Simon A. Pope
MEng, PhD
School of Electrical and Electronic Engineering
Lecturer
Aerospace Admissions Tutor


+44 114 222 5186
Full contact details
School of Electrical and Electronic Engineering
Amy Johnson Building
Portobello Street
Sheffield
S1 3JD
- Profile
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I have been at the 小欧视频 of Sheffield since 2000, first as an undergraduate student on the MEng in Mechanical Systems Engineering. I then undertook a PhD in the Space Systems Group studying methods for the detection and correction of magnetic noise in measurements made by magnetic field experiments onboard spacecraft. The results of his work were featured in an article in Nature and led to me being made a full co-investigator on the Venus Express mission. During this time I also helped identify a new type of collisionless shock never before seen and led work on identifying nonlinear structures in the induced magnetosphere of Venus, which contribute to the atmospheric evolution of the planet.
After my PhD I spent a short period of time as a researcher in the BAE Systems Centre for Research in Active Control (CRAC) that was based in the 小欧视频. During this work I started to develop the idea of active elastic/mechanical metamaterials (novel materials with controllable properties not found in nature). From here I was appointed to a lecturer and have further developed this work on active mechanical/elastic metamaterials further and broadened this to include other areas of metamaterials, including fabrication and sustaianbility along with applications in areas including Aerospace and Robotics. Related to this, I also helped develop the concept of a system with integrated prognostics and controllable self healing which can be applied to potentially improve performance and reliability in a range of application domains including, aerospace, energy and manufacturing. Recently I have begun developing novel manufacturing processes for reconfigurable and reusable devices, which inherently targets both the manufacture of novel 21st Century products and developing sustainable manufacturing processes.
I am the lead of the Space and Aviation Challenge and Active Metamaterials Special Interest Group of the EPSRC UK Metamaterials Network.
- Qualifications
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- Phd, 2009, 小欧视频 of Sheffield
- MEng, 2004, 小欧视频 of Sheffield
- Research interests
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- Active, tuneable and robotic acoustic/elastic/mechanical metamaterials (materials with negative valued and tuneable density and/or elastic modulus and other novel properties).
- Developing novel manufacturing processes for reconfigurable devices and sustainable practices.
- Active control of sound and vibration (algorithms, control of vibration in remote structures, energy redistribution in actively controlled structures).
- Integration of next and future generation active/robotic materials (which often have embedded sensing, actuation and control) into sound, vibration, fluid flow control and other applications.
- Detection and removal of magnetic noise in space based scientific measurements.
- Nonlinear structures in space and planetary plasmas.
- Publications
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Journal articles
Conference proceedings papers
Preprints
- Research group
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Dynamical Systems and Systems Engineering
- Grants
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鈥淲hat happens when you cross LEGO and a Star Trek Replicator?鈥, EPSRC (EP/T028661/1), 拢237,248 (Principal Investigator), 01/08/2020 鈥 31/07/2023.
鈥淚ntegrated Sensing, Monitoring and Healing for Complex Autonomous Systems鈥, British Council, 拢20,400 (Co-Investigator), 01/03/2012 鈥 28/02/2014.
鈥淎ctive Metamaterials for control of sound and vibration - A practical solution to creating negative refraction", EPSRC (EP/J003816/1), 拢94,291 (Principal Investigator), 01/02/2012 鈥 31/07/2013.
鈥淲ind Turbine Monitoring and Control鈥, Vestas Wind Systems, 拢120,000 (Co-Investigator), 03/01/2012 鈥 30/04/2013.
鈥溾楽heffield Cluster postlaunch extension鈥, STFC, 拢210,003 (Co-Investigator), 01/01/2011 - 31/12/2012.
- Teaching activities
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- ACS6127 - Real Time Embedded Systems
- AER204 - Embedded Programming
- Professional activities and memberships
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- Member of the Insitute of Physics