|
NMRC: Partnership with Industry - Commercial Exploitation
NMRC Develops Business Platform for its Intellectual Property Portfolio
The intellectual property (IP) portfolio of NMRC continues to expand with the filing of
eight additional patents in the last year. The Centre is now developing this resource with
the twin aims of maximising the transfer of its technology to industry and the generation
of license income to fund further research. Currently, the Centre's patents are being
promoted to technology brokers and companies in Europe, the US and Japan.
This activity is underpinning a new initiative within the Centre to generate an
entrepreneurial spirit for the benefit of the regional and national economy. It is
anticipated that this proactive focus will, over the coming years, result in an expansion of
the ongoing success of the centre in commercialising its IP portfolio through technology
transfer, licensing agreements, joint ventures and new start-up companies.
The following represents a selection of technologies recently added to NMRC’s IP
portfolio for which exploitation routes are actively being pursued:-
- Novel Method of Selective Activation and Metallisation of Materials
- Miniature RF Transceiver on Multi-chip Module
- Integrated Magnetic Components in Printed Circuit Boards
- Silicon-based High Sensitivity, Magnetic Field Sensor
- Thermal Imaging using CMOS-compatible Infra-red Sensor Arrays
- Toxic-Metal Sensors for Environmental Analysis of Water

Integrated windings and magnetic layers in printed circuit board may replace
would magnetic components in the future |
 |

CMOS-compatible infra-red sensor arrays for thermal imaging applications.
|
Patent Portfolio Management for Industry
The IC design and microelectronic manufacturing community continues to increase
its emphasis in both intellectual property protection and capitalisation. NMRC has
developed extensive capabilities in the area of "patent portfolio management" which
encompasses characterisation and analysis work on intellectual property. Projects at
NMRC during 1999 were concerned with DSP and mixed signal products.
|