Electrochemistry PhD: Performance and Degradation of AEM Water Electrolysis Catalyst Layers

Electrochemistry PhD: Performance and Degradation of AEM Water Electrolysis Catalyst Layers

Research focus and applicant fit

The scientific challenge is to connect catalyst-layer manufacture and operating-cell measurements with a defensible explanation of degradation in alkaline/anion-exchange-membrane water electrolysis. This employed experimental doctorate is intended to develop the analysis tools for that task. It suits applicants with practical electrochemistry experience: cell assembly and single-cell test-station operation are required, so an interest in learning the subject alone does not meet the advertised criteria.

NTNU's Department of Materials Science and Engineering in Trondheim advertises three years of doctoral research employment, normally NOK 580,000 gross annually, with a 2% statutory State Pension Fund contribution. The specific salary/conditions section takes precedence over the opening generic description of three or four years with teaching. A fourth year is not promised. Admission to Materials Science and Engineering PhD must be secured within three months of employment, and daily physical presence at the institution is required. The confirmed closing date is 16 November 2026. A supplied closing-time entry gives 23:59 Europe/Oslo, but the complete retained employer body states only the date; confirm the exact clock with HR. The start date is not specified. Exact employer offer.

Research problem and actual doctoral tasks

The job is affiliated with HYDROGENi, the Norwegian hydrogen/ammonia research-and-industry centre. The central aim is to establish analysis tools for catalyst-layer performance and degradation. The advertised work includes voltammetry, linear sweep voltammetry, chronoamperometry and electrochemical impedance spectroscopy; in-situ ICP-MS and complementary electrochemistry; catalyst inks, spraying and templating; and X-ray diffraction, microscopy and Raman characterisation. Data analysis, technical/scientific reporting, public communication, conferences, project meetings and mentoring Master's students are also duties.

An important scientific distinction is that an apparently stable cell voltage does not guarantee a stable catalyst. Loss of catalytic activity can be partly offset by a decrease in ohmic resistance. Dissolved metal detected in the outlet also need not equal all material lost: transport, deposition elsewhere and material retained in the cell affect interpretation. A useful analysis plan would therefore discuss transport/recovery calibration, matched electrochemical and structural measurements, mass balance, and reproducibility. Those are evidence-informed questions, not an advertised fixed measurement protocol.

The public description does not fix a single catalyst composition, pure-water versus alkaline feed, current density, membrane, cell area or industrial stack trial. Those choices determine whether degradation reflects intrinsic chemistry, catalyst/ionomer interfaces, membrane changes, contacts, gas bubbles or mass transport. HYDROGENi's current production-research programme addresses several related technologies; its broad modelling and demonstration activities should not all be assigned to this one candidate. Centre research.

University, subject and doctoral training

NTNU is both employer and degree institution, with the Materials Science and Engineering programme at the Faculty of Natural Sciences. The programme consists of at least 30 ECTS coursework and an independent doctoral thesis, nominally three full-time years. Faculty requirements include mandatory health/safety/environment training, annual confidential reports from candidate and supervisor, midterm evaluation, an approved thesis, public trial lecture and defence. Employment selection and academic admission are distinct decisions. Programme, faculty training and assessment.

NTNU's ARWU 2026 overall band is 151–200. The related GRAS 2026 Metallurgical Engineering band is 51–75. The cited table gives no separate Materials Science or AEM-specific band; broad rankings do not establish the quality of this project's supervision. Ranking and subject scope.

HYDROGENi runs from 2022 to 2030 and brings together research and industry partners. The advert commits the candidate to centre summer/winter schools and a cross-disciplinary doctoral/industrial network. The centre also describes funded international mobility and industry-case internships as part of its training ambition; the individual placement, host and time allocation remain to be agreed. These activities supplement the doctoral courses rather than confer a separate joint degree. Centre, training and researcher network.

