Jan F. Broenink

About

Jan F. Broenink is a leading figure in mechatronic and robotic systems design, with research spanning model-driven engineering, co-simulation, and impedance control. His pioneering work on spatial impedance control for robotic manipulation, detailed in his 1997 paper (91 citations), has shaped how robots interact with their environments, particularly in precision tasks like peg-in-hole assembly (30 citations). Broenink is also the creator of 20-sim, a hierarchical bond-graph and block-diagram modeling software (75 citations), which has become a cornerstone tool for simulating mechatronic systems. His contributions to the BRICS project (46 citations) helped formalize robot development processes, moving the field from ad hoc engineering to structured, best-practice methodologies. Broenink’s later work on co-simulation and model-driven design for cyber-physical systems (30 and 18 citations) has advanced the integration of discrete-event and continuous-time models, enabling more efficient and reliable robot software development. With over 300 total citations across his top papers, Broenink’s impact is evident in both foundational theory and practical tools, making him a key reference for students and researchers in robotics, embedded control, and mechatronics.

Research Focus

Key Achievements

Top Papers

1. 1
   A spatial impedance controller for robotic manipulation

   91 citations · 1997
2. 2
   20-sim software for hierarchical bond-graph/block-diagram models

   75 citations · 1999
3. 3
   BRICS - Best practice in robotics

   46 citations · 2010
4. 4
   On Model-driven Design of Robot Software using Co-simulation

   30 citations · 2010
5. 5
   Peg-in-Hole assembly using Impedance Control with a 6 DOF Robot

   30 citations · 1996
6. 6
   Collaborative Modelling and Co-simulation with DESTECS: A Pilot Study

   20 citations · 2012
7. 7
   Model-driven robot-software design using integrated models and co-simulation

   18 citations · 2012
8. 8
   LUNA: Hard Real-Time, Multi-Threaded, CSP-Capable Execution Framework

   11 citations · 2011
9. 9
   A co-design approach for embedded control software of cyber-physical systems

   9 citations · 2016
10. 10
    Design and Use of CSP Meta-Model for Embedded Control Software Development

    8 citations · 2012

Key Collaborators

Contact & Links