US-Ireland-Northern Ireland R&D partnership announced among the NSF-ERC for Revolutionizing Metallic Biomaterials in the US, CÚRAM at NUI Galway in Ireland and NIBEC at Ulster University in Northern Ireland

December 1, 2016

In November 2016, under the auspices of the US-Ireland R&D program, a Centre-to-Centre (C2C) tripartite collaborative partnership was formed among the National Science Foundation (NSF) -ERC for Revolutionizing Metallic Biomaterials (RMB) in the USA, the Science Foundation Ireland (SFI) Centre for Research in Medical Devices (CÚRAM) in the Republic of Ireland (ROI), and the Nanotechnology and Integrated Bioengineering Centre (NIBEC) at Ulster University in Northern Ireland (NI). The partnership is supported by industrial partners OrthoKinetic Technologies LLC, OrthoKinetic Testing Technologies LLC (Ortho Kinetics, Inc.), of Shallotte, NC, USA  and Ft. Wayne Metals (FWM) Ft. Wayne, IN, USA.

This tripartite partnership creates a unique convergence of world-leading expertise from academia and industry in the fields of materials processing, surface characterization, and computational modeling with the shared goal of developing bioresorbable magnesium (Mg) alloy systems for orthopedic implant devices.

Concurrent with the research, the C2C is envisioning study abroad opportunities and as well as transatlantic offerings of seminars and lectures to prepare the next-generation workforce for the global knowledge economy.

Ultimately, such inter-collaboration will promote “outside the box” thinking skills in the 21st century workforce, and will aid individuals to find permanent employment in a wide range of industrial and governmental positions. As such, this tripartite collaboration can have a strong impact on the next generation workforce, with particular emphasis on the students gaining opportunities for study aboard and to spend time conducting the research activities at the industrial partner research sites (USA, ROI, and NI).


C2C Inauguration as part of Science Foundation Ireland Science Summit 2016, November 14th at Croke Park, Dublin with Dr. France Cordova, Director of NSF and Prof. Mark Ferguson, Director General, SFI and Chief Scientific Adviser to Govt. of Ireland.

 

The overall aim of this US-Ireland R&D C2C Partnership collaboration is to develop bioresorbable orthopedic implants made from novel high strength, high ductility magnesium and magnesium alloy systems that can replace the permanent metals/metal alloys usually used in applications ranging from thin wires to thicker pins, rods and elastic stable intramedullary nails (ESINs), as well as meshes for the treatment of complex bone fractures. The C2C will use both existing high purity magnesium systems and new magnesium alloys that are currently being developed by the NSF-ERC-RMB using novel processing methods (patents pending). In addition to using them in their inherent state, C2C will employ advanced surface modification and coating procedures developed at NIBEC at Ulster University to control key interfacial properties for the clinical applications concerned and use bespoke finite element models developed at CÚRAM at the National University of Ireland, Galway (NUIG) to provide the data to target multiple applications by varying bulk and surface properties.

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2016-2017 Executive Summary

November 21, 2017

Research efforts within Engineering Research Center for Revolutionizing Metallic Biomaterials (ERC RMB) continue to mature and evolve, emphasizing: 1) synergy of research efforts across ERC RMB institutions and engineered systems (ESs) driven by the research strategic plan; 2) excellence in education; and 3) dynamic outreach activities that highlight the quality and diversity of the ERC RMB.

8th SLC Newsletter

November 21, 2017

Welcome to the 2016-2017 issue of the student-generated ERC-RMB newsletter. The ERC-RMB continued to enhance the scientific research progress while simultaneously impacting the local communities with STEMrelated activities. The Student Leadership Council (SLC) is pleased to report our Year 8 progress revolving around research activities, education and outreach efforts and student accomplishments.

Featured articles include updates on student travel and knowledge gained from both national and international conferences. The SLC hosted a standardization workshop at this year student retreat exposing the students to the importance of the development of working standards for characterization of bioabsorbable metallic materials. Graduated students have been able to successfully transition into careers in industry as showcased through the alumni highlights. This year there was momentous advancement made in student research as seen in the abundance of papers we published, with some selections showcased in this newsletter. The talent in our dynamic center was put on display in a number of recognitions and strong showings in competitions on both research and entrepreneurship.

As always, we greatly appreciate and commend the effort put forth by our newsletter team, editor Dandan Hong, as well as the continued support and excellent guidance from the ERC leadership team.

Download 2016-2017 SLC Newsletter (PDF, 3.53 Mb)