;
Steinert, Ralf Martin.
(2021)
User involvement in early-stage design of medical training devices – case of a palpation task trainer prototype.
Design for Health.
volum 5 (2).
Academic article
-
Rørvik, Sigurd Bjarne;
Auflem, Marius;
Dybvik, Henrikke;
Steinert, Ralf Martin.
(2021)
Perception by Palpation: Development and Testing of a Haptic Ferrogranular Jamming Surface.
Frontiers in Robotics and AI.
volum 8.
Academic article
2020
-
Auflem, Marius;
Bøe, Hans Hagenes;
Erichsen, Jørgen Falck;
Steinert, Ralf Martin.
(2020)
ON PROTOTYPING METHODS TO LEVERAGE NON-RIGID MATERIALS IN THE EARLY STAGES OF ENGINEERING DESIGN.
Proceedings of the Design Society: DESIGN Conference.
Academic article
-
Ege, Daniel Nygård;
Lilleløkken, Oscar;
Auflem, Marius;
Steinert, Ralf Martin.
(2020)
Dealing with Ecological Validity and User Needs when Developing Simulation Based Training Equipment – Case Study of a Medical Palpation Task Trainer.
Procedia CIRP.
volum 91.
Academic article
-
Lilleløkken, Oscar;
Ege, Daniel Nygård;
Auflem, Marius;
Steinert, Martin.
(2020)
Proposing a novel approach for testing complex medical task trainer prototypes.
Proceedings of the NordDesign 2020 conference August 11 – 14, 2020 Technical University of Denmark (DTU).
Academic chapter/article
2019
-
Auflem, Marius;
Erichsen, Jorgen Falck;
Steinert, Martin.
(2019)
Exemplifying Prototype-Driven Development through Concepts for Medical Training Simulators.
Procedia CIRP.
volum 84.
Academic article
Scientific articles
-
Auflem, Marius;
Kohtala, Sampsa;
Jung, Malte;
Steinert, Martin.
(2022)
Facing the FACS—Using AI to Evaluate and Control Facial Action Units in Humanoid Robot Face Development.
Frontiers in Robotics and AI.
volum 9.
Academic article
-
Ege, Daniel Nygård;
Auflem, Marius;
Steinert, Ralf Martin.
(2022)
Lost in Transit: Implications and Insights for Making Medical Task Trainer Prototypes with an Open Source Hardware Paradigm.
Proceedings of the Design Society.
Academic article
-
Steffensen, Torjus Lines;
Auflem, Marius;
Vestad, Håvard;
Steinert, Martin.
(2022)
Embedded Soft Inductive Sensors to Measure Arterial Expansion of Tubular Diameters in Vascular Phantoms.
IEEE Sensors Journal.
volum 22 (7).
Academic article
-
Ege, Daniel Nygård;
Auflem, Marius;
Lilleløkken, Oscar;
Steinert, Ralf Martin.
(2021)
User involvement in early-stage design of medical training devices – case of a palpation task trainer prototype.
Design for Health.
volum 5 (2).
Academic article
-
Rørvik, Sigurd Bjarne;
Auflem, Marius;
Dybvik, Henrikke;
Steinert, Ralf Martin.
(2021)
Perception by Palpation: Development and Testing of a Haptic Ferrogranular Jamming Surface.
Frontiers in Robotics and AI.
volum 8.
Academic article
-
Auflem, Marius;
Bøe, Hans Hagenes;
Erichsen, Jørgen Falck;
Steinert, Ralf Martin.
(2020)
ON PROTOTYPING METHODS TO LEVERAGE NON-RIGID MATERIALS IN THE EARLY STAGES OF ENGINEERING DESIGN.
Proceedings of the Design Society: DESIGN Conference.
Academic article
-
Ege, Daniel Nygård;
Lilleløkken, Oscar;
Auflem, Marius;
Steinert, Ralf Martin.
(2020)
Dealing with Ecological Validity and User Needs when Developing Simulation Based Training Equipment – Case Study of a Medical Palpation Task Trainer.
Procedia CIRP.
volum 91.
Academic article
-
Auflem, Marius;
Erichsen, Jorgen Falck;
Steinert, Martin.
(2019)
Exemplifying Prototype-Driven Development through Concepts for Medical Training Simulators.
Procedia CIRP.
volum 84.
Academic article
Part of book/report
-
Lilleløkken, Oscar;
Ege, Daniel Nygård;
Auflem, Marius;
Steinert, Martin.
(2020)
Proposing a novel approach for testing complex medical task trainer prototypes.
Proceedings of the NordDesign 2020 conference August 11 – 14, 2020 Technical University of Denmark (DTU).
Academic chapter/article