Laboratory system
Innovation and Industrial 4.0 Center
Introduction
Equipped with the most advanced technologies, this practice room provides an ideal environment for students to grasp and apply practical knowledge in the Industry 4.0 era.
Function - Mission
- Function:
Promoting research and development of Industry 4.0 technology solutions; providing training and technology transfer to support businesses in applying them during the production transformation process
- Mission:
- Advising on strategies to foster innovation, research, and the application of science and technology to support the growth of the University and the business community in the context of the Fourth Industrial Revolution.
- Providing a learning, research, practicum, and internship environment for the University’s lecturers and students, as well as for enterprises, organizations, and individuals, in key areas of Industry 4.0 such as smart factories, equipment digitalization, and system integration.
- Expanding networks and partnerships with businesses; delivering services to enterprises including advanced workforce training, designing tailored Industry 4.0 transformation roadmaps aligned with their operational models, and identifying and implementing Industry 4.0 solutions for production technology transformation.
- Promoting collaborative research between the University’s departments and external enterprises and organizations to launch research and application projects, and to develop specific products within smart production lines powered by Industry 4.0 technologies.
- Developing operational plans, conducting evaluations, and ensuring reporting procedures in accordance with regulations.
- Carrying out other tasks as assigned by the University’s leadership.
Advanced Manufacturing Center (AMC)
Introduction
This is a place that provides the necessary infrastructure and services for the production and testing of advanced technology products and solutions.
Function - Mission
- Function:
Training, supporting, and providing advanced mechanical processing services for students, lecturers, and the business community (with a focus on small and medium-sized enterprises).
- Mission:
- Advise on strategies and policies related to training, support, and the provision of advanced mechanical processing services.
- Provide facilities and equipment to support teaching, hands-on practice, and research in mechanical engineering and manufacturing for both internal and external students and lecturers.
- Deliver enterprise-driven training in subjects such as design, manufacturing, and quality assurance in the field of mechanical engineering and manufacturing.
- Offer consulting services in mechanical design, prototype development, sample production, and measurement for individuals and businesses (with a particular focus on small and medium-sized enterprises, as well as start-ups).
- Propose and conduct research, design, and production of useful mechanical equipment for both internal and external use.
- Organize activities to disseminate specialized knowledge and technological advancements in mechanical engineering and manufacturing to the wider community.
- Establish partnerships with software providers, suppliers of materials, and machinery manufacturers in the field of mechanical engineering and manufacturing.
- Develop operational plans, conduct evaluations, and carry out reporting duties in accordance with regulations.
- Perform other tasks as assigned by the University’s leadership.
FABLAB
Introduction
A space for creativity and experimentation with new ideas, where students and researchers can experience and create innovative products using advanced technologies.
Function - Mission
- Function:
Provides an open fabrication environment that supports application-oriented training and research activities, and turns ideas into reality to foster creativity and entrepreneurship.
- Mission:
- Advise on strategies to promote experiential learning, applied research, innovation, entrepreneurship support, and the development of the university’s startup and innovation ecosystem.
- Provide a system of machinery, practice equipment, and a conducive environment for learning and experimentation.
- Support EIU students and lecturers in implementing course projects; assist users in accessing technology and turning ideas into reality.
- Identify highly applicable ideas and drive the development of new products.
- Support and promote the commercialization of products from successful pilot projects.
- Organize programs and events to attract innovative ideas.
- Connect with the global Fablab network; develop memberships and regular users; enhance visibility within the community.
- Develop operational plans, conduct evaluations, and implement reporting in accordance with regulations.
- Perform other tasks as assigned by the university’s leadership.
STEM-LAB
Introduction
An advanced center with a focus on Science, Technology, Engineering, and Mathematics (STEM), where students are encouraged to explore and develop the essential skills needed to adapt to the ever-evolving technological world.
Sembcorp - EIU Center for Sustainable Solutions
Introduction
The Center is the place to deploy training and research activities, contributing to providing high quality human resources for Vietnam and the region. The center is also a channel to promote a green, clean and sustainable development ecosystem to the community, contributing to changing awareness and habits in energy saving and environmental protection.
Vission - Mission
- Vission:
Serves as a hub for training and research to providing high-quality human resources and sustainable solutions to build a sustainable ecosystem as part of our wider support for Vietnam’s Net Zero Plan.
- Mission:
A channel to promote green, clean, and sustainable ecosystem development in the community, contributing to improving awareness and practices in energy transition and environmental protection.
Cyber Security Center
Introduction
With the increasing threat of cyberattacks, the center focuses on researching and developing advanced cybersecurity solutions, as well as training high-quality human resources in this field.
ERIS Lab
Introduction
ERIS LAB aims to promote research and development activities in the field of Robots and Mechatronics.
Function - Mission
Activities in the following areas:
- Robotic technology applying physiotherapy and rehabilitation: Developing automation devices applied in physical therapy, musculoskeletal system rehabilitation, applying robotic technology
- Mobile Robotics: Design and manufacture heavy duty transport robot vehicles for transportation activities in production
- Industrial Manipulator: provides courses on modeling, operating, and controlling industrial machine arms.
- Haptic Force Feedback Devices: research, design and manufacture force feedback devices for various applications such as virtual reality & remote control, mechatronic systems applied to Physiotherapy / Rehabilitation function.
- Computer Vision: Write industrial application software using camera image processing technology.
Power Electronics and Renewable Energy Laboratory (PERE Lab)
Overview
The power electronics and renewable energy research lab has measuring devices such as oscilloscopes, function generators, AC, DC, 3-phase power supplies, and power loads. study area, group discussion.
Function - Mission
Power Electronics and Renewable Energy Research Department researches on large power controllers, energy converters, application of clean energy to life, topics on automatic and energy saving systems. Energy is also studied here.
