PhD Position: Systems Engineering: Delft University of Technology (TU Delft) is offering an exciting PhD position focused on developing a digital twin framework to promote sustainable and resilient energy use in the industrial and manufacturing sectors. This research project addresses the pressing challenges of energy consumption, regulation compliance, and cost optimization within manufacturing. Applications are invited from candidates who aim to make a meaningful contribution to sustainable manufacturing through systems engineering methodologies.
PhD Position: Systems Engineering for Sustainable and Resilient Energy Use in Manufacturing
Designation
PhD Candidate
Research Area
- Systems Engineering
- Sustainable Manufacturing
- Energy Systems Optimization
- Digital Twins Development
Location
Delft University of Technology (TU Delft), Faculty of Mechanical Engineering, Delft, Netherlands.
Eligibility/Qualification
- Required Education: Master’s degree in one or more of the following fields:
- Mechanical Engineering
- Energy Engineering
- Industrial and Manufacturing Engineering
- Systems Engineering (or related disciplines)
- Skills and Traits:
- Strong analytical and systems-thinking skills
- Familiarity with modeling and simulation tools
- Interest in sustainable manufacturing and energy systems
- Proactive, curious, and collaborative mindset
- Willingness to engage with industrial partners and international research networks
- Language Requirement: English proficiency adequate to communicate effectively, participate in English-taught doctoral courses, and write scientific articles.
Description
This PhD project aims to innovate in the field of sustainable and energy-resilient manufacturing. TU Delft is looking for a motivated researcher who can help develop an integrated decision-support system for energy-efficient manufacturing. The candidate will apply advanced systems engineering methodologies to improve energy consumption, comply with EU sustainability regulations, and enhance operational resilience.
Research Goals:
- Identify Industrial Use Cases:
- Examine existing sustainability regulations and define reconfiguration strategies based on Key Performance Indicators (KPIs).
- Develop Models:
- Analyze drivers of change (regulations, costs, and technology), model architectural interactions, and address uncertainties using systems engineering tools.
- Design Monitoring Infrastructure:
- Build a data layer that integrates factory-level data with external factors such as regulations and environmental data.
- Create Decision-Support Frameworks:
- Enable real-time and strategic planning for energy management through advanced tools.
Teaching Component:
While the primary focus is research, the PhD trajectory may include up to 20% teaching activities such as mentoring BSc and MSc students, supervising labs/workgroups, or assisting in courses.
Employment Conditions:
- Duration: 4 years (two employment contracts: initial 1.5 years, followed by 2.5 years subject to performance evaluation).
- Salary (Monthly):
- Year 1: €2,901
- Year 4: €3,707
- Benefits:
- Flexible working arrangements
- Compensation packages, including discounts on health insurance and monthly work costs contribution
- Relocation support: TU Delft assists in settling down in the Netherlands (e.g., finding housing, social integration, dual career program for partners, etc.)
- Graduate School: Enrollment in the TU Delft Doctoral Education Programme for skill development in research and discipline-related areas.
How to Apply
Candidates must submit the following documents online:
- A CV, detailing educational background, research experience, and other relevant information.
- A motivational letter, outlining your interest in the position and how your skills align with the objectives of the project.
Applications submitted via email or post will not be accepted.
Important Deadlines
- Last Date to Apply: 4 August 2025
Contact and Additional Information
- For inquiries related to the position or application process: recruitment-me@tudelft.nl
- Website: Faculty of Mechanical Engineering – TU Delft
Take this opportunity to contribute to cutting-edge research in energy systems and sustainable manufacturing at one of the world’s leading technological universities. Apply now and pave the way for a more sustainable industrial future!
