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The Integrated Organic Materials, Devices, Systems Lab (IntOr Lab) at VinUni is looking for candidates with suitable competencies including incoming and former graduates, postgraduate researchers in Materials, Polymers, Physics, Mechanical Engineering and other related fields. Currently, IntOr Lab is building a thermal drawing tower, focusing on the research of the foundation and application of organic materials integrated in fibers for electronic devices and energy with two areas of specific interest: health care and environment. Currently, the research department is focusing on the Smart Fiber Project.
Project Leader (PI): Prof. Nguyen Dang Tung (LinkedIn, Google Scholar)
Career opportunities and qualifications:
For undergraduate students: IntOr Lab will host you as a final-year intern. The laboratory provides international facilities, equipment and research projects.
For post-graduates: IntOr Lab will accept you as a Research Assistant. The main tasks will be to work with the PI on a variety of topics. We give preference to graduates who wish to pursue postgraduate training programs; training highly qualified engineers and scientists is part of IntOr Lab's mission. If necessary, we will assist in the application process for the Master's/Doctoral program and will recommend a graduation thesis.
For Master's degree holders: IntOr Lab will accept you as a Researcher. You will be assigned to lead a project and will have the opportunity to interact with students.
Responsibilities:
Operate equipment for the project.
Prepare materials for the project.
Participate in writing research proposals and manuscripts for publication in high-impact scientific journals.
Collaborate with colleagues to achieve research goals.
Benefits:
Participate in collaborative projects and partnerships with universities such as University of California, Santa Barbara (UCSB), National University of Singapore (NUS), Nanyang Technological University, École Polytechnique Fédérale de Lausanne, Delft University of Technology, etc.
The salary depends on capacity and qualifications.
Reward for excellent performance.
Work under the support of PI.
Friendly and modern working environment.
Expanding national and international networks.
Develop yourself and upgrade your CV.
Receive direct recommendations or support for writing recommendation letters for candidates aspiring to pursue a PhD abroad (US, EU, Canada, Singapore, etc.).
How to apply: Please send your CV (including at least two references who can provide more information about you if requested) to tung.nd2@vinuni.edu.vn or via LinkedIn message. In the email, please describe your experience and the direction of research you have undertaken. There will be a face-to-face interview before the final results are available.
Our laboratory employs equally and respects differences. We do not discriminate based on gender, religion, hometown, nationality.
Join us at IntOr Lab and become a part of Organic Materials Research!
Scholarship Opportunities for Master’s Students
Scholarship Opportunities for Master’s Students
Master of Science in Electrical and Mechanical Engineering
Master of Science in Electrical and Mechanical Engineering
Research Project: Multifunctional Fibers for Flexible Electronics and High-tech Textiles
Workplace: VinUniversity, Hanoi, Vietnam Mode of Study: Full-time
Supervisor: Prof. Nguyen-Dang Tung Program Duration: 2 years
Salary: 20.000.000 VND/month Annual Application Deadline: July 15
Project Goal:
This project aims to develop scalable methods for the mass production of durable, multifunctional fibers using the thermal drawing process. These fibers will seamlessly integrate embedded electronic architectures into flexible smart textiles capable of sensing, computing, and energy harvesting, enabling next generations of wearable technologies.
Position highlights:
Scalable Thermal Drawing: The project leverages the thermal drawing process to transform complex electronic manufacturing from rigid silicon wafers into continuous, kilometer‑long flexible fibers, enabling cost‑effective and high‑throughput production of smart yarns.
Monolithic “Device‑in‑Fiber” Architecture: Functional microelectronic components, including metals, insulators, and semiconductors, are directly encapsulated within a protective cladding during the drawing process, resulting in highly durable, fully integrated electronic fibers.
Seamless Textile Integration: The multifunctional fibers are engineered with sufficient mechanical robustness to withstand standard industrial textile processes such as weaving and knitting, ensuring that the final fabrics remain fully functional.
Multifunctional Platforms: The project integrates multiple capabilities, such as distributed sensing, electromagnetic scattering, and energy harvesting, into a single textile platform, paving the way for self‑sustaining wearable systems.
AI‑Driven Design and Data Analytics: Artificial intelligence and machine learning techniques are employed to optimize fiber sensor design and to analyze complex, multimodal data collected from textile‑based sensors, enabling applications in health monitoring and advanced human–machine interfaces.
Benefits:
100% tuition covered
A monthly stipend of 20 million VND
Research funding and support for scientific publications
Opportunities to work closely with leading professors and scientists, joining research groups to tackle real-world scientific and technological challenges
Requirements:
Hold a bachelor's degree with at least a Good classification or have relevant scientific publications in the field of application.
Having an IELTS certificate of 6.5 (or equivalent) in English within two years (24 months) before the admission registration date or have a bachelor's degree in English or graduate from a bachelor's program taught in English.
For more information about the admission process, please refer to the following link:
Call for Internship 2026
Call for Internship 2026
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