# CELUS > CELUS is an AI-powered electronics design platform. Engineers describe requirements in natural language or as a block diagram, and CELUS agents automate component selection, schematic generation, and EDA handover. Component manufacturers and distributors connect their parts data so it reaches engineers and AI agents live, at design time, including over MCP. Key facts: the CELUS Design Platform turns requirements into validated schematics using CUBOs, reusable and validated circuit modules with structured functional and interface data. Designs export to common EDA tools such as KiCad. The platform is made by CELUS GmbH, Munich, Germany. Product sign-in: https://app.celus.io. Contact: https://www.celus.io/contact. ## Company - [Homepage](https://www.celus.io/): What the CELUS Design Platform does, how parts data connects to AI agents over MCP, and live design wins. - [About CELUS](https://www.celus.io/about): Company story, team, and mission to automate electronics design. - [Contact](https://www.celus.io/contact): Talk to sales or request a demo. - [Newsroom](https://www.celus.io/news): All CELUS news, product articles, tutorials, and partnership announcements. - [Slack community](https://www.celus.io/slack-community): Join the CELUS user community. ## Platform documentation - [Knowledge Base](https://www.celus.io/knowledge): Hub for documentation, design tutorials, FAQs, and platform release notes. - [What is a CUBO](https://www.celus.io/knowledge/what-is-a-cubo): The core CELUS concept, a reusable validated circuit module with schematic, specs, and complete implementation data. - [Explore CUBOs](https://www.celus.io/knowledge/explore-cubos): How to browse, filter, and select CUBOs on the platform. - [CUBO results](https://www.celus.io/knowledge/cubo-results): How to read the CUBO result view, including datasheet-level component information. - [Functionality structure for CUBOs and their specs](https://www.celus.io/knowledge/functionality-structure-for-cubos-their-specs): How CUBO functionality and specifications are structured. - [Interfaces, ports, specs, and connection validation](https://www.celus.io/knowledge/interfaces-ports-specs-and-connection-validation): How CELUS validates connections between functional blocks. - [Design Canvas](https://www.celus.io/knowledge/design-canvas): Working on the design canvas, where block diagrams become designs. - [What are functional blocks](https://www.celus.io/knowledge/what-are-functional-blocks): Functional blocks as the building elements of a CELUS project. - [What are links](https://www.celus.io/knowledge/what-are-links): Connections between functional blocks on the canvas. - [Design Assistant, natural-language design](https://www.celus.io/knowledge/design-assistant-accelerating-electronics-design-with-natural-language): Describing a design in plain language and letting the assistant build it. - [Design Assistant, text-based block diagrams](https://www.celus.io/knowledge/design-assistant-fast-track-your-block-diagram-creation-with-text-based-input): Fast-tracking block diagram creation from text input. - [Design Assistant, from hand-drawn or reference images](https://www.celus.io/knowledge/design-assistant-generate-project-from-hand-drawn-or-reference-images): Generating a project from a sketch or reference image. - [BOM (Bill of Materials) View](https://www.celus.io/knowledge/bom-preview): Reviewing and managing all components in a resolved project, with lifecycle, pricing, compliance data, and alternatives. - [Selection of component alternatives](https://www.celus.io/knowledge/selection-of-component-alternatives): Choosing form-fit-function alternatives directly within the platform. - [Output files](https://www.celus.io/knowledge/output-files): What CELUS exports, including schematics and EDA-ready project files. - [Complete your project](https://www.celus.io/knowledge/complete-your-project): Final steps from resolved design to handover. - [Project settings](https://www.celus.io/knowledge/project-settings): Configuring a CELUS project. - [Quicker project start](https://www.celus.io/knowledge/quicker-project-start): Shortcuts for starting a new design. - [Design Studio welcome screen](https://www.celus.io/knowledge/step-1-design-studio-welcome-screen): First steps in the Design Studio. - [What are featured projects](https://www.celus.io/knowledge/what-are-featured-projects): Ready-made example projects on the platform. - [Accessing the CELUS Design Platform](https://www.celus.io/knowledge/accessing-the-celus-design-platform): How to sign up and log in. - [System requirements](https://www.celus.io/knowledge/system-requirements-for-celus-design-platform): Supported browsers and system requirements. ## FAQ - [Who creates CUBOs](https://www.celus.io/knowledge/who-creates-cubo): Where CUBOs come from. - [Can I create my own