Supervisor and recent paper evidence

Professor Frode Seland is the scientific contact. NTNU's profile describes his work in electrochemistry, electrocatalysis, low-temperature fuel cells and water electrolysis, and electrode processes. The publication list displayed on the saved profile ends in 2022, so it is not a complete current publication record. HR Adviser Marie Kristiansen handles recruitment-process questions. Neither contact is identified as this candidate's appointed supervisor. University profile.

Donker and colleagues' 2026 Electrochimica Acta paper compares rotating-disk tests with a flow electrolyser. Iron-enhanced initial activity did not translate simply to durable flow-cell behaviour: iron loss and deposition, alongside changing ohmic and kinetic contributions, complicate apparently stable performance. The paper credits Seland with supervision, project administration and funding acquisition; Donker leads investigation, analysis and drafting. The defined cells and approximately 100-hour tests do not establish commercial lifetime. Published institutional paper.

Heath and colleagues' 2024 ChemElectroChem study uses sputtered Ni/NiO/NiNiO films, controlled iron-containing electrolyte, electrochemical conditioning and XPS/EDX to examine near-surface iron and oxygen-evolution activity. Seland is credited with equal supervision; Heath leads the investigation and original draft. Evidence from this deliberately defined thin-film system does not establish a universal mechanism for porous membrane-electrode assemblies under long operation. Published methods, results and contributions.

The related 2023 Energy Technology paper connects in-situ Raman evidence of surface α-FeOOH with activity changes in nickel-based particles, while leaving the detailed enhancement mechanism open. Seland is a coauthor, but no individual contribution statement is given in the cited paper, so a specific experimental role cannot be assigned. Together, these studies show why electrolyte contamination, surface state and realistic cell geometry need careful control. Published study.

There is also concrete neighbouring training evidence: HYDROGENi lists an NTNU doctorate supervised by Svein Sunde, with Seland as co-supervisor, that quantifies catalyst loss by ICP-MS across low-temperature electrolysis technologies. This indicates a related measurement environment but does not identify this vacancy's co-supervisor or guarantee instrument availability. Ask who provides day-to-day cell and ICP-MS support, how the new tools differ from existing work, and which facilities and consumables are available. The saved evidence provides no audited completion or placement statistics.

Salary, fees and a realistic cost comparison

The advertised NOK 580,000 is gross annual salary, about NOK 48,333 monthly by division. The stated 2% occupational pension contribution is NOK 11,600 annually, or about NOK 967 monthly; the remaining NOK 47,367 is still before income tax, not take-home pay. The appointment letter and payroll determine the actual salary and timing.

Norwegian tax guidance describes a voluntary 25% PAYE regime for eligible foreign workers, including the first tax-resident year, with specific income/other-income conditions. It is not automatically a flat tax for the entire three-year doctorate. General taxation and individual deductions differ; the 2026 rules do not establish future-year payroll. Occupational pension deductions must also be distinguished from tax/national-insurance treatment. No fixed net salary or savings amount is promised. Current tax rules and limits.

NTNU explicitly includes doctoral candidates among those automatically exempt from tuition fees. Its own semester-fee guidance also exempts normal PhD participation; taking courses outside the doctoral study plan can change the semester-fee position. Do not apply taught-Master's international tuition or the generic student semester charge to this job. Tuition exemption, doctoral semester rules.

The national 2026/27 student living benchmark is NOK 15,488 monthly. It is a student planning baseline, not a Trondheim employee's rent offer; the listed academic-year total is not a twelve-month budget. A separate twelve-month multiplication would be NOK 185,856 before extra costs. Private housing, dependants, relocation, transport and winter energy can change the actual requirement. Official cost benchmark.

NTNU's researcher-housing page says accommodation is not subsidised or cheaper than the private market, can take up to four weeks to process, and is subject to allocation. Its linked booklet gives examples of unfurnished foundation housing with electricity excluded and a three-month-rent deposit; these are conditions to check, not a guaranteed offer. Obtain a current quote and prepare cash for deposit and the first payroll gap before deriving a net living balance. Researcher housing, housing conditions booklet.

