Apply for a fully funded PhD position in nanotechnology & advanced materials at the Centre of Polymer Systems (CPS), Tomas Bata University in Zlín, Czech Republic. If nanocomposites, EMI shielding and their use in energy and healthcare technologies are your thing, then this is a programme you should seriously consider.
The Centre of Polymer Systems is advertising for a 4-year PhD position where the research will be centred around the design and characterisation of novel nanocomposites used to shield or absorb electromagnetic noise generated by today’s devices. What I liked about this call is that there are no materials as such – only solutions to practical problems arising from smart infrastructure, wearables and next-gen electronics.
Why PhD in Nanotechnology
The Centre for Polymer Systems is an institute of research at Tomas Bata University which consists of physicists, chemists, materials scientists and engineers all together in one place. The PhD programme will be managed by Dr Raghvendra Singh Yadav, who is a senior scientist and team leader having significant experience in developing materials for EMI shielding applications and nanocomposites.
Those who work in fields of energy storage and sustainable materials have understood the concept of EMI very well. In today’s scenario, as the gadgets have become very powerful and interconnected, they can get damaged due to electromagnetic radiation. Also, this unwanted electromagnetic radiation can be harmful to human health. This makes the challenge of engineering a material that would silence this noise much more important.
PhD in Nanotechnology Research focus
The essence of the PhD course includes the creation of the next generation of nanocomposites for shielding against and absorbing microwaves. It is not enough just to shield, it is important to create such material that can interact with the waves of electromagnetic field in a certain way.
Such material can be used in applications such as the following:
- Flexible electronics and wearable devices
- Smart building components and infrastructure materials
- Energy systems and power electronics
- Medical technologies and sensor systems
Combining EMI-active materials with energy storage or sensing layers within one multilevel device can be promising.
Six thesis topics you can choose for PhD in Nanotechnology
One of the strengths of this programme is the variety of thesis directions. Here’s a quick overview, with my own interpretation of each:
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Advanced nanocomposites for EMI shielding and electro-/photo-thermal performance, enabled by AI
This research area combines machine learning with material engineering. Consider data-based formulation optimisation, shielding effectiveness prediction, and control of thermal behaviour due to electrical or optical stimulation.
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Next‑generation asymmetric multi‑layered polymer nanocomposites (harsh‑environment tolerant)
In this case, the goal is to create multi-layered systems with a gradation of material properties. By selecting each layer properly, you can develop effective composite materials for specific frequencies and difficult operational environments.
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3D‑printed polymer nanocomposites for superior EMI shielding
For those who value freedom in designing, it sounds good. Additive manufacturing allows for complicated geometries and structures; thus, there are possibilities for creating lighter-weight and custom-made shields.
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Cement nanocomposites for broadband EM wave absorption in smart infrastructure
This research topic covers construction materials able to absorb electromagnetic radiation. It is about intelligent walls and structural elements that help achieve better EM compatibility and may include sensing.
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Smart fabrics/textiles nanocomposites for controllable low‑reflection EMI shielding
Ideal for individuals fascinated with wearable electronics and protective clothing. In this case, you would integrate functional fillers in textile materials, thus developing flexible, low-reflection shielding material suited for particular environmental conditions.
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Advanced rubber nanocomposites for EMI shielding
Elastomers are common components of most mechanical systems. Combining conductive and magnetic fillers with rubber materials, one may develop flexible EMI components, such as seals and gaskets.
Whatever the subject, you will definitely participate in design, manufacturing and characterisation activities, including the evaluation of the structure/morphology and thermal, electrical and EMI properties.
PhD in Polymer Materials for Light-Driven Catalysis at HIPOLE
What you’ll actually do as a PhD student
Over the 4‑year programme, your work will likely include:
- Development of nanomaterials and nanocomposites for meeting unique EMI/EM absorption specifications
- Preparation of the nanomaterials and nanocomposites as films, coatings, bulk materials, or 3D printed parts
- Measurement of their structure, thermal, electrical, magnetic, and frequency-dependent shielding properties
- Publication of your findings in high-impact journals and presentation at conferences nationally and internationally
- Submission of your PhD dissertation based on your experiments and models
If you already work with supercapacitors, batteries, or polymer-based energy devices, then it may be possible for you to look into how EMI-shielding layers and energy-storing components could be combined together, something that interests me personally.
Who they’re looking for
The call is aimed at candidates with:
- MSc degree in Applied Physics, Materials Science, Chemistry, Chemical Engineering, Nanotechnology, or a similar field
- High level of enthusiasm for magnetic and/or conductive nanomaterials, 2D nanomaterials, or polymeric nanocomposites
- Excellent command of the English language
- Independent research-oriented personality, yet also a team player
A previous publication record, experience with nanomaterials, processing of polymers, or advanced characterisation is an added advantage, but the essential thing is a real enthusiasm for research and getting involved in difficult multidisciplinary challenges.
