Investigate Quantum Sensing and Computing Applied to ATM
SESAR 3 Joint Undertaking
Total budget for the call is 14,000,000 EUR for 2025.
Maximum project duration is 30 months.
To explore quantum computing applications in ATM.
To enhance the efficiency and safety of air traffic management.
Air traffic management authorities.
Aviation industry stakeholders.
Research organizations and universities.
Legal entities from EU Member States and Associated Countries are eligible.
Public bodies, research organizations, and higher education institutions can apply.
Eligible countries include all EU Member States and Associated Countries.
Non-associated third countries may participate under specific conditions.
Focus on quantum computing applications in ATM.
Projects must align with the objectives of the European ATM Master Plan.
Minimum grant amount is 500,000 EUR.
Maximum grant amount is 1,000,000 EUR.
Submission deadline is 2025-09-16.
Projects must be completed within 30 months.
No restrictions on prior grant funding mentioned.
No limitations on concurrent funding specified.
Proposal must include a detailed budget table.
Application forms must be submitted electronically.
Proposals will be evaluated based on excellence, impact, and implementation quality.
Threshold for individual criteria is 3, overall threshold is 10.
Evaluation results will be communicated approximately 5 months after submission.
Focus on innovative solutions and their potential impact on ATM.
Projects must include a plan for the exploitation and dissemination of results.
Ensuring compliance with EU regulations and standards.
Alignment with the European Green Deal and sustainability goals.
Projects leveraging quantum technologies may have a competitive edge in efficiency.
Strong collaboration among stakeholders.
Clear alignment with strategic objectives.
Failure to meet submission deadlines.
Inadequate budget justification.
Engage with potential partners early in the proposal process.
Ensure comprehensive understanding of eligibility criteria.
Highlight innovative aspects of the proposed research.
Demonstrate potential for significant impact on ATM efficiency.