Targeted R&D Grant. 16 Sep 2014

Transcription

1 Targeted R&D Grant 16 Sep 2014

2 Targeted R&D Grant Announcement Collaborative Research in Engineering, Science and Technology (CREST) is a company established to spearhead Research & Development, Talent Development and Commercialization in the effort to accelerate economic growth of the Electrical and Electronic Industry in Malaysia. We offer R&D grants for collaborative research projects between industries and universities in various science and engineering disciplines relevant to the E&E sector. The objective of Targeted R&D Grant is to promote targeted research in key growth areas in LED/Solid State Lighting, Internet of Things (and Embedded Solutions), and IC Design clusters. The targeted research projects will drive new technology development and innovation (products, solutions) for intended market verticals. These will be shaped by the Technology & Market trends Input from industry and academia partners.

3 Targeted R&D Grant Announcement It is now open! CREST is pleased to invite you and research partners to the CREST Targeted R&D Grant Briefing session below. Date Venue Time 22 September 2014 Collaborative Research in Engineering Science 3.30pm 5.00pm & Technology (CREST) Synergy Room Block C, Ground Floor, No. 10 Persiaran Bukit Jambul, Bayan Lepas, Penang. 23 September 2014 Universiti Teknologi Malaysia (UTM) 10.00am 11.30am Bilik Kuliah 2, Block N24 UTM Skudai, Johor. 25 September 2014 Monash University Malaysia 10.00am 11.30am Jalan Lagoon Selatan, Bandar Sunway Selangor Darul Ehsan 25 September 2014 Universiti Malaya (UM) 2.00pm 3.30pm Auditorium Asia - Europe Institute (AEI), Jalan Universiti, Kuala Lumpur, Wilayah Persekutuan Kuala Lumpur

4 Targeted R&D Grant Announcement Submission of Concept Paper must be made in hardcopy and softcopy before 15 October 2014 to the address below: Collaborative Research in Engineering, Science & Technology (CREST) Block C, Ground Floor, No. 10 Persiaran Bukit Jambul, Bayan Lepas, Penang.

5 Targeted R&D Grant WHY TARGETED RESEARCH?

6 How we drive industry-academia collaboration towards commercialization Collaboration Partners Metrics (5 cycles) 22 of 33 participating companies are local

7 How we drive industry-academia collaboration towards commercialization R&D Summary Collaboration partnership ranges from 1-to-1 (80%) to 1-to-Many (20%) partners in same project Top 10 technology domain areas thermal management, IC Packaging, IC & FPGA Design, predictive engineering, energy harvesting & management, test development, optics, PCB design, sensors, signal processing (audio, digital) Emerging technology areas audio video analytics, large area electronics, visible light communication Higher impact to sector growth can be realized through clustering!!!

8 Solid State Lighting Homes, Transportation, Consumer Devices How we drive industry-academia collaboration towards commercialization Clustering Strategy Higher impact to sector growth can be realized through clustering along market, technology, sector clusters III-V Semi Materials Fab Optics CIM Thermal interface Targeted Cluster Lumens Research Approach WLP Luminaire Coordinated approach in developing solutions in relevant technology Encapsulation Power domains to serve specific market Mgmt. needs IC Driver Analytical, Characterization, Vision Inspection

9 Targeted Research Initiative Existing R&D Grant (Bottom-Up ) Targeted R&D Grant (Top-Down) Uncoordinated/themed projects proposed by industry Support industry innovation needs Disparity outcomes create pockets of excellence Focus on selected clusters; LEDs, Internet of Things, IC Design Support key CREST innovation initiatives Concentrated research areas maximise & synergise outcome in focused areas Existing R&D Grant Govt. 50 : 50 Industry Collaborators Own IP Targeted R&D Grant More than 50% Govt Funding (case by case) Joint IP Ownership with CREST, or OPEN IP

