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घर / उत्पादन रूप / प्रौद्योगिकियों / Enabling Technologies

सक्षम प्रौद्योगिकियाँ

Enabling technologies are the base capabilities that make new products possible: semiconductors, sensors, batteries, wireless networks, advanced materials and artificial intelligence. This page helps you scan them, judge their maturity, learn the basics, prototype and search patents and research.

Scan the radar
Judge maturity
Search patents
Enabling technologies

आपको क्या करने की ज़रुरत है?

एक कार्य चुनें। प्रत्येक कार्ड आपको इस पृष्ठ के संबंधित अनुभाग पर ले जाएगा।

Scan the technology radar

Research and patent feeds on over 100 technologies, grouped by domain.

Judge how mature a technology is

Readiness levels, roadmaps, S-curves and feasibility studies.

Learn the fundamentals

PCB, LED, motor, magnet, plastics and power explainers.

Prototype and simulate

Circuit, 3D and radio simulators, digital twins and HIL.

Use AI in engineering

AI terms, prompts by discipline and model hubs.

Search patents and research

Free patent and publication search, and how to read a patent.

Find experts and suppliers

Electronics, embedded, sensor, RF and power specialists.

Get a quick answer

Enabling technologies, readiness, patents, digital twins and AI.

कहां से शुरू करें

Technology radar: latest research and patents by domain

Each link opens a page that lists the latest patents and journal publications on one technology, with a short summary of each entry. Use the tabs to scan a domain, and open a topic only when it matters to your product.

Judge how mature a technology is

A promising paper is not a product. Check the readiness level, look for a second source and a standard, and ask how the technology scales and what it costs at volume. Use a रोडमैप to place it in time.
Read about Technology Readiness Levels

Technology Readiness Levels at a glance

The nine-level scale used by NASA and by many funding programs. A higher level means more evidence from realistic conditions. See Technological Readiness Levels for the full guide.
स्तरWhat it meansTypical evidence
TRL 1Basic principles observedScientific papers and observations
TRL 2Technology concept formulatedAnalytical studies of an application
TRL 3Experimental proof of conceptLaboratory test of a critical function
TRL 4Validated in the laboratoryComponents tested together in the lab
TRL 5Validated in a relevant environmentBreadboard tested in realistic conditions
TRL 6Demonstrated in a relevant environmentPrototype tested in realistic conditions
टीआरएल 7Prototype demonstrated in the operational environmentPrototype tested in real use
टीआरएल 8System complete and qualifiedQualification tests passed
टीआरएल 9Actual system proven in operationSuccessful use in real operation or production

Definitions follow the NASA scale. Other organizations adapt the wording to their own field.

Learn the fundamentals

Many technologies share a few building blocks: electronics, motors, magnets, plastics and power. These explainers give you the vocabulary and the design facts to talk with specialists and judge their proposals.
Read the PCB and electronic components vocabulary

Prototype and simulate

Test a concept cheaply before you commit hardware. Browser tools cover circuits, microcontrollers, 3D modeling and radio range, and a digital twin or a hardware-in-the-loop setup extends the test to the whole system.
Read the digital twin guide

Use AI in engineering

AI can draft, summarize, write code and suggest options, and it makes mistakes with numbers, units and references. Treat its output as a draft that you verify. These guides give ready prompts by discipline, and the tools pages list hubs for models and prompts.
Read the AI terms guide

Search patents and research

Patents and papers show what is possible and what is already taken. Search both before you commit to a technology. Read the abstract and the claims first, then the description.
Open the free patents search

Technology scouting rules that hold in practice

  1. Define the need before you scan the technology. A radar without a question is noise.
  2. Check the readiness level, not only the performance figures. A lab record is not a product. See Technological Readiness Levels.
  3. Look for a second source. A technology with a single supplier is a risk.
  4. Read patents for what is claimed and what is free to use. Start with how to read a patent.
  5. Prototype the riskiest part first, on cheap hardware.
  6. Use simulation to narrow the options, then confirm by test.
  7. Treat AI output as a draft. Verify numbers, units and sources.
  8. Follow the supply chain, regulation and standards of a technology as closely as its physics.
  9. Plan for obsolescence. Components and software have life cycles that are shorter than your product.
  10. Keep a short list of five to ten technologies to follow, and review it every quarter.

Find experts, suppliers and universities

आपूर्तिकर्ता और सलाहकार

विश्वविद्यालय, अनुसंधान और नौकरियां

संपादक की शीर्ष पसंद

Pages selected by the editor for this topic.

Enabling technology questions, answered

An enabling technology is a base capability that makes new products, processes or industries possible, such as semiconductors, batteries, sensors, wireless networks or artificial intelligence. End users rarely buy it on its own. See Market Pull and Technology Push for how technologies meet needs.

Use Technology Readiness Levels. Below TRL 6, expect more research and prototype work, and many programs require at least TRL 6 before they commit to product development. See Technological Readiness Levels.

Follow a short list of topics. Each radar page lists the latest patents and journal publications on one technology, with a short summary of each entry. Start from the radar above, then read in full only the few items that matter to your product.

Start with the abstract and the claims, because the claims define what is protected. Then read the drawings and the description to understand the embodiment. See 101 on How to Best Read a Patent.

A digital twin is a virtual model of a physical product or process that is kept in step with data from the real one, so that you can simulate, monitor and predict its behavior. See Digital Twin: Tips, Tools and How-to.

Large language models help with drafting, code, summaries and brainstorming, and specialized tools help with images, simulation and search. Verify every number, unit and citation. See The 10+ Most Important AI Terms और मैकेनिकल इंजीनियरिंग के लिए 25+ सर्वश्रेष्ठ एआई प्रॉम्प्ट.

Thermoplastics soften when heated and can be reshaped, so they can be molded again and recycled more easily. Thermosets cure into a cross-linked network and keep their shape under heat, but cannot be remelted. See थर्मोप्लास्टिक्स बनाम थर्मोसेट्स की तुलना.

Browser tools such as EasyEDA, और Falstad circuit simulator और यह Wokwi Arduino and ESP32 simulator let you design and test circuits without installing software.

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