PhD: Portable Multidimensional Particle Profiling

1000scholars; Utrecht; On-site; EUR 33,000 - 39,000; Full time

Benefits offered by this job

Salary up to €3,217 gross monthly

8.3% annual benefit

Holiday allowance

Travel expenses

Career opportunities

Job summary

1000scholars in Utrecht is seeking a PhD student to develop a novel approach for multidimensional particle characterization, building on flow cytometry and cellular heterogeneity. The project will translate laboratory methods to environmental particle analysis, combining flow cytometry, data analysis, and environmental monitoring, with a position in the Department of Respiratory Medicine.

The role emphasizes teamwork, initiative, and cross-disciplinary collaboration within the ExpACT project and

Qualifications

• You have (nearly) completed a MSc degree in a relevant area such as immunology, cellular biology, biophysics, analytical sciences, or related discipline and have experience with laboratory research.
• Experience with flow cytometry, cell culture, microscopy, molecular biology or quantitative data analysis is a plus.
• You are interested in developing and applying novel technologies and willing to learn across disciplinary boundaries.
• You collaborate with colleagues, share knowledge and skills, and contribute to a positive team environment.
• You plan and organize your work effectively and take responsibility for your own research.

Responsibilities

• Develop analytical and experimental approaches to distinguish particles based on multidimensional characteristics.
• Translate laboratory methods to environmental particle analysis and real-world monitoring.
• Collaborate across disciplines and communicate findings clearly.

Skills

Flow cytometry

Cell culture

Microscopy

Quantitative data analysis

Interdisciplinary collaboration

Education

MSc degree in a relevant area

Tools

Flow cytometer

Microscopy equipment

Job description

1000scholars in Utrecht is seeking a PhD student to develop a novel approach for multidimensional particle characterization, building on flow cytometry and cellular heterogeneity. The project will translate laboratory methods to environmental particle analysis, combining flow cytometry, data analysis, and environmental monitoring, with a position in the Department of Respiratory Medicine.

The role emphasizes teamwork, initiative, and cross-disciplinary collaboration within the ExpACT project and