Introduction
The future for a master degree in Product and System Design is unlimited. With this Master's Degree you can take part in shaping the future and contribute to solving challenges related to a safe, efficient and environmental friendly supply of food, energy and clean water. This program of study focuses on the design of systems and equipment related to ocean industries and coastal infrastructure. The applied design methods and technologies are generic and can be applied in a wide range of industries and applications.
About Product and System Design
This program of studyfocuses on the design of which incorporates the multidisciplinary aspects of advanced systems engineering for energy and environmental technologies.The focus areas are applications within ocean industries and coastal- and water engineering, applying digital technology and advanced design methodologies.
You will learn about systems which address the complex interactions between technology and operators, and how to apply new methods and technologies. You will be challenged in developing new solutions that are smart, safe, environmentally friendly and efficient.
During your studies you can select your individual focus into different directions:
Sustainable energy systems
Environmental requirements aiming for zero emissions present enormous challenges for new energy systems. New technologies, hybrid solutions, smart operational systems, and the innovative use of materials are combined in meeting today strict economic and environmental requirements.
With a specialization in sustainable energy systems, you will obtain competence in key concepts and principles of hybrid energy systems. You will learn about various renewable energy sources and energy carriers, and how these are combined into smart grids in a micro- and macro scale to power land based as well as offshore activity. You will be able to evaluate various energy production, storage, distribution and consumption systems based on energy balance calculations.
This study track will give you an understanding of global and local energy systems and their effect on the environment as well as design of environmental friendly and efficient energy systems, including renewables and fuels for the future. Some core topics: Low carbon fuels, hybrid power systems, smart grids, renewable energy, hydrogen, batteries, energy balances, Rules and regulations
Mechatronics
This study track will provide you with a broad knowledge to design, integrate and analyse mechatronic systems, especially focusing on applications in the maritime industry.
Mechatronics is an interdisciplinary subject covering system design, mechanical system, control, hardware and software engineering. The importance of this study track is to provide a full picture of mechatronics.
The study track will introduce fundamental theoretical and practical knowledge of diverse mechatronic elements and systems. It will cover detailed knowledge on mechatronics systems including system integration, sensor, actuation, and control. Also, it will introduce the student to cutting-edge knowledge on applied AI on maritime mechatronics systems, advanced knowledge on utilising modelling and simulation for mechatronics. Some core topics: Autonomy, Robotics, Digital manufacturing, Digital Twins, Machine learning, Control systems
Smart water technology
Water infrastructure continues to face significant challenges of complex nature in many cities across the world. Rapid urbanisation combined with climate change, aging infrastructure and the emergence of new contaminants have necessitated the need for a paradigm shift towards a new kind of water management intelligence. The advent of Internet of Things (IoT), advanced modelling, simulation and visualisation techniques, and a need for more sustainable smart cities, is already leading to a digital transformation of the water sector. Water operation systems are increasingly being integrated with cyber-physical systems, digitalization and big data. These systems are empowered by software, sensors, actuators, processors, communication and control technologies to enable informed decisions.
Demand for water engineers with the skills and competence to integrate and utilise different digital technologies and data analytics in the planning, design, operation, maintenance and rehabilitation of water infrastructure is on the ascendency in Norway and internationally.
The Smart Water and Environmental Engineering study trrack focuses on giving you relevant skills and competence on traditional engineering approaches, cutting edge digital technologies and data analytics techniques to address complex water and wastewater challenges around the world. You will have the opportunity to work on many projects in close collaboration with private and public sector stakeholders in Norway. There will also be an opportunity to be involved in international projects with our global partners. Some core topics: Water treatment methods, Plant design, Sensor technology, Rules and regulations.
Learn state-of-the-art methods and software
This master's degree program combines fundamental and specialization courses, with an updated and modern view on product design topics, focusing on digitalization, 3D modelling, and the use of simulation tools. Digital tools are used in all courses, with emphasis on state-of-the-art software used by the industry (CAE/CAD), and also new novel methods and software (e.g. Digital Twin concepts).