The KU Leuven PhD vacancy “Metal-organic films for sensing and lithography” is closed. KU Leuven’s official jobsite now marks vacancy 60487270 as closed/not available, while the university’s research profile lists the topic as a 2025 PhD project associated with Ali Azimi. The project sits within Prof. Rob Ameloot’s research environment at the interface of metal-organic frameworks (MOFs), thin-film deposition, chemical sensing, microfabrication and lithography. This rebuilt guide preserves the scientific context, explains the profile that matched the original opportunity, and shows how to monitor KU Leuven for the next related PhD opening without presenting an expired position as open.
Current Status of the KU Leuven MOF Thin-Films PhD
| Vacancy reference | KU Leuven jobsite 60487270 |
|---|---|
| Current application status | Closed / not available |
| Project title | Metal-organic films for sensing and lithography |
| Current KU Leuven research record | Listed as a 2025 PhD project — Ali Azimi |
| Supervisor/promotor context | Prof. Rob Ameloot |
| Identical 2026 vacancy found? | No identical open vacancy verified during the 10 October 2026 review |
| What applicants should do now | Monitor KU Leuven’s live vacancies and the Ameloot/cMACS research environment for new related openings |
Project Overview
The original PhD topic combined porous metal-organic materials with micro- and nanoscale device fabrication. The scientific theme is highly interdisciplinary: it connects materials chemistry, thin-film processing, microfabrication and chemical sensing.
KU Leuven now lists the topic as an established PhD project rather than an open recruitment call. That is an important distinction: the project remains scientifically relevant, but the vacancy itself should not be presented as recurring or available.
| Core material platform | Metal-organic frameworks (MOFs) |
|---|---|
| Device direction | Thin films compatible with microfabrication |
| Application theme 1 | Chemical / volatile-organic-compound sensing |
| Application theme 2 | Lithographic patterning and advanced device fabrication |
| Research environment | KU Leuven materials, chemistry, sensing and micro/nanofabrication ecosystem |
Scientific Research Focus
1. MOF Thin-Film Deposition
Metal-organic frameworks combine metal nodes and organic linkers into highly porous crystalline structures. For device integration, the challenge is not simply to synthesize a MOF powder, but to create reproducible films with controlled thickness, composition and interface quality.
2. Chemical Sensing
The Ameloot research programme has a strong focus on exploiting adsorption and diffusion in porous materials for selective detection of volatile organic compounds. The goal is to use molecular transport and pore chemistry to improve selectivity beyond conventional miniature sensor approaches.
3. Microfabrication-Compatible MOFs
The group has worked extensively on MOF thin films produced through methods compatible with device fabrication, including chemical-vapour-deposition approaches. This makes the research relevant to microelectronics, sensor integration and miniaturized analytical devices.
4. Lithography and Patterning
The original project also connected MOF thin films with advanced lithographic concepts. Closely related work from the group includes vapour-phase-infiltrated MOFs investigated as dry extreme-ultraviolet photoresist materials.
KISSIES: Why the Sensing Theme Matters
Prof. Ameloot’s ERC-funded KISSIES project focuses on kinetic selectivity in molecular-sieve sensors. The research addresses a central sensing problem: detecting a target volatile organic compound in the presence of many interfering vapours at low concentrations.
| Problem | Miniaturized sensors often struggle to distinguish one VOC from complex mixtures |
|---|---|
| Scientific idea | Use porous crystalline materials and molecular transport kinetics to create selectivity |
| Material platform | MOFs and related molecular-sieve materials |
| Device relevance | Compact chemical sensors for environmental, safety and diagnostic applications |
What Profile Would Fit a Similar Future PhD?
Because the identical vacancy is closed, the following should be treated as preparation guidance for related future opportunities, not as current application eligibility.
| Background | Why It Fits |
|---|---|
| Materials Chemistry | MOF synthesis, surface chemistry, thin films and characterization |
| Materials Engineering | Deposition, interfaces, device-compatible processing and structure–property relationships |
| Chemical Physics | Adsorption, diffusion, spectroscopy and molecular transport |
| Applied / Engineering Physics | Thin films, lithography, device fabrication and measurement |
| Chemical Engineering | Transport, adsorption, processing and scalable materials/device integration |
A strong candidate for a future related position would normally need a research-oriented Master’s degree or equivalent preparation, strong experimental competence and the ability to work across chemistry and device engineering.