CUBOs](https://www.celus.io/knowledge/can-i-create-my-own-cubos-and-upload-them-to-the-platform): Creating and uploading your own CUBOs. - [Can I request a CUBO](https://www.celus.io/knowledge/can-i-request-the-celus-team-to-create-a-cubo-for-me): Requesting CUBO creation from the CELUS team. - [Where does component information come from](https://www.celus.io/knowledge/where-do-we-get-information-about-our-components): Sources of the component data on the platform. - [Couldn't find a solution](https://www.celus.io/knowledge/why-couldnt-i-find-the-solution-i-was-looking-for): What to do when the platform returns no matching solution. ## Guides and articles - [DIY WiFi radio, step-by-step tutorial](https://www.celus.io/news/diy-wifi-radio-a-step-by-step-tutorial): Full walkthrough of designing a WiFi radio with the CELUS Design Platform. - [How to start a new RP2350 PCB project](https://www.celus.io/news/how-to-start-a-new-rp2350-pcb-project): Starting a Raspberry Pi RP2350 design in CELUS. - [RP2350 microcontroller family](https://www.celus.io/news/rp2350-microcontroller-family-simplifying-complex-choices-in-embedded-systems): Overview of the RP2350 family and how to choose within it. - [From rough idea to validated schematic](https://www.celus.io/news/from-rough-idea-to-validated-schematic-how-ai-transforms-component-selection): How AI transforms component selection. - [Reducing BOM cost early](https://www.celus.io/news/reducing-bom-cost-early-a-practical-walkthrough-with-the-celus-design-platform): Practical walkthrough of early BOM cost optimization. - [AI-driven circuit design](https://www.celus.io/news/ai-driven-circuit-design-celus-leading-the-way-to-smarter-engineering): How CELUS applies AI to circuit design. - [How AI is reshaping electronics design](https://www.celus.io/news/how-ai-is-reshaping-electronics-design): Industry perspective on AI in electronics design. - [Breadboard vs. PCB prototyping](https://www.celus.io/news/breadboard-vs.-pcb-prototyping-understanding-the-differences-and-the-advantages-of-pcb-design): Differences between breadboarding and PCB prototyping. - [Blueprint before wires](https://www.celus.io/news/blueprint-before-wires-why-every-hardware-project-should-start-with-a-blockdiagram): Why every hardware project should start with a block diagram. - [PCB layout with CELUS and KiCad](https://www.celus.io/news/pcb-layout-all-in-one-solution-with-celus-kicad): Taking a CELUS design through layout in KiCad. - [KiCad libraries export package](https://www.celus.io/news/kicad-libraries-exportpackage): What the KiCad export package contains. - [Getting started with Nordic nRF7002/nRF52 WiFi](https://www.celus.io/news/getting-started-nordicsemi-nrf7002-nrf52-wifi): Nordic Semiconductor WiFi design with CELUS. - [The 4 most important filters in Design Studio](https://www.celus.io/news/the-4-most-important-filters-every-engineer-needs-in-celus-design-studio): Filtering effectively when selecting solutions. - [How to achieve design wins](https://www.celus.io/news/how-to-achieve-design-wins): Design wins from the component manufacturer perspective. - [Why CUBO engagement is a smarter strategy for component manufacturers](https://www.celus.io/news/why-cubo-engagement-is-a-smarter-strategy-for-component-manufacturers): The manufacturer case for publishing parts as CUBOs. ## Partnerships - [CELUS and Siemens](https://www.celus.io/news/celus-siemens-collaboration): Collaboration with Siemens. - [CELUS and Renesas](https://www.celus.io/news/celus-renesas-collaboration): Collaboration with Renesas. - [CELUS and Alif Semiconductor](https://www.celus.io/news/celus-and-alif-semiconductor-partner-to-accelerate-edge-ai-and-iot-development): Partnership for edge AI and IoT development. - [CELUS and Blues](https://www.celus.io/news/celus-and-blues-partner-to-drive-next-generation-electronic-design): Partnership with Blues. - [CELUS and BrainChip](https://www.celus.io/news/celus-and-brainchip): Partnership with BrainChip. - [CELUS and Edge Impulse](https://www.celus.io/news/celus-partners-with-edge-impulse): Partnership with Edge Impulse. - [CELUS and Ultra Librarian](https://www.celus.io/news/celus-and-ultra-librarian): Partnership with Ultra Librarian. - [CELUS and Variscite with NXP](https://www.celus.io/news/variscite-nxp): Variscite system-on-modules based on NXP i.MX on the platform. - [CELUS joins NVIDIA Inception](https://www.celus.io/news/celus-joins-nvidia-inception-program): Membership in the NVIDIA Inception program. ## Optional - [Sitemap](https://www.celus.io/sitemap.xml): Complete machine-readable index of all pages, including all news articles and platform release notes. - [Platform release notes](https://www.celus.io/knowledge): Biweekly release notes for the CELUS Design Platform, listed on the Knowledge Base hub under New in Platform. - [Legal](https://www.celus.io/legal): Imprint, privacy policy, cookie declaration, and platform terms of use.