Arvacore Service

Chips JU proposal and consortium support for deep-tech teams

Chips JU proposal and consortium support for semiconductor, electronics, photonics and quantum projects across ECS R&I and Chips for Europe.

Chips JU proposals sit at the intersection of European technology strategy, collaborative R&D, industrial value chains and, for many calls, national co-funding or participation requirements.

Arvacore supports semiconductor, electronics, photonics, quantum and related deep-tech teams with call interpretation, consortium architecture, proposal development and final review.

Understand which Chips JU route you are entering

The Chips Joint Undertaking operates two broad pillars:

  • Electronics Components and Systems R&I (ECS R&I) for collaborative research and innovation across areas such as semiconductor technologies, AI hardware, edge computing, connectivity, cybersecurity, advanced packaging and photonics;
  • Chips for Europe Initiative actions supporting strategic capacity building such as pilot lines, design capabilities, competence centres, quantum actions and skills.

The application structure, funding mechanism, consortium requirements and role of national authorities can differ materially between calls. Proposal strategy needs to begin with the specific call documents rather than a generic Horizon Europe template.

Official source: Chips JU open and upcoming calls.

Where Arvacore can help

Call and topic interpretation

Translate the call text into technical objectives, expected contribution, value-chain needs, partner capabilities and proposal evidence.

RIA / IA positioning

Clarify whether the project is primarily establishing new knowledge and technical feasibility or moving toward higher-TRL industrial validation and integration, according to the specific action type and call.

Consortium architecture

Map technology roles across materials, devices, design, systems, software, validation, manufacturing, users and exploitation where relevant.

National co-funding logic

For calls involving Participating States, check the national funding landscape early. Partner eligibility and national support can affect whether the consortium is financially viable.

Work-package and interface design

Build a work plan that follows the technical value chain and makes dependencies, integration points, validation and risk visible.

Proposal integration

Coordinate technical inputs from multiple partners into one narrative rather than assembling disconnected partner text.

Final evaluator-focused review

Check call alignment, technical ambition, industrial relevance, partner roles, work-package coherence, risks and the route from R&D outputs to European capability.

Why Chips JU fits Arvacore's focus

Chips JU sits directly inside the deep-tech areas where Arvacore is intended to be strongest: complex technical projects, semiconductor and quantum ecosystems, multi-partner R&D and proposal-to-delivery execution.

The commercial objective is not to cover every possible European funding programme. It is to build depth where technical understanding materially improves the quality of the proposal and consortium design.

Preparing a Chips JU proposal?

Share the call identifier, action type, current consortium and technical concept. Arvacore will identify the smallest useful intervention before any paid work starts.

Request a fit check


Call conditions change. Always use the current Chips JU call page, specific Guide for Applicants, national funding information and Funding & Tenders Portal as the authoritative source.