PhD Student Position: New Concepts and Materials in Catalysis

PhD Student Position: New Concepts and Materials in Catalysis

Information reflects the retained October 2026 recruitment and research material. Current availability and individual admission/funding terms remain to be confirmed.

Quick Decision

This is an experimental catalysis doctorate about why modifiers, additives and activation steps alter selective (de)functionalization. Its distinctive attraction is the comparison of real catalysts with controlled model surfaces, using DRIFTS and PM-IRAS rather than only ranking catalyst performance. It is most relevant to chemistry, physics, materials or chemical-engineering graduates who want to connect spectroscopy with reaction mechanisms. The laboratory's research strategy supports that interpretation.

The advertised terms describe one funded, three-year position, closing 30 November 2026 and starting 1 December 2026. Salary and employment fraction are unspecified. The named vacancy’s current application availability remains unconfirmed; the official group recruitment page invites PhD enquiries but does not confirm this named vacancy. Confirm availability and a workable arrival date before investing in the full application. Chinese applicants should also ask about the institution's topic-specific clearance process.

Research Problem and Doctoral Work

The scientific problem is attribution: a modifier can change adsorption, block sites or alter catalyst activation, so a change in rate or selectivity does not by itself reveal the mechanism. The advertised work is to establish structure–property relationships through in situ and operando measurements on real and model catalysts. The precise catalyst formulation and reaction family beyond selective (de)functionalization remain unspecified.

Advertised component	Actual doctoral work	Interpretation and limit
Real and model systems	Design experiments and collect comparable measurements	Model control can help interpretation; transfer to a real catalyst must be demonstrated
DRIFTS and PM-IRAS	Track interfacial species under relevant conditions	Spectral assignment must be linked to reaction behaviour; a band alone does not establish an active intermediate
Modifiers, additives and activation	Compare treatment or composition effects	Separate preparation history from a stable material property
STM or AFM where appropriate	Add structural characterization if needed	Conditional tools, not universal entry requirements
Data analysis and communication	Build robust analysis workflows, write papers, present at conferences and assist student mentoring	Outputs are expected activities, not guaranteed publications

The group strategy explicitly treats transfer from ideal surfaces to real conditions as a challenge. A plausible research angle is therefore a matched experiment that distinguishes site blocking from a change in activation state. This is an analytical suggestion, not an advertised work package. The instrument inventory corroborates a suitable platform; project access and scheduling still need agreement.

School, Programme and Field Context

ECRC is a centre within Friedrich-Alexander-Universität Erlangen-Nürnberg in Germany, linking chemistry/pharmacy, chemical and bioengineering, physics and materials science. FAU is the university context; ECRC is a research centre rather than a separate degree-awarding university. The exact admitting faculty, doctoral designation and employment arrangement have not been specified for this post.

FAU's official 2026 Shanghai subject-ranking account places Chemistry tenth and Chemical Engineering third within Germany. These subject-specific, research-oriented positions support the local disciplinary environment; they neither measure individual supervision nor imply a particular global rank. The advert's 2023 THE industry/innovation/infrastructure claim concerns a different indicator and should not substitute for chemistry evidence.

The offer describes three years of work. Chemistry departmental guidance describes variable completion times, so contract duration and degree completion must be planned separately. The central doctoral procedure requires supervision, docDaten registration and formal admission; registration is not admission or student enrollment. Its three-month admission deadline after registration is important for a foreign degree holder. Older departmental enrollment wording differs from the central guidance, so use the responsible doctoral office for the applicable rules.

Supervisor and Lab Assessment

Jörg Libuda's official profile confirms his chair role; the group overview links surface models, energy-related materials and spectroscopy. This is strong methodological alignment, while mentoring frequency, day-to-day supervision and project ownership remain interview questions.

The CIRCAT platform combines infrared methods with mass spectrometry and gas chromatography, which could connect surface signals with products. Equipment existence does not guarantee dedicated access. The collaboration list and CLINT network show a wider interface-catalysis setting; membership of this post in a named network is unconfirmed.

Recent Important Publications

The following assessment uses two institutional abstracts and a publisher-indexed abstract, not a full-text review of all three papers. These records support the research contributions described below; individual divisions of author responsibilities have not been established.

1. Reactivity of a model SCILL, Surface Science 743 (2024) studies dimethylamine and an ionic liquid on Pt(111) with IRAS and DFT. Competition for adsorption sites changes binding and reaction behaviour. It is directly useful for reasoning about modifier effects, but UHV single-crystal evidence must not be generalized to a working powder catalyst.

2. Ionic liquid modification of PtNiMo/C during conditioning, ChemElectroChem (2025) connects modifier choice with restructuring and metal dissolution during activation. It motivates tracking catalyst history. Its oxygen-reduction chemistry is related methodological evidence, not the advertised target reaction.

