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The International Iberian Nanotechnology Laboratory (INL) is seeking a Research Assistant (Biomedical Engineer) to join the Domingues Research Group. The role focuses on 3D bioprinting, cell culture, and regenerative medicine within the ERC-funded FORTIFy project, exploring tendon mechanobiology and neurotendinous interactions. This is a full-time 12-month contract (extendable to 36 months). Applicants should hold an MSc in Biomedical Engineering or related fields with proven expertise in 3D bioprinting, tissue engineering, and advanced cellular/molecular biology techniques.
🔍 Job Details
| Field | Information |
|---|---|
| Title | Research Assistant – Biomedical Engineer (3D Bioprinting & Microphysiological Systems) |
| Organization | International Iberian Nanotechnology Laboratory (INL) |
| Work Location | Braga, Portugal |
| Research Group | Domingues Research Group |
| Contract Type | Full-time, 12 months (possible extension up to 36 months, ERC project) |
| Application Open Date | 14 August 2025 |
| Application Deadline | 7 September 2025 (23h00 Lisbon Time) |
| Research Field | Biomedical Engineering, 3D Bioprinting, Regenerative Medicine |
| Required Qualification | MSc in Biomedical Engineering, Bioengineering, or related field |
| Required Experience | ≥4 years experience in bioprinting, biomaterials, cell culture, tissue engineering |
| Additional Skills | Hydrogel processing, molecular biology assays, international research experience |
| Salary & Benefits | Competitive salary, health insurance, family allowances, relocation support, 30 days annual leave |
| Country | Portugal |
| How to Apply | Online via INL application portal |
About the Domingues Research Group
The Domingues Research Group at INL pioneers the integration of nanobiomaterials, biofabrication, and regenerative medicine. With a special focus on musculoskeletal diseases, the group develops bioengineered grafts, multicellular models, and nanoscale therapies.
The team is leading the ERC FORTIFy Project, which investigates how nanosystems interact with cellular mechanosensors using 3D tendon-on-chip models. This research is at the frontier of tendon biology, immunomodulation, and mechanotherapeutics.
Key Responsibilities
As a Research Assistant, you will:
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Culture and manipulate primary and stem cells (e.g., tendon-derived stem cells).
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Isolate and decellularize tissue samples for hydrogel production.
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Perform 3D bioprinting to build in vitro musculoskeletal models.
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Apply molecular biology techniques such as qPCR, flow cytometry, immunofluorescence.
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Analyze cellular responses in multicellular models.
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Set up and maintain lab equipment.
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Write reports, publish research findings, and present at international conferences.
Candidate Profile
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Education: MSc in Biomedical Engineering, Bioengineering, or related field.
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Experience: At least 4 years in tissue engineering, regenerative medicine, and bioprinting.
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Technical Skills: Expertise in stem cell culture, biomaterial hydrogels, molecular assays, and data/statistical analysis.
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Other valued skills: Experience in interdisciplinary teams, international collaborations, and advanced 3D culture systems.
Benefits of Working at INL
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Competitive salary with tax benefits.
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Comprehensive private health insurance.
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Family allowances and childcare support.
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Relocation package for international hires.
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30 days of paid annual leave.
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Work within a cutting-edge, international nanotechnology hub.
Application Instructions
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Apply online via INL’s careers portal (click “Apply”).
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Submit the following mandatory documents in English (PDF):
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Cover letter
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Curriculum Vitae
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Academic and/or professional diplomas
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At least one reference letter
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Ensure all sections of the application form are completed.
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Deadline: 7 September 2025, 23h00 Lisbon Time.
⚠️ Incomplete applications or missing documents will not be considered.
Reference Links
Disclaimer
This is a summarized version of the official vacancy. For full eligibility criteria and conditions, always consult INL’s official job posting.
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