Ongeveer 4 uur geleden - Universiteit Maastricht (UM) - Maastricht
De PhD positie is beschikbaar bij de afdeling radiologie van het Nederlands Kanker Instituut (NKI-AvL) en de aanstelling vindt plaats bij de Universiteit Maast…
This project aims to research concepts and technologies for the direct-write of local NP patterns and functions.
mechanical engineering, precision engineering, micro/nano technology and manufacturing, physics, electrical engineering
Nanoparticles (NPs) are promising materials for a variety of new functionalities and applications. NPs are used in medical diagnostics and therapy, optical functionalities, and in catalysis. NPs are also used in advanced, direct-write manufacturing (additive manufacturing) methods.
This project aims to research concepts and technologies for the direct-write of local NP patterns and functions. Technologies for the synthesis of particles are available; this is explicitly not the topic of research in this project. However, once particles are generated, the challenge is to arrange these into functional patterns, in methods that are potentially industry-compatible. This is the core challenge in the project.
A specific field of use is flexible and wearable electronics. Patterns based on directly written nanoparticle systems may serve as interconnect line, chip interconnection, or sensor function.
The project is part of a cooperative two-PhD project with a research group from NTNU (Trondheim, Norway). The PhD researcher at NTNU will focus on complementary activities, i.e. thermal-mechanical modelling of particle systems. Industrial parties are involved in the project.
Your tasks include:
• Exploring the fundamentals of NP-based manufacturing. Developing and understanding viable manufacturing routes for direct-write of structures based on NPs.
• Defining and experimentally exploring new interconnection schemes, integrating polymer micro/nanomanufacturing and NP patterning.
• Publishing your results in quality journals, attending conferences, and writing a PhD dissertation.
You should have the following qualifications:
• MSc university degree in mechanical engineering, precision engineering, micro/nano technology and manufacturing, physics, electrical engineering, or a related area.
• Preferentially, you are familiar with and have expertise in one of the knowledge areas relevant to this project: flexible electronics, direct-write manufacturing, polymer micro/nanomanufacturing.
• Explorative experimental work is a key aspect of the project; successful candidates are expected to have the skills for this.
• Proven skills in teamwork and communication.
Note: the synthesis of particles is not the topic of interest in this project; researchers with an interest in particle synthesis need not apply.
Delft University of Technology (the TU Delft) is a multifaceted institution offering education and carrying out research in the technical sciences at an internationally recognised level. Education, research and design are strongly oriented towards applicability. The TU Delft develops technologies for future generations, focusing on sustainability, safety and economic vitality. At the TU Delft you will work in an environment where technical sciences and society converge. The TU Delft comprises eight faculties, unique laboratories, research institutes and schools.
Mechanical, Maritime and Materials Engineering
The Department of Precision and Microsystems Engineering (PME) focuses on developing knowledge and methods for innovative, high-precision devices and systems, such as precision equipment and scientific instrumentation for the high-tech industry. Increasing miniaturisation and function density and improving precision, speed, and reliability are the key topics in our work. Our approach is multidisciplinary, fundamental, and inspired by industry needs.
The vacant position is within the Micro and Nano Engineering (MNE) research group. This group aims to develop the nanoengineering discipline by pairing basic nanoscience with engineering and production concepts. Research topics include 2D nanomaterials, diamond thin films, nanoparticles, polymer micro- and nanomanufacturing, nanotools, scientific instrumentation, and scalable micro/nanomanufacturing.
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