10 Alignment to CREST E&E Roadmap Phase 1: Seeding Phase 2: Cluster Focus Phase 3: Take Off R&D 61 R&D Grants 33 companies, 14 academic institutions Continuous R&D Grant programs Optoelectronics (LED Epitaxy, LED apps, SSL) 1 Embedded & Internet of Things (healthcare, wearable, mfg.) 2 Phase 2-3 Strategic Plan Market-driven Cluster-focus Innovative Solutions Technology Domain Blocks Research & Development Healthcare, Manufacturing, Lighting, Transportation. Wearable, Large Area / Organic Electronic, CNT/Graphene Embedded Solutions, Ubiquitous Computing, Augmented Reality Wireless/BB/LTE Communication Sensors Physical, Chemical, Bio, Optical The next 3 years Big Data, Network Security, Cloud Services Advanced Energy harvesting/storage/transmission UI/UX specific/defined SoC/IC/FPGA 3

11 Phase 2: Market-driven cluster-focused cross-sector collaboration E&E as an Enabler CREST driving industry and academic partners - identify, develop and nurture solutions, startups to enable new solutions implementation in targeted markets

12 Phase 2: Market-driven cluster-focused cross-sector collaboration Epitaxy as key enabler to higher value LED and SSL solutions.

13 Solid State Lighting Homes, Transportation, Consumer Devices LED & Solid State Lighting Research Areas III-V Semi Materials Lumens Fab CIM WLP Power Mgmt. Optics Thermal interface Luminaire Encapsulation IC Driver Analytical, Characterization, Vision Inspection

14 Phase 2: Market-driven cluster-focused cross-sector collaboration

15 Phase 2: Market-driven cluster-focused cross-sector collaboration Driving connected healthcare solutions through patient - centric approach Targeted cluster development based on end market applications and use cases Development of technology components hardware, software, data analytics, apps and services; potential collaboration with Cambridge, Holst Center, Fraunhofer Institute Develop complex and integrated solutions to emerging wearable healthcare and wellness market, estimated at $6B by 2016 (Gartner), and $10B by 2020 (Mordor)

16 CHC R&D projects Growth & Dev. NCD-Diabetic NCD-CVS Remote Elderly Care Rehabilitation CD-Denggi CD-Malaria Wellness Connected Healthcare : Quick Wins R&D Projects Focus End to end solutions in Connected Healthcare IoT Applications (from Insights) Common Architecture Common Library Reference Model Define the common architecture / reference model/ library Baseline Open Interconnect Consortium (OIC), IoT-A model, or IEEE P Standard for an Architectural Framework for the Internet of Things (IoT) & expand from there. Patient Healthcare Record Database Devices Embedded systems (both wearable & non-wearable), internet capable devices FlexTTech

17 Connected Healthcare - Mid/Long Term Wireless Sensor Network (WSN) a building block of IoT A wireless Sensor Network (WSN) is an integral part of Internet of Things (IoTs) ecosystem. A wireless sensor network (WSN) of spatially distributed autonomous sensors to monitor physical or environmental conditions, such as temperature, sound, pressure, human body electrolytes etc. and to cooperatively pass their data through the internet cloud. One major challenge in a WSN is to produce low cost and tiny sensor nodes. Sensor Antenna + RF Transceiver Source : Wikipedia.org Energy Source / Battery Platform:- Rigid (PCB) Flexible (flex) Moulded/incorporated to existing devices Microcontroller + Electronic Circuits The WSN applications include:- Air pollution/water quality monitoring Environmental/Earth/Flood sensing Forest fire/landslide detection Health care monitoring Industrial / Process Monitoring & Management Machine health monitoring Natural disaster prevention Structural Health (bridges, building) Monitoring A typical wireless sensor platform

18 Phase 2: Market-driven cluster-focused cross-sector collaboration

19 Background (IC Ecosystem Overview) Economic Impact 1 New Design House / Lib Vendor 2 New Design House / Lib Vendor 1 FAB Library Vendors Gaps & Opps CHIPs SW & FW Housing/Casing GAPS TO DRIVE BUSINESS & OPPORTUNITIES FOR FAB 1. Range of qualified IPs / libraries 2. Skillsets / Talent Product Developer PCBA Chip New Product Developer 1 Other Comp Chip New Product Developer 2 Economic Impact 2

