How do tomorrow’s industrial spaces look like? What technologies will allow us to sustainably manage industrial facilities, reduce business and environmental costs, while maximising the comfort of occupants? Through this S$5,000,000 grant call, JTC aims to support the development of cost-effective and productive solutions to increase the efficiency of buildings.
Complete your proposal using the template provided. Submit your proposal via button next to each Grant Call on the “Submission Process” webpage.
Refer to the table below that provides “Definition of TRL”. We are interested on proposal that involves R&D (TRL 3 to 4) and Test-bedding stages (TRL 5 to 7).
Yes. We will consider overseas or international industry partner. We will encourage the principal investigator to register their interest to collaborate with one of the JTC-I3 Research Centre (local research institutions based at NTU, NUS or SUTD). As test-bedding phase has to be conducted in Singapore within JTC’s developments, having a local collaborator is easier to manage the milestones. All travelling costs (in SGD) incurred shall be factored in during the submission of the proposal, stating the total funds required.
If the proposal does not meet the focus theme of this grant call but are relevant to the other themes under the JTC I3 Partnership Program initiative, it will still be considered and evaluated. Such other themes can be found at JTC corporate website at www.jtc.gov.sg
The proposal must include details such as technology acquisition, payment of licensing fees, and purchase of copyrights/ trademarks/ patents and explain how they are relevant to the proposed research and test-bed for the background IP where applicable. A copy of the quotation from the source may be required. Foreground IP developed at the R&D stage upon award of grant shall be jointly owned by the applicant and JTC.
Upon successful completion of project, JTC may consider to call for open tender for implementation/ deployment, subject to the relevance and applications of technologies/ solutions at that point in time.
Technologies tested shall be sustainable and will not have any adverse impact to Singapore’s environment. Technologies shall not involve the use of dangerous, hazardous and toxic chemicals. Technologies that are off-the-shelf or already available in the marketplace shall not be considered.
Grant is disbursed at a maximum of three defined milestones based on reimbursement. Total grant disbursed at each completion of first two milestones (if applicable) shall be capped at 50% of the total approved grant. Milestones are defined as completion of development phases of the proposal.
Yes. Grant will still be disbursed for the R&D phase (defined as phase 1) of the proposal, subject to the evaluation by JTC or JTC’s appointed agent.
All information submitted to the applicant company as a potential solution through this site should be considered non proprietary, non
confidential, and in the public domain. By submitting information on the submission form, you agree and warrant that:
• This information is non-confidential and publishing this information does not interfere with the intellectual property rights of any party other than yourself.
• You have the right to disclose this information to us, and we (and other third party as authorized by us) may use this information for any purpose as we deem appropriate.
• At a later stage, we (and any third party as authorized by us) may request confidential or proprietary information from you.
• You acknowledge and accept the conditions of use by sending us the information in the proposal.
|Phase||TRL||Definition (simplified definition for reader)|
|Commercialization||TRL 9||Actual system “flight proven” through successful mission operations
Ready for full production mode
|Test-bedding||TRL 8||Actual system completed “flight qualified” through test and demonstration (Ground or Flight)
Initial production and roll-out in real scenarios
|TRL 7||System prototype demonstration in space environment
Actual system developed at beta-version for validation
|TRL 6||System/subsystem model or prototype demonstration in relevant environment (Ground or Space)
Prototype validation in relevant environment (ground or space)
|Value Proofing||TRL 5||Component and/or breadboard validation in relevant environment|
|TRL 4||Component and/or breadboard validation in laboratory environment|
|Concept Proofing||TRL 3||Analytical and experimental critical function and/or characteristic proof-concept
Laboratory studies and analysis
|TRL 2||Technology concept and/or application formulated|
|TRL 1||Basic principles observed and reported|