Eu Innovation Fund Technology Readiness Level – Technology Preparation (TRL) is an indicator for measuring maturity and the ability to use a developing technology. This is increasingly used to criteria, risk management and financing decisions around the world. Therefore, decision makers can find out if and when a product (product) technology (product) must be merged into larger systems (markets). At the current level at the surface level at the level at the level 9 level at the level at the level 9 level, at the appropriate point, the “readiness level” has been inspired so far.
Among the countries where this scale has adopted TRL, Canada, the United Kingdom, Australia and of course European countries. This scale is increasingly welcomed by many organizations, including but not limited to OECD, EU, NATO and NAMSA. So far, NASA has directed many “preparation levels” scales, including RRL (for software), cooperative tool level (for one system for processing with other systems), floating levels (for space vehicles) and project use). Due to specific needs, various institutions, risk capital and companies have also developed scales such as production level, business preparation index and investment supply level.
Eu Innovation Fund Technology Readiness Level
Today, the world of chaos is more common than ever, which many people call VUCA (unstable, insecure, complex, vague) or even Super Vuca (lively, unrealistic, crazy, amazing). Values are not made by separate individuals but by networks. Even customers participate in designing, creating and financing products and services. There are no traditional industrial boundaries. All multidisciplinary tasks are the national interaction industry. It is difficult to claim a competitive advantage and support. No value is based on a single technology or resource. SMEs (small and medium -sized companies) must be fast, flexible and agile. A company is not giving market share or customer satisfaction. Even large companies use start -up sets that emphasize valid learning and continuous innovation. Without these ways, it is impossible to disturb innovation. Otherwise companies not only limit their growth but also survive them.
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It needs a lot of discipline to convert really interesting ideas and technologies into a company that can continue its innovation for many years. – Steve Jobs
We need standard, systematic and common perspectives on innovation management, lower market risks, smart investment and proper product market designation. TRL is one of the most important tools that reinforces our decisions. In short, TRLs are not necessarily interested in the research and development process, but building a stage of innovation that is possible by research and development.
The image on the left shows TRL -Progress of a NASA technology. You can see two other TRL processes in these links: the main AHMS engine and friction welding. In addition to being part of the research partner, companies usually do not focus on TRL 1-3 activities, as only researchers are allowed to ignore commercialization-even innovative research and advanced SMEs usually start with TRL 4 activities. Therefore, it is especially expected to create innovative products instead of scientific explanations. It is generally accepted that innovation does not require invention and not all inventions change in innovation. Most successful inventors are actually integrating existing technologies and products in the best way to solve a specific customer problem. This still requires a lot of research and experimentation to expand the practical implementation of the well -known scientific principles. Then the most difficult SME challenge is designing, implementing and delivering an enchanting customer experience.
Science may never provide a better communication system than coffee rest. – Earl Wilson Meaning TRLS in SMES instrument
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This year, the European Commission (EC) began its new research and innovation program, Horizon 2020, which will continue until 2020. In this program, EC supports great importance to the impact, outcome and commercialization of research and innovation. Accordingly, the Horizon 2020 is trying to attract SMES companies more than ever from different aspects. Even a special SME tool to support activities close to market use. As you might guess, both Horizon 2020 and SME Instrument point to the stakeholders’ selection and subsequent support process. The SME tool is explicitly applicants who provide innovation projects that have reached TRL 6 as a minimum (or equivalent for non -technological innovations). As a thumb law, this means that the proposed activities must be done in an operating environment or production.
The MKB tool does not impose your TRL scale. This refers to the same scale, just like other financing and contact programs in Horizon 2020. The definitions of these Trls are generally listed in G, the only TRLS guide in the 2014-15 work program. However, the program also shows specific interpretations of the subject of TRLs in terms of appointment criteria or milestones to prove at each level. As a result, TRLs are more important and effective in financing and project management decisions.
TRL 5 Technology in the relevant environment (the industry -related environment in the case of important technologies) approved
TRL 6 Technology is shown in the relevant environment (industry -related environment in the case of important technologies)
Technology Readiness Levels (trls) Explained
TRL 9 is actually a proven system in the operating environment (rival production in the case of important technologies; or in space)
One exception: Conventional business on “Health, Population and Wellbeing” is that “TRLs are often used in the health sector … no mention of TrLs made in Societal 1 2015 application … especially the general reference to TRL in SME in SME.
Previous studies on TRL evaluation referred to some of the confusion among industry experts, some of which have been clarified below. These help professionals allocate the right TRL to their project at the right time, allowing project management and higher financing options to be used.
Almost all TRL -scale developers and users in various TRL 6 industries consider an important transfer of research and experimentation to real -life implementation and commercialization. This level calls for important decisions about how more investments to a project and each of them can be used. Different EC executives have also recognized its practical meaning. From TRL 6 forward, the stage of reaching the management of management is greater than that of research and development. This is a point in which individual technologies and independent elements are not discussed. Now only publicly evolving technology is given to the system or product, which emphasizes the total number of TRL and a TRL. There is no more space for conceptualization, but only to prove.
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Given the critical interest in evaluating a technology, the common understanding of TRL 6 is essential. This by defining technology, “the practical application of knowledge is to do a completely new work, or in a way that can be done in a completely new way.” Thereafter, descriptions of the most important terms are often used in TRL 6 discussions.
Protoxy: A physical or virtual model used to evaluate the technical use or military use of a particular technology or process, concept, item or final system.
Model: A functional shape of a system, which is generally reduced on a scale, close or with operating specifications. Models are hard enough to show the technical and operational features of the final system.
Demonstrations/Pilot: Aimed at technical and economic validity of a technology, product, process, service or new or improved solution in an operating environment (or almost operational).
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Market reproduction: The measures that focus the “first” program/implementation in the innovation market that have been shown before, but have not yet been used/implemented. “First” is at least in the new sense in Europe or at least for the program part. Multiple programs are not treated in the market.
Critical Technology Element: A new or new component on which a technology or system depends on achieving a successful progress or meeting a system operational threshold.
Operational Environment: An environment that meets all operational needs and final system specifications, including platform/packaging.
Main Technologies: Nanotechnology, Micro Electronics and Nano (including semiconductor), photonics, advanced materials, advanced production systems, biotechnology and other strategic drivers such as space.
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The TRLS manual for space programs, an important guide published by ESA, stated that the details of a TRE technology process (TRE) depend on the details of the system’s potential applications and applications. And only the following principles are displayed for specific technology adjustment. With TRL 6, the trail should not only include the technicians involved in these demonstrations, but also to engage potential customers. Track should actually be organized and implemented by the Customer Organization instead of the Technology Organization. The following is not formally required by Horizon 2020 or Call Instrument SME. However, ESA offers quite good tips on how to better detect TRL 6, even if the project does not focus on the SME tool.
Careful definition of “TRL 6”: With TRL 6, a representative model, prototype or system, which exceeds a cautious component level, must be tested in a relevant environment. If the only relevant environment to show progress is the operating environment, validation must be shown in the operating environment. In TRL 6, different (or many) technologies are usually integrated into manifestations, so a work model, sub -scalp (but scalable) system