Required background and application evidence

The job requires relevant experimental electrochemistry/nanotechnology, cell assembly and single-cell test-station operation, a relevant Master's in chemistry, nanotechnology, materials, physics or equivalent, a major independent project of at least 30 ECTS, a B-equivalent academic record and fluent written/spoken English. The test-station requirement appears in both required and preferred lists; it should not be weakened into an optional skill. EIS, catalyst-layer/MEA manufacturing, AEM assembly, teaching and Scandinavian language are advantages. No specific IELTS threshold is published in the job.

Required documents are Bachelor's/Master's diplomas and transcripts, CV, Master's thesis, a short motivation letter of 400 words/one page, and names/contact details of three referees, plus relevant optional research works/certificates. A recently submitted thesis draft is accepted at application, but completion of the Master's must be documented before taking up the post. Overseas education needs evidence of the scope and quality of the whole Bachelor's/Master's and other higher education, a diploma supplement where applicable, and any already-held HK-dir statement. Joint work needs a clear account of personal contribution. Use English or Norwegian/another Scandinavian language and submit all evidence by the deadline through the employer's specified online procedure.

The general doctoral admission requirements include a funding plan, five years of higher education including a Master's or equivalent, and a strong B-equivalent record; the faculty may assess overseas equivalence. There is normally a minimum of two supervisors. Chinese degrees/nationality are not categorically excluded by the advertisement, but academic recognition, export-control assessment and immigration approval remain individual. Admission and supervision.

The offer also requires daily on-site availability, observes export controls, and publishes an applicant list containing name, age, title and municipality; a reasoned exemption request can be made but is not automatic. UDI directs researchers with a Norwegian employer to the skilled-worker residence route, distinct from the self-funded researcher/student route. No remote-from-China arrangement or automatic permit is established. Immigration route distinction.

Career directions

Likely transferable strengths are operating-cell electrochemistry, catalyst-layer fabrication, degradation metrology, instrument/data validation and industrial reporting. These can support electrolyser/fuel-cell R&D, test engineering, failure analysis and later academic research. The IEA's 2026 review reports low-emissions hydrogen growth alongside demand, cost, policy and project-delivery constraints. A funded industrial network is useful; it does not make a broad claim of soaring demand into a job or salary guarantee. Current hydrogen market assessment.

Questions before commitment

Before applying, clarify the precise closing time, start, overseas equivalence and English documentation. At interview, ask which catalyst/membrane/operating window defines the first analysis tool; how ICP-MS transport/recovery and EIS interpretations will be validated; what distinguishes the new doctorate from neighbouring projects; who supplies daily methods support; and which industry visits are funded. Before accepting, resolve the three-year contract, any teaching duties, admission within three months, co-supervisors, payroll/tax illustration, current housing quote, permit/export-control process and research/travel/IP arrangements. Scientific success should be defined by reproducible, attributable degradation evidence rather than stable cell voltage alone.

Evidence and Sources

The vacancy information reflects the recruitment record dated 27 October 2026 and does not establish current availability. The cited papers describe particular materials, cells and test durations; their findings do not guarantee results for this project. Institutional, tax, housing and market evidence also has its own date and scope. The closing time and individual admission, payroll and permit decisions remain unconfirmed.

Employment, university and centre

• Exact electrochemistry employment offer310761
• Frode Seland profile
• Materials Science and Engineering PhD
• NTNU PhD admission and financing
• HYDROGENi centre
• HYDROGENi scalable production research
• HYDROGENi training and doctoral researchers
• NTNU Shanghai ranking2026
• Natural Sciences doctoral progress and assessment

Recent primary papers

• From RDE to flowcell2026
• Sputtered nickel films and iron2024
• AlphaFeOOH on nickel2023

Fees, costs, tax and career

• NTNU doctoral tuition exemption
• NTNU semester fee rules
• Researcher housing Trondheim
• Researcher housing booklet
• Norway student cost benchmark2026/27
• Norwegian PAYE rules2026
• Global Hydrogen Review2026 executive summary
• UDI researcher employment immigration