European Systems & ControlPhD Thesis Award
Recognizing excellence in doctoral research across Europe
About the Award
The EECI PhD Award is granted annually in recognition of the best PhD thesis in Europe in the field of Systems & Control. The aim is to encourage high-quality work amongst young researchers in their first research period.
Recognition of your outstanding contribution to the field
Monetary award to support your continued research
Award presented at the annual European Control Conference
Since 2007, the awardee(s) are invited to contribute a vision, review, or research tutorial type paper to Annual Review in Control, in a new category dedicated to Young Research Talents.
Eligibility
Requirements for submitting your thesis
The main scientific contributions must be related to the analysis of dynamical systems, the development of control and estimation theory, or their applications to cutting-edge real-world problems. The selection is based on a peer-reviewing process with Scientific Committee approval.
Submission Requirements
Please submit the following documents
Submit Your Application
Please send all documents (e.g., by WeTransfer) to:
luca.greco@centralesupelec.frPrevious Prize Winners
Celebrating excellence since 2007
Distributed cooperation under perception latency and network constraints
On the design of optimization-based controllers via generalized Nash equilibrium seeking in evolutionary games over networks
Distributed optimization and games over Networks: A system theoretical perspective
Learning vision-based agile flight: From simulation to the real world
Side-information in linear and nonlinear system identification
Analysis and design of MPC frameworks for dynamic operation of nonlinear constrained systems
From data and structure to models and controllers
Planning and Control of Uncertain Cooperative Mobile Manipulator-Endowed Systems under Temporal Logic Tasks
Stabilization of 1D nonlinear hyperbolic systems by boundary controls
Chordal Sparsity in Control and Optimization of Large-scale Systems
Observer design for nonlinear systems
Resource-aware and Resilient Control with Applications to Cooperative Driving