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I. General |
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The TECS is an R&D grant for the commercialization of a technology idea. Entrepreneurs
/ start-ups will need to demonstrate and explain the science or technology involved
in the project in the proposal. For the development of products or innovative ideas
which do not involve significant R&D in a specific science or technology area
or lead to development of a technology IP, they will not be considered for
support under the TECS.
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POC projects involve technological concepts that are still in the conceptualization
stage, meaning the technology or science behind the idea is not proven to be workable
in the context of the project as yet. They are typically further away from the market
and the entrepreneur or start-up needs to undertake R&D to prove that the idea
will actually work.
A POV project, on the other hand, builds on a technology idea that has already been
proven to work, potentially from a POC project, and undertake further R&D, including
the development of a first working prototype, which allows the start-up to validate
the commercial merit of the project and seek out external funding from potential
investors or reference customers. Such a task would be a POV project.
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Applicants may apply directly for the Proof-of-Concept grant or Proof-of-Value grant,
depending on the stage of development their technology is at. The 2 awards are administered
and evaluated independently.
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The intent of the TECS is to help entrepreneurs / start-ups bring good technology
ideas to the market. In view of this, it is important that the entrepreneur / start-up
understands and highlights the commercial potential and commercialization plans
for the project even at the POC stage.
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Yes, applicants can submit more than one project during the grant call. All proposals
will be evaluated based on their technical and commercial merits, and ranked against
other proposals received during the evaluation process.
Should more than one proposal be shortlisted, the entrepreneur / start-up will have
to demonstrate to the panel their ability to successfully carry out the projects
and see it through to commercialisation. The panel will take this into consideration
in making a recommendation for the grant award.
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You may do so if the previous funding received was for a different project. I.e.
The entrepreneur / start-up may receive a grant from another government agency for
project A, while at the same time receive the TECS grant for project B.
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Entrepreneurial researchers from the public sector research organizations
may apply for the TECS if they have plans to spin-off and commercialise the idea
upon successful completion of the POC. Otherwise, they may consider other sources
of research funding, either internally within the organization, or from grant schemes
administered by other bodies, such as the POC from NRF.
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Due to the large number of proposals that are received and assessed in each grant
call, we strongly advise applicants to provide the salient points requested within
the proposal template and abide by the page limit to facilitate the overall evaluation
process. Additional information which may be important to support the proposal may
be appended under “Supporting Enclosures / Attachments”.
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Mobility Technology - This covers wireless software and applications that
can be developed for the various platforms such as Linux, Symbian, Windows Mobile,
Palm OS, etc to enable access to mobile data and services.
Infocomm Security Technology - This covers infocomm security applications
and hardware that will protect data integrity and prevent security breaches.
Infocomm Infrastructure and Architecture - This covers broadly the network
infrastructure ranging from telecommunications networks to mobile, enterprise and
sensor networks. Architectures such as cloud computing, grid computing that enable
peer-to-peer computing and software / platform to be provided as a service may also
be supported.
Green Information Technology - This covers solutions which would result in
the efficient use of computing resources.
Cloud Computing - This covers solutions which leverage on computing resources
as a service, with companies simply paying for the resources they use without having
to invest in or maintain their own IT infrastructure.
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Seawater Desalination: - Technologies that can lower the energy required for seawater desalination.
Biological Processes: - Technologies that can reduce energy required and sludge produced in used water treatment.
Chemical Redox Technologies: - Technologies to improve water quality using regenerative catalysts.
Watershed Management: - Technologies to improve water quality and quantity management.
Water Supply Processes: - Technologies to assure water safety or reduce water demand.
Sensors & Instrumentation: - Technologies for protection of water quality in real-time.
Sludge & Brine Management: - Technologies that increase or maximise energy, water and resource recovery from sludge and brine
Climate Change: - Technologies for water management and adaption towards extreme weather events.
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