Technical Skills Worth Building
| MOF synthesis | Solvothermal, interfacial or vapour-phase routes; reproducibility and activation |
|---|---|
| Thin-film deposition | ALD/MLD, CVD-type methods, solution deposition or related film-growth techniques |
| Structural characterization | XRD, spectroscopy and complementary structure/chemistry analysis |
| Film characterization | Ellipsometry, microscopy, thickness/roughness and surface analysis |
| Adsorption & diffusion | Gas/vapour sorption, transport kinetics and interpretation of porous-material behaviour |
| Microfabrication | Cleanroom workflows, lithography, patterning and device integration |
| Electrical measurements | Sensor/device characterization where relevant |
| Scientific communication | Technical writing, presentations and interdisciplinary collaboration |
KU Leuven Doctoral Research Environment
The Ameloot group is part of KU Leuven’s broader materials, adsorption, catalysis, spectroscopy and micro/nanotechnology ecosystem. KU Leuven’s 2026 profiles show continuing research activity in adsorption and diffusion, coatings, porous materials and related technology platforms.
Doctoral researchers in this environment can interact with chemistry, chemical engineering, materials science, electronics and micro/nanofabrication infrastructure. The Arenberg Doctoral School also supports doctoral researchers in science, engineering and technology disciplines.
Historical Vacancy Record
The original recruitment appeared in 2025 under KU Leuven vacancy reference 60487270. The position was advertised as a PhD focused on metal-organic films for sensing and lithography.
| Historical vacancy year | 2025 |
|---|---|
| Original application deadline reported | 1 July 2025 |
| Current jobsite status | Closed / not available |
| Current project record | 2025 PhD Project — Ali Azimi |
2026 Opportunity Watch: What to Do Now
Applicants interested in MOFs, thin films, porous materials and sensing should monitor three channels rather than repeatedly checking an expired vacancy URL.
- KU Leuven Jobsite: search current PhD and research vacancies using keywords such as MOF, porous materials, thin films, adsorption, sensing, chemistry and materials.
- Prof. Rob Ameloot’s research profile: track newly funded projects and emerging research themes.
- cMACS / related KU Leuven research groups: monitor group-level vacancy pages and research updates.
The group’s 2026 research record confirms continuing activity, including work on adsorption/diffusion in carbon-capture materials and other advanced materials/coating projects. However, research activity does not by itself mean a funded PhD vacancy is open.
Application Strategy for the Next Related KU Leuven PhD
1. Build a targeted research CV
Prioritize hands-on materials synthesis, thin-film work, characterization, cleanroom exposure, spectroscopy, adsorption/diffusion or sensor/device experience.
2. Show experimental depth
Explain what you personally designed, fabricated, measured and interpreted. A list of instruments without research context is weak evidence.
3. Connect your background to the research problem
For MOF sensing, demonstrate understanding of adsorption selectivity, diffusion kinetics, pore chemistry and the challenge of integrating porous materials into functional devices.
4. Demonstrate microfabrication readiness
Cleanroom, lithography, deposition or electronic characterization experience can be highly valuable when the project bridges chemistry and device engineering.
5. Apply only to live vacancies
Use the official KU Leuven jobsite as the final authority for status, deadline, required documents and submission route.
Frequently Asked Questions
Is the KU Leuven MOF thin-films PhD still open?
No. KU Leuven’s current jobsite states that vacancy 60487270 is closed or no longer available.
What happened to the project?
KU Leuven’s current research profile lists “Metal-organic films for sensing and lithography” as a 2025 PhD project associated with Ali Azimi under Prof. Rob Ameloot.
Is there a new identical 2026 vacancy?
No identical open 2026 vacancy was verified during the 10 October 2026 review. Applicants should monitor the KU Leuven jobsite for new related positions.
What research areas are most relevant to this topic?
MOFs, porous materials, thin-film deposition, adsorption and diffusion, chemical sensing, microfabrication, lithography and materials/device characterization are highly relevant.
What background would fit a similar future PhD?
Materials chemistry, chemical engineering, materials engineering, chemical physics, applied physics or a closely related experimental field can fit, depending on the exact future vacancy.
Does the Ameloot group still work on related research?
Yes. KU Leuven’s 2026 research profiles show continuing work in adsorption, diffusion, porous materials, coatings and sensing-related research. That does not automatically imply an open PhD vacancy.
Should I email the professor about this closed vacancy?
Do not email as though vacancy 60487270 is still accepting applications. If you contact a research group about future opportunities, make the message specific, concise and based on your genuine fit with the group’s current research.
Where should I check for new KU Leuven PhD positions?
Use KU Leuven’s official jobsite and relevant research-group pages. Those sources should override old opportunity articles or archived vacancy copies.
Official and Primary Sources
Historical-source note: the original 2025 application deadline is retained only as archival context from the earlier vacancy record. KU Leuven’s current official job page no longer exposes the full historical advertisement and instead states that vacancy 60487270 is closed/not available.
Editorial note: CareerAidHub has converted this page from an expired vacancy article into a closed-vacancy research reference. Applicants should use KU Leuven’s live jobsite for all current application decisions.
