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TRL
Research
Basic scientific principles observed
1 Define the technology:
Clearly define the technology or innovation being assessed, including its purpose and potential benefits.
2 Conduct a literature review:
Research the existing literature related to the technology to understand its feasibility and potential applications.
3 Evaluate the theoretical foundation:
Assess the underlying theory and concepts of the technology to determine its potential for practical implementation.
4 Determine the level of technical feasibility:
Analyze the technical feasibility of the technology, including the required infrastructure, resources, and expertise.
5 Assess the risks and consider the market demand:
Identify potential risks associated with the technology, such as technical, financial, legal, or environmental risks and analyze the potential market demand for the technology to determine its commercial viability.
Technology concept formulated
1 Define the problem:
Clearly define the problem that the technology is intended to solve, including any constraints or limitations that must be considered.
2 Conduct research:
Conduct research on existing technologies and solutions that may be relevant to the problem at hand. This research can inform the development of the technology concept.
3 Generate ideas:
Brainstorm potential solutions and ideas for the technology concept, considering factors such as feasibility, innovation, cost-effectiveness, market demand, and potential for commercialization.
4 Refine the concept:
Based on the evaluation, refine the concept for the technology, including the overall design, functionality, and potential applications.
5 Create a plan:
Create a plan for the further development of the technology concept, including milestones, timelines, and necessary resources. This plan should outline the steps required to advance the technology concept to the next stage of development.
Experimental proof of concept
1. Identify the technology:
The first step is to identify the technology that needs to be assessed for its maturity level.
2. Define the scope:
Define the scope of the technology and the specific objectives that need to be achieved at this stage.
3. Conduct preliminary research:
Conduct preliminary research to gather information about the technology, its principles, and the existing prototypes or models.
4. Develop a prototype:
Develop a prototype or a model of the technology based on the principles identified in the research.
5. Test the prototype:
Test the prototype in a laboratory or simulated environment to validate its functionality and performance.
Development
Technology validated in lab
1. Concept development:
The first step is to develop a comprehensive concept for the technology, including its critical functions and characteristics.
2. Design and development of components or breadboards:
Based on the concept, design and develop the necessary components or breadboards that are required for the technology.
3. Laboratory testing:
Conduct laboratory testing to validate the functionality and performance of the components or breadboards. This involves using simulations, models, and laboratory experiments to demonstrate that the technology can perform as intended.
4. Validation of critical functions and/or characteristics:
Validate the critical functions and/or characteristics of the technology through a combination of analytical and experimental means.
5. Analyze and evaluate the results:
Analyze the results of the testing and evaluate the performance of the technology in the laboratory environment. Identify any issues or limitations that need to be addressed, and refine the technology as necessary.
Technology validated in relevant environment
1. Define the validation criteria:
To start with component and/or breadboard validation, you need to define the criteria for validation that will ensure the functionality of the system. This includes identifying the relevant environment, such as temperature range, power supply, and other conditions that may affect the performance of the component or breadboard.
2. Select the testing tools:
Based on the validation criteria, select the appropriate testing tools and equipment to perform the validation. This may include instruments such as multimeters, oscilloscopes, or specialized testing systems.
3. Prepare the test setup:
Set up the test environment and the equipment according to the defined criteria. Ensure that the connections and wiring are correctly established, and any safety precautions are in place.
4. Perform the validation tests:
Execute the validation tests and record the results. This may include testing for functionality, performance, and reliability of the component or breadboard.
5. Analyze and report the results:
After completing the validation tests, analyze the results and compare them with the defined criteria. Record the results in a report, highlighting any issues or concerns that may have been identified. The report should also include recommendations for any necessary improvements or modifications.
Technology demonstrated in relevant environment
1. Define the system/subsystem requirements:
To start with the system/subsystem model or prototype demonstration, you need to define the requirements of the system/subsystem to ensure that it meets the desired functionality. This includes identifying the relevant environment, such as the ground or space, in which the system/subsystem will operate.
2. Develop the system/subsystem model or prototype:
Based on the defined requirements, develop a system/subsystem model or prototype that will meet the desired functionality. This may include creating 3D models or using computer-aided design (CAD) software to develop the model or prototype.
3. Prepare the testing environment:
Set up the testing environment according to the defined requirements. This may include replicating the ground or space environment, such as temperature range, pressure, and other conditions that may affect the performance of the system/subsystem.
4. Demonstrate the system/subsystem:
Execute the demonstration of the system/subsystem model or prototype in the relevant environment. Test for functionality, performance, and reliability of the system/subsystem, and record the results.
5. Analyze and report the results:
After completing the demonstration, analyze the results and compare them with the defined requirements. Record the results in a report, highlighting any issues or concerns that may have been identified. The report should also include recommendations for any necessary improvements or modifications.
Deployment
System model or prototype demonstration in operational environment
1 Develop the system prototype:
Based on the defined requirements, develop a system prototype that will meet the desired functionality. This may include creating 3D models, using computer-aided design (CAD) software, or building a physical prototype.
2 Demonstrate the system prototype:
Execute the demonstration of the system prototype in the operational environment. Test for functionality, performance, and reliability of the system prototype, and record the results.
3 Prototype development and testing:
Develop a prototype of the technology and conduct testing in a relevant environment to verify that it meets the requirements for TRL 7. This may include testing for performance, reliability, and durability.
4 Scale-up and system integration:
Once the prototype has been successfully tested, scale up the technology and integrate it with other systems and components to ensure that it can function as part of a larger system.
5. Demonstrate in an operational environment and validate performance:
Conduct a demonstration of the technology in an operational environment to ensure that it can perform as expected under real-world conditions. Validate the performance of the technology and evaluate the technology against industry standards and regulations.
System complete and qualified
1. Conduct field testing:
Conduct extensive field testing of the technology to validate its performance and reliability in a relevant environment.
2. Optimize and refine the technology:
Based on the results of the field testing, optimize and refine the technology to improve its performance, reliability, and efficiency.
3. Demonstrate in a relevant environment:
Conduct a demonstration of the technology in a relevant environment that closely replicates real-world conditions.
4. Validate performance in the relevant environment:
Validate the performance of the technology in the relevant environment and ensure that it meets the requirements for TRL 8. This may include evaluating the technology against industry standards and regulations.
5. Document and report:
Document the results of the field testing and demonstration, and report on the progress of the technology development. This may include creating technical reports, publishing research papers, or presenting at industry conferences./label>
Actual system proven in operational environment
1. Demonstrate and validate the performance of the technology in its final form:
Demonstrate the technology in its final form, under expected conditions and in its intended environment, to ensure that it meets all the required specifications and standards.
2. Complete the final design:
Finalize the design of the technology and ensure that it meets all the necessary specifications and standards.
3. Conduct system-level testing and validate the technology:
Conduct extensive system-level testing of the technology in its final form, under expected conditions, and in its intended environment and validate the technology to ensure that it meets all the required specifications and standards and that it performs reliably and consistently under all expected conditions.
4. Document and report:
Document the results of the system-level testing and validation, and report on the successful completion of the technology development. This may include creating technical reports, publishing research papers, or presenting at industry conferences.
5. Commercialize the technology:
Prepare the technology for commercialization, including manufacturing, marketing, and sales. This may include obtaining regulatory approvals, developing a marketing strategy, and establishing partnerships with manufacturers and distributors.