MEMS Advanced Materials Modelling and Design Brookes 150th Anniversary Scholarship

MEMS Advanced Materials Modelling and Design Brookes 150th Anniversary Scholarship Faculty of Technology, Design and Environment The Department of Mechanical Engineering and Mathematical Sciences (MEMS) is pleased to offer an Oxford Brookes University 150th Anniversary Scholarship for an MPhil/PhD research., Faculty of Technology, Design and Environment The Department of Mechanical Engineering http://www.ischolarshipgrants.com/scholarship-by-country/uk-scholarships-grants/mems-advanced-materials-modelling-and-design-brookes-150th-anniversary-scholarship-20160113/,

PhD studentship in Northern Institute for Cancer Research: Understanding synthetic lethality of ATR...

PhD studentship in Northern Institute for Cancer Research: Understanding synthetic lethality of ATR... Value of award 100% of UK/EU tuition fees paid and annual living expenses of approximately £14,057 (full award) plus £2,500 from the industrial sponsor. A partial award covers fees at the UK/EU rate only., Value of award 100% ofÂUK/EUÂtuition fees paid and annual living expenses of http://www.ischolarshipgrants.com/scholarship-by-country/uk-scholarships-grants/phd-studentship-in-northern-institute-for-cancer-research-understanding-synthetic-lethality-of-atr-inhibitors-with-ddr-dysregulation-common-in-ovarian-cancer-20160113/,

MSc by Research in Leadership & Management – MSc by Research Studentship

MSc by Research in Leadership & Management – MSc by Research Studentship Cranfield University - School of ManagementSalary: Not specified, Application Deadline: 15th August 2016 Start Date: 26th September 2016 Eligibility: UK, http://www.ischolarshipgrants.com/international-students-scholarships/msc-by-research-in-leadership-management-msc-by-research-studentship-18-20160524/,

PhD Studentship - Engineering Soft Surfaces

PhD Studentship - Engineering Soft Surfaces School of Mechanical Engineering The interface established in any medical device/product is key to its success. In many cases hard, non-compliant materials are used in contact against soft viscoelastic biological materials. This results in patient pain, high failure rates due to soft tissue erosion and the need for future interventions clinical., School of Mechanical Engineering The interface established in any medical device/product http://www.ischolarshipgrants.com/scholarship-by-country/uk-scholarships-grants/phd-studentship-engineering-soft-surfaces-20160113/,

MSc by Research in Leadership & Management – MSc by Research Studentship

MSc by Research in Leadership & Management – MSc by Research Studentship Cranfield University - School of ManagementSalary: Not specified, Application Deadline: 15th August 2016 Start Date: 26th September 2016 Eligibility: UK, http://www.ischolarshipgrants.com/international-students-scholarships/msc-by-research-in-leadership-management-msc-by-research-studentship-17-20160524/,

PhD Studentship - Surface Design Approach against Fretting-Corrosion Degradation of Automotive Electrical...

PhD Studentship - Surface Design Approach against Fretting-Corrosion Degradation of Automotive Electrical... School of Mechanical Engineering This project strives to solve an application-driven problem of limited durability of automotive electrical connectors due to fretting-corrosion. Fretting-corrosion results from vibrations, variable humidity and temperature; it increases electrical contact resistance as corrosion products change the nature of the metallic interface., School of Mechanical Engineering This project strives to solve an application-driven http://www.ischolarshipgrants.com/scholarship-by-country/uk-scholarships-grants/phd-studentship-surface-design-approach-against-fretting-corrosion-degradation-of-automotive-electrical-connectors-20160113/,

PhD Studentship - Fabrication of Next-Generation Soft Popup Robotics

PhD Studentship - Fabrication of Next-Generation Soft Popup Robotics School of Mechanical Engineering The goal of this research is to advance printed-circuit MEMS ‘PopUp’ fabrication technology by exploring its integration into soft systems. This will build on our established link with Harvard University., School of Mechanical Engineering The goal of this research is to advance printed-circuit http://www.ischolarshipgrants.com/scholarship-by-country/uk-scholarships-grants/phd-studentship-fabrication-of-next-generation-soft-popup-robotics-20160113/,