John Woodley

The Bioprocess Science and Engineering (BSE) group at the Technical University of Denmark (DTU) Chemical Engineering is offering a PhD scholarship focused on enzyme stability modelling and prediction. The group, embedded in the PROSYS research center, is renowned for developing innovative methods to measure enzyme kinetics and stability under industrial process conditions. This research is crucial for advancing sustainable catalysis and the synthesis of valuable industrial compounds using oxidative enzymes. This PhD project is part of the Horizon Europe Marie Sklodowska-Curie Action (MSCA) doctoral network ELEGANCE, which integrates machine learning with multi-parametric enzyme and bioprocess design. The project will involve the expression, characterization, and application of enzymes sourced from the University of Turin and other laboratories. You will test enzyme stability in specialized gas-liquid interface apparatus and other reactors, collect experimental data, and use this data to develop predictive models describing the effects of various conditions on enzyme stability. The project also includes refining these models for different apparatus types and defining algorithms for enzyme stability testing. As a PhD student, you will combine enzyme and process engineering with advanced modelling, participate in training events, workshops, and secondments within the MSCA ELEGANCE network, and collaborate with local, national, and international partners. You will be expected to report your research in peer-reviewed scientific publications and international conferences, disseminate results through public engagement and social media, and contribute to teaching and supervising MSc and BSc students as well as research assistants. DTU Chemical Engineering is one of Europe's largest and strongest departments, with world-class facilities including a pilot plant for testing novel concepts. The department is committed to translating laboratory-based chemistry and biology into large-scale processes and collaborates extensively with international industries and start-ups. DTU itself is a globally recognized technical university, offering a dynamic and inclusive international environment with a strong focus on academic excellence and collegial respect. The PhD position is fully funded under the Marie S. Curie compensation scheme, offering a minimum monthly base salary of DKK 29,701.83 plus a PhD supplement, pension contributions, and possible family allowance. The appointment is for three years, with a preferred starting date of 1 June 2026 or as mutually agreed. Applicants must hold a two-year master's degree (120 ECTS points) or equivalent in biotechnology, (bio)chemical engineering, or a related field. Excellent English proficiency, strong analytical skills, and the ability to work independently in an interdisciplinary team are required. Interest in advanced computational methods is preferred but not mandatory. Applications are welcome from candidates of all backgrounds, and DTU may conduct open-source background checks due to research in critical technology. The application deadline is 21 January 2026. To apply, submit your complete application online, including a cover letter, CV, grade transcripts, and diplomas, as a single PDF file in English. For further information, contact Professor John Woodley at [email protected] or visit the MSCA ELEGANCE website and DTU Chemical Engineering homepage.

The Bioprocess Science and Engineering (BSE) group at the Technical University of Denmark (DTU) Chemical Engineering department is seeking a highly motivated PhD candidate to join a cutting-edge project focused on enzyme kinetics and stability under industrial process conditions. Embedded within the PROSYS research center, the group is renowned for developing innovative laboratory-scale methods and equipment to study enzyme behavior, with a particular emphasis on oxidative enzymes as sustainable catalysts for industrial synthesis. This PhD position is part of the Horizon Europe Marie Skłodowska-Curie Action (MSCA) doctoral network ELEGANCE, which integrates machine learning and multi-parametric design for enzymes and bioprocesses. The successful candidate will work on the expression, characterization, and application of enzymes sourced from the University of Turin and other partner laboratories. Key research activities include testing enzyme stability in specialized gas-liquid interface apparatus and reactors, collecting and analyzing experimental data, developing predictive models for enzyme stability, and refining algorithms to enhance process predictability across different reactor types. Responsibilities encompass combining enzyme and process engineering with advanced modelling, participating in MSCA ELEGANCE training events, workshops, and secondments, collaborating within the BSE group and broader networks, publishing research in peer-reviewed journals, presenting at international conferences, and engaging in public outreach. The candidate will also have opportunities to teach and supervise MSc and BSc students and research assistants. Applicants should hold a two-year master's degree (120 ECTS) or equivalent in biotechnology, (bio)chemical engineering, or a related field. Strong English proficiency, analytical skills, independence, and excellent communication abilities are essential. Experience in converting experimental data into functional models is required, and an interest in computational methods for enzyme analysis is advantageous. DTU offers a dynamic, international research environment with a commitment to academic excellence, collegial respect, and scientific innovation. The PhD appointment is for three years, with a competitive salary based on the Marie S. Curie compensation scheme, including pension contributions and potential family allowance. The preferred start date is 1 June 2026, or as agreed. Applications must be submitted online by 21 January 2026, including a cover letter, CV, transcripts, and diplomas in English as a single PDF. For further details, contact Professor John Woodley at [email protected]. Explore more about the MSCA ELEGANCE network at elegance.dtu.dk and DTU Chemical Engineering at kt.dtu.dk . Apply via the official portal: Application Link . DTU is committed to diversity and inclusion, welcoming candidates regardless of age, gender, disability, race, religion, or ethnic background. The university conducts open-source background checks for research in critical technology. Join DTU and contribute to world-class research addressing global challenges and advancing sustainable technology for society.