3. Carbonyl-functionalized ionic liquid on Pt(111), Chemistry – A European Journal 31 (2025; online 2024) combines IRAS, STM and DFT to examine adsorption and thermal evolution. It illustrates why modifier stability and geometry need measurement; access was limited to indexed publisher material, so finer mechanistic claims are withheld.

Funding, Application, and Living Cost

The advert says financing is available, but gives no salary, grade, fraction, tax treatment or insurance terms. It is not sufficient evidence for an E13 contract or a particular take-home amount. FAU's non-EU tuition FAQ explicitly excludes doctoral candidates from the described tuition charges; semester contributions and living expenses are separate.

The student cost illustration relies on a 2021 survey and should not be used as a 2026 doctoral budget. More relevant as a warning threshold, FAU's guidance for international doctoral hosts recommends at least EUR 1,350 per month for self-funded candidates. That is neither this offer's income nor an immigration requirement quoted here. The Welcome Center warns that affordable housing is scarce and not guaranteed. Compare the actual net contract income with a current rental quote, insurance and arrival costs before accepting.

Applicant Fit and Preparation

The advert requires a relevant master's or Diplom qualification. It welcomes in situ/operando experience while explicitly allowing applicants without it. Faculty guidance for international doctoral applicants supports a research-focused approach to contacting the supervisor. Demonstrating experimental troubleshooting, critical interpretation of spectra and reproducible analysis would be useful preparation; these are analytical suggestions rather than added admissions requirements.

This is less aligned with applicants seeking a purely computational thesis or unwilling to work on instrument-driven experiments. Prepare a concise account of one experiment: the hypothesis, controls, data limitations and the result that would overturn the initial explanation. The materials list includes CV, publication list, referees and research-experience summary, and separately motivation, certificates, transcripts and language evidence. Check the actual application form for exact files and whether an empty publication list is acceptable. The working language is English; a language certificate is listed, but no specific test or score is established for this post. The advert also says FAU promotes gender equality and aims to increase the proportion of women in science; applicants with disabilities are preferred when equally qualified. The saved vacancy text lists a motivation letter but no separate personal-statement prompt, disability-disclosure process or specific support arrangements; confirm these with FAU.

For domestic Chinese applicants, FAU's institutional policy includes export-control checks within admission for candidates of Chinese nationality. This is a review process, not evidence of blanket ineligibility or a confirmed clearance for this topic. The one-day interval between the advertised deadline and start makes schedule clarification particularly important.

Field Outlook and Career Implications

Operando spectroscopy, surface characterization and robust data analysis are plausibly transferable to catalysis and materials R&D; this is a skills-based inference, not a placement promise. GTAI documents substantial chemical R&D activity. However, GDCh's July 2026 analysis of 2025 graduates reports weaker direct industry entry: 33% entered chemical/pharma industry and 10.4% were seeking work, among 695 of 1,799 graduates with known outcomes. The limited response coverage prevents a precise personal job-probability interpretation. Research quality and a broad technical portfolio matter more than an assumption that chemistry automatically leads to an industrial job.

Next Actions and Questions to Verify

Before applying, contact the group to confirm this named vacancy, the usable application form, whether the December start can move, and the admission/clearance path for the applicant's degree and nationality. State the research interest in modifier-dependent mechanisms and attach a concise experimental record.

At interview, ask which catalysts and reactions are funded, how model and real samples will be compared, who provides daily supervision, which product-analysis channels and instrument time are available, and how failure or null results affect the first-year plan.

Before accepting, obtain salary and fraction, funding duration, insurance arrangements, any teaching or mentoring allocation, expected doctoral admission route and the plan if experiments outlast the three-year funding. Secure a realistic housing budget and written agreement on arrival timing.

Evidence and Sources

Core institution and research

• ECRC official centre
• Libuda group overview
• Jörg Libuda official profile
• Libuda research strategy
• Instrumentation and methods
• Collaborative projects
• Group open positions
• CLINT: Catalysis at Liquid Interfaces

Training and institutional strength

• Obtaining a doctoral degree from FAU
• Chemistry PhD A–Z
• International doctoral candidates, Faculty of Sciences
• FAU 2026 Shanghai subject ranking

Publications

• Reactivity of a model SCILL
• Ionic liquid modification and PtNiMo/C conditioning
• Carbonyl-functionalized ionic liquid on Pt(111)

Finance, eligibility and career

• FAU costs of studying
• International doctoral candidates: institutional requirements
• Tuition fees for non-EU students
• FAU Welcome Center
• GDCh July 2026 doctoral chemistry outcomes
• GTAI German chemical industry