Alternatives to Construction of 26 schools (13 JSS and 13 SSS)

Construction of Livestock Development and Training Institute

Procurement and installation of solar light for 85 schools including existing 55 schools for digital learning and 30 schools for new construction

Construction of 52 Secondary Schools, including (26) Junior Secondary Schools and (26) Senior Secondary Schools, Lots 1 to 6 in Niger State.

Construction of 25 Junior and 25 Senior Secondary Schools in Yobe State

Supply and installation of solar system to selected School in Niger State

Procurement of Digital Literacy Devices and Installation for 55 Schools [20 All-in-1- Computers, Motorized projector screen, printer, and 1 Projector mounting] across the 13 LGAs [PHASE 1 & 2]

Construction of 42 Secondary Schools, including (21 Junior Secondary Schools and 21 Senior Secondary Schools).

Procurement and Installation of Solar power in Schools:(Procurement of Solar and Installation of 10KVA for 21 New SSS and 5KVA for 21 New JSS, Provision of 100 Nos 10 KVA Solar Power in 100 Digital Literacy Schools - 65 schools Phase I and 35 schools PII)

Expected Outcome: Practical chip design experience integrated into education at multiple levels; at least 1,000 students across Europe completing funded tape-outs over 4 years; stronger reskilling pathways for students from adjacent fields; and a sustainable, continent-wide pipeline of chip design talent to support Europe's semiconductor ambitions. Scope: This call funds a comprehensive Chip Design Skills Programme to lower barriers to entry in chip design and tape-outs. At least 60% of the budget must support hands-on tape-out experiences (via multi-project wafers) for university and secondary school students.

Expected Outcome: Europe's first long-term VET provider network for semiconductors; a larger and more diverse pool of qualified technicians; and increased intra- and extra-EU mobility of students and workers to fill skills gaps in semiconductor facilities. Scope: This call supports the establishment of a European-level federation of Vocational Education and Training (VET) providers focused on semiconductor industry roles. Projects should develop industry-aligned micro-credentials and reskilling programmes, with a strong emphasis on workers transitioning from other industrial sectors and on cross-border recognition of qualifications.

Expected Outcome: project results are expected to contribute to all of the following outcomes: complementing national programmes whose purpose is to ensure a sufficient and competent nuclear workforce. The action will generate EU added value by supporting coordination, sharing best practices and creating a single point for nuclear education and training at the EU level; enhancing nuclear careers by promoting Euratom competences in the fields of nuclear safety, security, safeguards, radioactive waste management and radiation protection; making them available through a higher number of attractive education programmes; and expanding mobility opportunities and job perspectives (including giving access to world-class infrastructure); advancing nuclear education and training through strategic actions for the safe implementation of AI; making nuclear education more attractive and disseminating information to communities of various profiles and ages, including for experienced professionals from adjacent industries (e.g. manufacturing industries) interested in continuing developing their career in the nuclear field. Scope: the purpose is to support the programme’s objective of maintaining…

Expected Outcome: Proposals are expected to contribute to one or more of the following: Robust AI models and systems capable of resisting different classes of adversarial manipulation; Innovative defence mechanisms for AI models and systems against new attack families; Methodologies for detecting and mitigating attacks, such as data poisoning, backdoor exploitation and misclassification; AI systems leveraging privacy-enhancing technologies that maintain data confidentiality and regulatory compliance, enabling trusted in-house AI deployments (e.g., for governments and enterprises). Scope: The increasing reliance on AI in cybersecurity, critical infrastructure, and decision-making processes raises concerns about the security and robustness of AI systems. As AI systems become more prevalent, they are increasingly targeted by adversarial attacks that manipulate inputs, compromise training data, or introduce hidden vulnerabilities. This topic aims to strengthen the resilience of AI systems and algorithms against various threats and attacks, such as enhancing their resilience against adversarial attacks, backdoor injections, and data poisoning. Proposals should develop real-time anomaly…