General Engineering

Subject code
WUR31.0016

Biomedical engineering is an innovative field that strives to improve the quality of life through cutting-edge technologies that enhance healthcare and support economic growth worldwide. At the Graduate Institute of Nanomedicine and Medical Engineering (GINME), we specialize in the integration of nanotechnology and advanced manufacturing processes for medical applications, which has proven successful in clinical translations and industrial development.

GIBMTE is a dynamic and internationally recognized graduate institute with a multidisciplinary approach to education. Our English-taught program encompasses a range of fields including biomedical materials, tissue engineering/regenerative medicine, medical device development, drug delivery systems, nanotechnologies, and bioprocessing of biologicals for therapeutic and clinical applications.

The School of Materials Science and Engineering (SME), one of the most powerful school in NPU, cultivates and educates the talents to be with strong natural science foundation, professional knowledge, international overview, and innovation spirit with the characteristics of advanced materials and preparation technology. After graduation, students will be competitive in scientific research and other work in the fields related to materials and chemical industry, design and development, manufacturing, engineering management and research, etc.  

In this programme, you will take courses on renewable energy and energy efficiency, waste management, life cycle management, emission control and reduction, climate change, and sustainable business and innovation. 

Overview 

This Master's programme will give you a comprehensive understanding of how to utilise nuclear power safely. You will learn how to design nuclear reactors. Nuclear power plant engineering focuses on how different components in nuclear power plants work together, what specific requirements apply to components used in nuclear power plants, how to design for radiation protection, and how to consider the life cycle of power plants, including fuel and waste management. 

Overview

In this programme, you will develop your competences in business decision-making for innovation and logistics, creative and innovative thinking, and collaboration and networking skills. These are what you need to succeed globally and to execute any digital transformations and sustainability strategies in organisations with an entrepreneurial mindset. 

Overview

During your studies in this programme, you will be exposed to concepts that you will need as an effective manager, ranging from inventive design to strategic product and technology development, systems modelling or open collaborative innovation. You will become familiar with the whole process from ideas to innovations to business value. 

Overview

In this programme, you will learn to understand how different production/conversion methods are used and how they compare with each other in different applications. 

Overview

In this programme, you will learn how different bio-based solutions may help us to construct systems without waste. In a circular economy, the role of business is central, and you will also learn about the dynamics of sustainable business models.

Overview