Join our great team funded by EPSRC to explore new bio-inspired engineering paradigms. We are Re-Imagining Engineering Design (RIED) encompassing everything from new concepts in geometric modelling to distributed manufacturing systems using cloud based systems and are building a team of 40 researchers in Queen’s Belfast, York and Loughborough.
We are now recruiting numerous PhDs at QUB.
Whether you are graduating and interested in continuing your studies, or have just graduated and looking for a challenge, or are more experienced and looking for something different… we are interested. You bring your talent, enthusiasm and energy and in return we’ll give you a great team environment, training in leading edge technologies and opportunities to work with leading academics and companies. We will provide you with interesting work and opportunity for self-development. Where it takes you is up to you!
Apply now – dead line is 28th February!
P.S. Check out our partners websites for other opportunities in QUB, Loughborough and York.
CHECK OUT OUR OPEN POSITIONS:
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GENES FOR GREEN POWER – ROLLS-ROYCE GENETIC DESIGN
Queen's University Belfast The aim is to significantly advance the state of the art in concept design of power and propulsion components in extremely rapid timescales.Belfast, UK -
DTPSCIDM: SECURE CONNECTED MANUFACTURING – INTEGRATING DESIGN AND CLOUD BASED DISTRIBUTED MANUFACTURING
Queen's University Belfast This PhD will develop constructs and algorithms to link design models in a CAD system with a suite of manufacturing facilities (3D printer, CNC etc.) and to explore how both design model and process are mutually affected by changes.Belfast, UK -
NOVEL GEOMETRIC MODELLING METHODS FOR GENERATIVE DESIGN SYSTEMS
Queen's University Belfast The aim of this PhD is to determine the most effective geometric modelling approach for Biohaviour and to provide a useable prototype capability to the project.Belfast, UK -
GENERATIVE DESIGN SYSTEMS FOR AIRFRAME STRUCTURES
Queen's University Belfast In this PhD project the appropriateness of a range of different geometric modelling approaches (e.g. digital geometry, level sets) will be evaluated for this application, along with tests on the different methods of parametrisation that can be applied to each.Belfast, UK -
EFFICIENT PRODUCT SIMULATION APPROACHES TO ENABLE BIO-INSPIRED DESIGN
Queen's University Belfast This PhD aims to determine how to maintain and deploy analysis representations of the design during development, returning information that informs design development.Belfast, UK -
HUMAN ROBOT COLLABORATIVE MANUFACTURE
Queen's University Belfast This PhD aims to develop a human-robot cooperation method for hybrid assembly systems for future aircraft production.Belfast, UK -
DTPSCIDM: GENERATIVE DESIGN SYSTEMS FOR JET ENGINES
Biohaviour - Queen's University Belfast This PhD will determine the most effective design approach for Biohaviour applications in aircraft engine structures and to provide a useable prototype capability to the project.Belfast, UK