The PhD Scholarship within Bioprocess Engineering at the Norwegian University of Life Sciences (NMBU) focused on AI-controlled fermentation, digital twins, spectroscopy and microbial lipid production. The official Jobbnorge listing carried an application deadline of 30 September 2026. That deadline has now passed.
NMBU Bioprocess Engineering PhD at a Glance
| Position | PhD Scholarship within Bioprocess Engineering |
|---|---|
| Institution | Norwegian University of Life Sciences (NMBU) |
| Department | Department of Physics, Faculty of Science and Technology (REALTEK) |
| Location | Ås, Norway |
| Duration | 3 years, full-time |
| Research project | AI controlled fermentation for microbial lipid production |
| Funding context | Research Council of Norway-funded project |
| Advertised salary | NOK 550,800 for position code 1017; higher salary could be considered for exceptionally well-qualified candidates |
| Application deadline | 30 September 2026 — passed |
| Current status | Closed |
The vacancy formed part of NMBU’s research project on AI-controlled fermentation for microbial lipid production. The Research Council of Norway lists NMBU as the responsible institution for that project, led by Boris Zimmermann.
Research Focus: AI-Controlled Fermentation and Digital Twins
The PhD project combined experimental bioprocess engineering with data science and artificial intelligence. Its central goal was to develop a digital twin for microbial lipid fermentation by integrating data from laboratory bioreactors, online spectroscopy and process sensors.
The advertised research activities included:
- lab-scale fermentation in batch, fed-batch and continuous modes;
- online vibrational spectroscopy, including Raman and FTIR;
- bioreactor sensor-data integration;
- reference analysis using techniques such as HPLC and GC;
- chemometric analysis;
- process modelling and parameter estimation;
- machine-learning and data-driven modelling; and
- development of real-time monitoring, prediction and control strategies.
The broader research theme remains relevant for applicants interested in digital bioprocessing, microbial lipid production, process analytical technology and AI-enabled fermentation control.
Archived Eligibility Profile
The advertised position sought applicants with a relevant master’s degree or equivalent qualification. Suitable backgrounds included:
- Bioprocess Engineering;
- Biochemical Engineering;
- Chemical Engineering;
- Systems or Control Engineering;
- Applied Biotechnology; and
- closely related disciplines.
The vacancy also required qualifications that could satisfy admission to the relevant NMBU PhD programme and sufficient written and spoken English. Both the master’s-degree average and master’s thesis were expected to meet a strong academic standard equivalent to grade B or better in the Norwegian system.
Technical Background Sought in the Vacancy
| Process engineering | Mass and energy balances, process kinetics, growth models, parameter estimation and model validation |
|---|---|
| Scientific computing | Python, R and/or MATLAB |
| Data analysis | Statistics, data visualisation and machine learning for bioprocesses |
| Experimental methods | Fermentation, spectroscopy, HPLC, GC and related analytical methods |
| Additional strengths | Deep learning, control systems, physics-informed modelling, chemometrics and microbiology |
The role was therefore designed for candidates able to bridge experimental fermentation and quantitative modelling rather than working exclusively in either wet-lab biotechnology or computational data science.
Employment and Work Location
The advertised appointment was a three-year, full-time PhD Research Fellow position at NMBU in Ås. The listing stated an advertised salary of NOK 550,800 for position code 1017, with the possibility of a higher salary for exceptionally well-qualified candidates.
The position expected regular physical presence at NMBU. It was not presented as a remote doctoral role.
Archived Application Requirements
The closed vacancy used the Jobbnorge recruitment system. Applicants were expected to provide a motivation letter and complete the Jobbnorge CV, together with relevant academic documentation such as diplomas, transcripts and diploma supplements.
Applicants with education from outside Norway were also expected to document programme structure and grading information where relevant. Documents not in Norwegian or English required appropriate English-language documentation or translation according to the vacancy instructions.
Because the deadline has passed, CareerAidHub does not recommend attempting to submit through this old call. Applicants interested in similar work should monitor NMBU’s current vacancies and the Jobbnorge NMBU listings.
Frequently Asked Questions
Is the NMBU Bioprocess Engineering PhD still open?
No. The official Jobbnorge listing shows an application deadline of 30 September 2026, which has passed.
What was the research focus?
The project focused on AI-controlled microbial lipid fermentation, digital twins, spectroscopy, bioreactor data and machine-learning-based process monitoring and control.
How long was the position?
The advertised PhD Research Fellow appointment was for three years.
What salary was advertised?
The vacancy advertised NOK 550,800 for position code 1017, with a possibility of higher pay for exceptionally well-qualified candidates. That figure is historical and should not be assumed for future NMBU vacancies.
Could international applicants apply?
The vacancy accepted relevant foreign qualifications provided they met NMBU’s PhD admission criteria and English-language requirements.
Was the position remote?
No. The vacancy expected the successful candidate to work on site at NMBU in Ås.
Official Reference and Status
| Employer | Norwegian University of Life Sciences (NMBU) |
|---|---|
| Recruitment platform | Jobbnorge |
| Jobbnorge ID | 306464 |
| Official deadline | 30 September 2026 |
| Current status | Closed |
| Research Council project | AI controlled fermentation for microbial lipid production — Project 358036 |
| Last verified | 4 October 2026 |








