Luna qualified internships
Ten Inte1 project pathways translate the research archive into bounded curricular work. They are demanding, selective, and activated only after project alignment and university or promoting-entity approval. Ten pathways do not mean ten placements are available at the same time.
Standard proposal framework
The Inte1 proposal defines the work package. The final ConI agreement, the promoting institution, insurance, supervision, and candidate-specific variables govern activation.
Luna project catalogue
Each Inte1 dossier defines one possible educational work package. Publication is not a promise of a seat, start date, supervisor capacity, or simultaneous activation; every candidate and project still pass an individual review.
System architecture, requirement allocation, interfaces, configuration control, cross-domain trade-offs, integration gates, and design reviews.
Technically broad STEM profile with disciplined requirements, traceability, configuration, and multidisciplinary review skills.Envelope, frame, payload budget, lift, tether geometry, wind scenarios, and mechanical prototype dossier.
Mechanical, aerospace, civil or structural engineering, mechatronics, applied physics, or equivalent.Sensors, embedded control, telemetry, warning logic, calibration, and hardware-in-the-loop testing.
Robotics, electronics, mechatronics, computer or automation engineering, with microcontroller experience.Python simulation, parameter schemas, lift, drag, thermal and optical models, tests, plots, and validation tools.
Computer science, software, data science, applied physics, or engineering with strong Python skills.Lux coverage, diffusion and glare, LED efficiency, helium cooling, thermal thresholds, and measurement protocols.
Applied physics, energy, optical, mechanical or aerospace engineering, or materials science.Envelope films, helium barriers, optical diffusion, heat sealing, supplier evidence, repair, and quality controls.
Materials science, manufacturing, mechanical or chemical engineering, or industrial design engineering.Space planning, R&D and fabrication workflows, equipment placement, 3D printing, field-test interfaces, safe commissioning, and project delivery.
Architecture, civil, building or industrial engineering, spatial design, laboratory planning, occupational safety, or project management.Design of experiments, calibrated instrumentation, test rigs, photometric and structural measurements, uncertainty budgets, traceable protocols, and model-to-test comparison.
Test or measurement engineering, applied physics, mechatronics, aerospace, mechanical or electrical engineering, or equivalent data-acquisition experience.Requirements traceability, hazard analysis, operating limitations, site and airspace checklists, authority evidence, technical manuals, and auditable compliance workflows.
Aerospace, systems, safety or regulatory engineering, applied risk analysis, technical law, or an equivalent interdisciplinary profile.Transportable and fixed-site configurations, setup ergonomics, modular interfaces, serviceability, repair, deployment workflows, responsible user guidance, and design-for-manufacture evidence.
Industrial or product design, mechanical or production engineering, human factors, service design, or equivalent prototype-to-product experience.Before applying
The public PDF helps you decide whether the project fits. Candidate data, university details, tutors, final hours, dates, insurance, and signatures remain candidate-specific and are completed through the protected process.
Technical preparation, institutional compatibility, supervision capacity, safety, and the selected work package are reviewed together.
For an on-site Luna placement, meals, local mobility, accommodation, or another practical support may be assessed case by case only when genuinely available and recorded in the activation documents. Accommodation always requires a separate lawful instrument. Support is never automatic, is not payment for activity, and never replaces the mandatory allowance for an extracurricular placement.
Because Luna projects are technically demanding, ColivingLiguria may coordinate the project dossier, ConI checks, and exchanges with the university or promoting entity more closely. This is administrative support, not a guarantee of approval, Erasmus funding, visa, or activation.
No student model certifies safety. High-power electrical work, helium or pressurised systems, tethered tests, and public demonstrations require explicit approval and supervision.
No perfect match?
Choose an existing project, propose an independent research plan, or register without a final topic. The private area records competencies and project preferences; activation still requires a complete written agreement.
Register for Luna