Funding, facilities, and international exposure
This position is completely funded by a monthly scholarship of 25,000 CZK, which will be sufficient to make ends meet in Zlín. The department CPS provides modern laboratory equipment and analytical facilities for material synthesis and characterisation.
In addition to this, the programme also includes the following:
- International cooperation and projects
- Erasmus internships (up to 6 months) throughout Europe
- Participation in conferences that will help create your academic portfolio
If you are interested in obtaining not only a well-developed scientific background but also international experience, this is an excellent offer for you.
How to apply (and key dates)
If this sounds like a good fit, the first step is to contact Dr. Raghvendra Singh Yadav with your CV and a motivation letter @ [email protected]. In your letter, I’d suggest:
- Briefly outline your academic and research background
- Explaining why EMI shielding, nanocomposites, or AI-driven materials design appeal to you
- Identifying which of the stated thesis topics is the most interesting one for you (why?)
- Linking your prior experience in energy storage, polymers or nanomaterials to the aims of this programme
Key dates for the 2026-2027 entry:
- Second deadline: 31 July 2026
- Third deadline: 30 September 2026
As usual, it is better not to leave things till the last moment. It is advisable to prepare your CV, motivation letter, academic transcripts and publications list in advance.
Frequently Asked Questions (FAQ)
1. Is this PhD position fully funded?
Yes, the position includes a scholarship per month (approximately 25,000 CZK) that is paid for the entire 4-year period of PhD studies, assuming you have full-time enrolment in the programme and good academic performance.
2. Do I need a background specifically in nanotechnology to apply?
No, not always. The applicant should have a master’s degree in applied physics, materials science, chemistry, chemical engineering, or a relevant discipline. However, if you have strong basics in materials science and an evident interest in nanomaterials and EMI shielding, you will still be considered a suitable candidate despite working in a related but slightly different field.
3. Can my current research in energy storage or electrochemistry be relevant to PhD in nanotechnology?
Yes, there are many topics for theses that fit well between energy devices and EMI shielding and include polymeric nanocomposites, smart fabrics, and 3D printing. You can highlight your experience in electrochemical testing or activated carbon, or any other sustainable material, to make your contribution to the topic more valuable.
4. Do I have to choose my thesis topic before applying for PhD in nanotechnology?
There is no need for you to have your topic decided at the application level; however, it would be better if you mention 1-2 of your topic preferences in your motivation letter. That way, you would demonstrate that you have paid attention to the call.
5. How important is prior publication experience?
Publications can be considered an asset but not a mandatory criterion. The selection committee will consider your overall profile, including your academic performance; research work; technical expertise, and motivation letter and its clarity, as well as the compatibility of your interests with the programme.
6. What kind of projects will I work on day‑to‑day?
This will include experiments involving synthesis, processing, and characterisation of nanocomposites; data analysis; and literature review. The other tasks include modelling and optimisation using artificial intelligence for property prediction depending upon the research topic.
7. Is knowledge of artificial intelligence or machine learning required for PhD in nanotechnology?
This is relevant only to the AI-assisted nanocomposites topic, and even here, proficiency in materials science is what is important. Knowledge of basic data analysis and desire to learn how to use ML tools can be useful but is not mandatory.
8. What is the language of instruction and research for PhD in nanotechnology?
English is the language of instruction in the lab and in the PhD dissertation. You need to be able to read the scientific literature, write the manuscript, and present your research in English.
9. Do I need to know Czech to study and live in Zlín?
Not at all. Many international PhD students live in Zlín and don’t speak Czech. It is quite possible to live there without learning Czech; however, knowledge of a few phrases may come in handy.
10. Are there opportunities for international collaboration or mobility?
Absolutely. This course provides you with the opportunity to do internships under the Erasmus internship program (up to six months). There are also other chances where you can attend workshops or conferences for presenting your work and networking.
11. What should I highlight in my motivation letter for PhD in nanotechnology?
Focus on:
- Your education history and important skills
- Your research experience (project, internship, thesis)
- What attracts you about EMI shielding, nanocomposites, or materials design using artificial intelligence
- Connection of your previous work to one or more of the following thesis topics
- Your plans and why this PhD is relevant for them
12. How competitive is the selection process for PhD in nanotechnology?
Although competition levels vary from year to year, expect some very good candidates to come from various nations. Your motivation letter must be convincing and concise, your CV well thought-out, and your research interest evident.
13. Can I contact the supervisor before submitting application for PhD in nanotechnology?
Yes, and you are even encouraged to do so! This way, you can discuss the expectations, your future thesis topic, and check whether your profile suits the programme, even before submitting your application.
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