Assistant Professor research group

Organisation/Company:
University of Lodz

Field:
Biological sciences

Position:
Assistant Professor in the research staff group (R2)

Final date to receive applications: 18 Jan 2026

Country:
Poland

Contract type:
To be defined

Job Status:
Full-time (40 hours/week)

Starting Date: 18 Dec 2025

Department of Immunology and Infectious Biology, Faculty of Biology and Environmental Protection, University of Lodz will employ an Assistant Professor in the research staff group.

• Institution:
  Department of Immunology and Infectious Biology, Faculty of Biology and Environmental Protection, University of Lodz
• City: Łódź
• Hourly Dimension: full-time (period of employment: 01.04.2026 – 30.10.2026)
• Scientific Discipline:
  Biological sciences
• Announcement Date: 18.12.2025
• Final date to receive applications: 18.01.2026
• University Website:(Use the "Apply for this Job" box below)..pl
• Contact Email: aleksandra.budzynska.lodz.pl

gradient structure, hydroxyapatite, titanium, composites, MXenes, Laser Surface Texturing

We are looking for a motivated, open-minded, and committed Post‑doc to join our team for the OPUS LAP wave 24 project “Next‑generation bioactive, laser‑structured Ti/HAp/MXene biomaterials”, part of an international consortium focused on the development and biological evaluation of biomaterials for bone tissue regeneration. This role offers the chance to conduct research of significant practical and societal impact at the interface of biology, materials science, and regenerative medicine.

Key attributes: passion for science, meticulous work habits, openness to interdisciplinary challenges, and strong problem‑solving skills. Experience in cell culture, cell biology, biomedicine, and cytocompatibility or biocompatibility studies is an additional advantage.

• Employment in an interdisciplinary research project covering biomaterials, cell biology, and safety assessment – collaboration with leading research centres and external partners.
• Access to state‑of‑the‑art research infrastructure: confocal microscopy, flow cytometry, cell culture laboratories, molecular analysis platforms, university IT systems and platforms.
• Opportunity to pursue independent research ideas within project goals, initiate new thematic directions, and optionally participate in other projects of the Research Group.
• Funding for sports and cultural activities – discounted Fit Profit cards, cinema, theatre and museum tickets as part of university benefits.
• Social benefits package – access to the Social Benefits Fund (ZFŚS) for holidays, cultural events, childcare/preschool services.
• A modern, supportive work environment with flexibility, open communication, collaboration and skills development focus.
• Support for scientific career development: co‑authorship opportunities in JCR‑listed journals, participation in national and international conferences, and scientific mentoring.
• Friendly and engaged team valuing open communication, independence, and initiative.
• Administrative and project support by an experienced research project management team.

Full‑time employment contract for up to 10 months. Salary in accordance with NCN OPUS LAP WAVE 24 regulations.

The project “Next‑generation bioactive, laser‑structured Ti/HAp/MXene biomaterials” aims to develop an innovative Ti/HAp composite biomaterial that enhances durability and biocompatibility of surgical implants. Laser surface treatment and MXene materials will improve mechanical and tribological properties. Laser‑created microcavities and pores promote cell growth and serve as lubricant reservoirs. The project includes in‑vitro biological studies evaluating adhesion, proliferation, and differentiation of osteogenic cells on Ti/HAp composites with MXene.

Micro pores and cavities’ influence on cell growth and activity will be analysed to assess osteoconductivity, ultimately leading to next‑generation implants with higher quality and reduced replacement surgeries.