The Technical University of Denmark (DTU) is offering a fully funded PhD scholarship in Enzyme Stability Modelling and Prediction within the Department of Chemical Engineering. This position is embedded in the Bioprocess Science and Engineering (BSE) group, which is part of the PROSYS research center at DTU Chemical Engineering. The group is internationally recognized for its innovative research in enzyme kinetics and stability under industrial process conditions, utilizing advanced laboratory equipment and modelling approaches to optimize biocatalysis for sustainable chemical synthesis. This PhD project is part of the Horizon Europe Marie Sklodowska-Curie Action (MSCA) doctoral network ELEGANCE, focusing on machine learning for integrated multi-parametric enzyme and bioprocess design. The research will involve the expression, characterization, and application of enzymes sourced from the University of Turin and other partner laboratories. You will test enzyme stability in specialized gas-liquid interface apparatus and other reactors, collect and analyze experimental data, and develop predictive models describing the effects of process conditions on enzyme stability. The project includes refining these models for use in standard stirred tank reactors and developing algorithms for enzyme stability testing. As a PhD student, you will combine enzyme and process engineering with computational modelling, participate in training events, workshops, and secondments within the MSCA ELEGANCE network, and collaborate with local, national, and international partners. You will be expected to report your research in peer-reviewed publications and at international conferences, engage in public outreach, and contribute to teaching and supervision of MSc and BSc students. DTU offers a dynamic and inclusive international research environment, with a strong commitment to academic excellence and collegial respect. The department is one of the largest in Europe, with extensive collaborations with industry and start-ups. DTU supports career development and provides resources for international researchers relocating to Denmark, including monthly seminars on practical matters. Funding and Employment Terms: The position is funded by the Horizon Europe MSCA program. The appointment is for three years, starting 1 June 2026 (or as agreed). The salary follows the Marie S. Curie compensation scheme, with a minimum base salary of DKK 29,701.83 per month plus a PhD supplement of DKK 1,551.00, pension contributions (18.07%), and possible family allowance. Eligibility: Applicants must hold a two-year master's degree (120 ECTS) or equivalent in biotechnology, (bio)chemical engineering, or a related field. Excellent English proficiency, strong analytical skills, and the ability to work independently and in interdisciplinary teams are required. Interest in advanced computational methods is preferred but not mandatory. You may apply before completing your master's degree but must have it before starting the position. Application Process: Submit your complete online application by 21 January 2026. Applications must include a cover letter, CV, grade transcripts, and BSc/MSc diploma (with grading scale description) in a single PDF file. Use the DTU online application portal and ensure all materials are in English. Late applications will not be considered. For further information, contact Professor John Woodley at [email protected] or visit the ELEGANCE network website and DTU Chemical Engineering for more details. DTU is committed to diversity and encourages applications from all qualified candidates regardless of age, gender, disability, race, religion, or ethnic background.

Join the Bioprocess Science and Engineering group at the Technical University of Denmark (DTU) Chemical Engineering for a fully funded PhD scholarship focused on developing protein-based methods for rare earth element (REE) recovery from bio-mining streams and e-waste. This interdisciplinary project is part of a joint UQ-DTU scholarship, supporting close collaboration between DTU and the University of Queensland, Australia. The research is embedded in the PROSYS research center and leverages DTU's world-class facilities and international networks. The PhD project will involve the expression, characterization, and application of proteins suitable for REE recovery, techno-economic evaluation of process options, testing protein immobilization, reactor operation with real solutions, and modelling for scale-up. You will combine protein and process engineering, participate in workshops and exchanges with the UQ team, collaborate within the BSE research group, and report your findings in peer-reviewed publications and conferences. Additional responsibilities include public engagement, social media dissemination, and teaching/supervising MSc and BSc students. Applicants must hold a two-year master's degree (120 ECTS points) or equivalent in biotechnology, (bio)chemical engineering, or a related field. Strong English proficiency, analytical skills, and the ability to work independently in an interdisciplinary team are essential. Interest in reactor design, scale-up, and pilot operation of bioprocesses is preferred but not mandatory. The scholarship is subject to academic approval, and the successful candidate will be enrolled in a general PhD programme at DTU. DTU Chemical Engineering is recognized globally for excellence in research, education, and innovation, offering a dynamic and inclusive international environment. The department is one of the largest in Europe, with extensive collaborations with industry and academia. DTU is committed to solving global challenges through technology and research, supporting the UN’s Sustainable Development Goals. The position is based in Copenhagen, Denmark, with a preferred start date of 1 March 2026. Salary and appointment terms follow the Danish Confederation of Professional Associations. For further information, contact Professor John Woodley at [email protected] or visit DTU Chemical Engineering . International applicants can access resources on relocation and working in Denmark, including monthly seminars for new PhD students. To apply, submit your complete application online by 4 January 2026, including a cover letter, CV, grade transcripts, and diplomas in English as a single PDF file. Use the provided 'Apply now' link. All qualified candidates are encouraged to apply, regardless of background. Applications received after the deadline will not be considered.