Germany KIT PhD Scholarship 2025 in Nanofiltration Membranes for Micropollutant Removal (Fully Funded)
Description
Are you an ambitious researcher with a master’s degree in chemical engineering, process technology, or environmental engineering? The Karlsruhe Institute of Technology (KIT) in Germany is offering multiple fully funded PhD positions focused on novel nanofiltration membranes for contaminant removal. If you’re looking to pursue a PhD in Germany and contribute to cutting-edge environmental research, this opportunity at the Institute for Advanced Membrane Technology (IAMT) is worth exploring.
About KIT and IAMT
Karlsruhe Institute of Technology (KIT) is one of Germany’s premier technical universities and research centers, known for its cutting-edge facilities and international collaborations. The PhD position is based at KIT’s Institute for Advanced Membrane Technology (IAMT)—a research powerhouse in sustainable water treatment and membrane science.
Degree Level
Germany KIT PhD Scholarship 2025 in Nanofiltration Membranes for Micropollutant Removal (Fully Funded) is available to undertake PhD level programs at Karlsruhe Institute of Technology.
Available Subjects
What You'll Do
The PhD project is largely experimental with some modeling elements and includes:
- Designing and operating advanced nanofiltration systems
- Studying contaminant-membrane interactions
- Analyzing membrane structure-performance relationships
- Publishing high-impact research and presenting at conferences
- Collaborating with internal and external experts
- Supervising master’s students and engaging in minimal teaching
Benefits
Funding: Fully funded
Why Choose This PhD Program?
Hosted at one of Europe’s top research institutions, this PhD opportunity at KIT centers around tackling a global challenge: the effective removal of micropollutants—including pharmaceuticals, steroid hormones, pesticides, and PFAS—from water using advanced membrane filtration technologies.
The research addresses key questions like:
- Can novel nanofiltration membranes completely eliminate diverse micropollutants?
- What mechanisms enable or limit effective contaminant removal?
- How can membrane design be optimized for higher selectivity and performance?
Eligible Nationalities
Open to applicants of all nationalities.
Eligibility Criteria
You must hold a Master’s degree in:
- Chemical Engineering
- Process Engineering
- Environmental Engineering (or related fields)
Preferred Skills:
- Experience in membrane filtration systems
- Experimental problem-solving skills
- Excellent English (German is a plus)
- Strong academic writing and communication abilities
- Valid driver’s license
Application Procedure
Submit the following documents via email to Prof. Dr.-Ing. Andrea I. Schäfer:
- Motivation letter
- CV
- Academic transcripts and certificates
- List of publications (with your contribution highlighted)
- Preliminary research proposal (4-year timeline)
- Contact details for 3 academic referees
FAQs about the PhD Position in Nanofiltration at KIT
1. Is the PhD position at KIT fully funded?
Yes, the PhD positions at the Karlsruhe Institute of Technology (KIT) are fully funded. Selected candidates will receive financial support for the duration of the 3-year research program, covering living expenses and research-related costs.
2. What qualifications are required to apply for this PhD opportunity?
Applicants must hold a Master’s degree in Chemical Engineering, Process Technology, Environmental Engineering, or a closely related field. Experience with membrane filtration systems and strong English proficiency are highly desirable.
3. What documents are needed for the PhD application?
Applicants should submit a motivation letter, CV, academic transcripts, degree certificates, list of publications (if any), a preliminary research proposal, and contact details for three referees. A valid driver's license is also required.
Final Thoughts
This is a highly competitive and fully funded PhD in environmental engineering in Germany, ideal for motivated researchers who want to make a global impact in water purification technologies. With opportunities for publication, teaching, and collaboration, it paves the way for a successful career in academia or industry.
