SDU is offering an exciting PhD Position in Automated Mapping and Identification of Large Structure Environments for the academic session 2025/2026. Applicants will contribute to cutting-edge research supporting green, cost-efficient deconstruction and material recovery.
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Eligibility for this PhD position requires applicants to hold a relevant master’s degree in engineering and demonstrate strong skills in areas such as simulation, digital twins, 3D modeling, robotics, and programming in C/C++ and Python. Candidates should have solid mathematical abilities, experience with industrial robotics and kinematics, and the capacity to work both independently and collaboratively.
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( votes)The University of Southern Denmark (SDU) is a leading research-intensive institution known for its strong international outlook and commitment to innovation, sustainability, and societal impact. With modern campuses across Denmark, SDU offers a collaborative environment where students, researchers, and industry partners work together to address global challenges.
Application Deadline: December 1, 2025
Brief Description
- University or Organization: University of Southern Denmark (SDU), Maersk Mc-Kinney Moller Institute (MMMI)
- Department: SDU Center for Large Structure Production (LSP)
- Course Level: PhD
- Award: Salary
- Access Mode: Online application
- Number of Awards: NA
- Nationality: Domestic an international
- The award can be taken in: Denmark
Eligibility
- Eligible Countries: Applicants from all countries are eligible.
- Acceptable Course or Subjects: The PhD scholarship will be awarded in Automated Mapping & Identification of Large Structure Environments, related to robotics, 3D modeling, digital twins, civil engineering, and related fields offered by SDU.
- Admissible Criteria: To be eligible, applicants must:
• Hold a Master’s degree in engineering or equivalent (required at the time of enrollment).
• Have documented experience in simulation and Digital Twins.
• Demonstrate strong mathematical skills and practical knowledge in 3D modeling.
• Possess strong programming skills (C/C++ and Python).
• Have knowledge in industrial robotics and kinematics.
• Be able to work independently and collaboratively within an agile team.
• Show motivation for application-driven R&D and collaboration with industrial partners.
How to Apply
Applicants must submit an online application through SDU’s recruitment portal. Required documents include:
• Motivated application (uploaded as Cover Letter)
• Curriculum Vitae
• Bachelor’s and Master’s degree certificates & transcripts
• Completed TEK PhD application form (5+3 scheme)
• TEK PhD GPA calculation form
• Description of grading scale (if non-Danish)
• Assessment of thesis (if applicable)
• Publications list and up to two sample publications
• References (optional)
• Any additional documents demonstrating relevant qualifications
All documents must be submitted in English, in PDF format, and without password protection.
Benefits
• Fully funded 3-year PhD position
• Monthly salary of approximately 36,581 DKK including pension, with potential for higher placement based on experience
• Opportunity to work within a leading robotics research center with advanced equipment
• Collaboration with industry partners across construction, maritime, robotics, and energy sectors
• International, flexible, and supportive research environment
• Integration in major research projects including the CEBE – Civil Engineering and the Green Transition in the Built Environment
• Access to Odense Robotics Cluster and strong academic-industrial networks