20 Targeted R&D Grant TERMS OF REFERENCE, PROCESS FLOW

21 Targeted R&D Grant Why Targeted R&D Grant? Promote Targeted Research in key growth areas Drive new technology development and innovation (products, solutions) for intended market verticals Shaped by Technology & Market trends Input from industry and academia partners Funding consideration Proposal must satisfy the specific requirements of cluster Development of novel solutions for Connected Healthcare use cases Development of specific technology components for targeted application for LED Development of IoT interoperable communication de-facto standard Project is evaluated based on its contributions to the greater cluster s shared vision. Higher consideration for projects that are pursuing Open IP

22 Targeted R&D Grant IP Ownership consideration If CREST contributes > 50% CREST will jointly own the IP with the intention to make this IP widely available for further exploitation Open IP Own by inventor, openly made available for public use; royalties up for discussion All subsequent users/licensee of the Open IP created must contribute back to the pool of IP. Either the subsequent users/licensees of the open IP will be required to pay a small royalty from profits made from the Open IP or The users/ licensees are to contribute the Foreground IP created from the Open IP, used back into the pool of IP.

23 Targeted R&D Grant Process 1. Communicate Shared Vision of targeted clusters Opens 15 Sep 2. Open for Proposals on solutions to reach the Shared Vision of Targeted Cluster(s); A 5-pager initial idea submission (refer to Concept Paper form) to CREST for alignment to the cluster objectives. 3. Selected proposals to be presented to CREST and Cluster Technical Committee, with further discussion on IP ownership and funding consideration. 4. Shortlisted projects to be submitted for R&D Grant Review Process for technical assessment (using existing CREST R&D Grant Proposal Form), for recommendation for approval by BoD.

24 Targeted R&D Grant Projects (Top Down Focus) Identification Process CREST Working Group Submit Proposed Focus Areas Aligned with CREST Strategic Direction? No Rejected Yes CREST Board Member Review Eg. 19 June 2014 AGM Approved Focus Area Eg. LEDs, IoTs approved as Top Down Focus Areas

25 Targeted R&D Grant Projects Project Proposal Process Grant Applicant Must fulfil the criteria Meet T&C? No Rejected Yes Submit Concept Paper Aligned with Targeted Focus? Yes Technical Working Group to provide direction for alignment No Rejected Strategic Fit And Importance Project Review Committee Technical merit Operational merit Independent Committee consists of Technical Working Group (Eg. CHC-Technical Working Group, LED Cluster Technical Working Group) Recommendation for approval Yes No Rejected Project Approved Crest Board Members

26 Targeted R&D Grant Announcement It is now open! CREST is pleased to invite you and research partners to the CREST Targeted R&D Grant Briefing session below. Date Venue Time 22 September 2014 Collaborative Research in Engineering Science 3.30pm 5.00pm & Technology (CREST) Synergy Room Block C, Ground Floor, No. 10 Persiaran Bukit Jambul, Bayan Lepas, Penang. 23 September 2014 Universiti Teknologi Malaysia (UTM) 10.00am 11.30am Bilik Kuliah 2, Block N24 UTM Skudai, Johor. 25 September 2014 Monash University Malaysia 10.00am 11.30am Jalan Lagoon Selatan, Bandar Sunway Selangor Darul Ehsan 25 September 2014 Universiti Malaya (UM) 2.00pm 3.30pm Auditorium Asia - Europe Institute (AEI), Jalan Universiti, Kuala Lumpur, Wilayah Persekutuan Kuala Lumpur

27 Targeted R&D Grant Announcement Submission of Concept Paper must be made in hardcopy and softcopy before 15 October 2014 to the address below: Collaborative Research in Engineering, Science & Technology (CREST) Block C, Ground Floor, No. 10 Persiaran Bukit Jambul, Bayan Lepas, Penang.

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