| This course on Surface Technology gives an overview of surface treatments and coating techniques which are available to 'engineer' a surface, so to give desired properties to a surface. The largest part of Surface Technology deals with basic principles and possibilities versus limitations of coating processes and surface treatments. The emphasis lies on processes like Physical Vapour Deposition (PVD), Chemical Vapour Deposition (CVD) and electroplating. Examples of basic principles that will be discussed are vacuum technology, evaporation, sputtering and basics of ionized gases. Besides this, attention will be paid to coating materials, failure mechanisms, characterization of coatings and selection of surface treatments and coatings. |
Why this course: The main goal is to gain understanding of the basic principles and the application issues of state-of-the-art surface treatments and coating techniques. Examples for the applications of these techniques are tailored properties of a surface such as wear resistance, thermal isolation or corrosion protection. Besides, decorative purposes can also be a reason to apply surface treatments and coatings.
Highlights: The course introduces you to surface degradation mechanisms – or in other words, why products fail. We also look at how we can achieve a desired surface functionality and influence the lifetime of the product by delving into relevant surface technologies. The knowledge is applied by working in teams to research solutions to real surface-related problems, for example, that could be anything from antibacterial surfaces for hospital equipment or coatings for hip implants to household appliances, surface treatments for 3D printed parts or the role of coatings and surface treatments in the energy sector. The course aims at flexibility for the learner and comprises a mix of standard lectures, guest lectures from (industry) researchers, and self-learning.
For whom: Professionals with a BSc level in Mechanical Engineering, Industrial Design Engineering, or similar.
From whom: dr. D.T.A. Matthews
Practical information: This is a regular master course, in which students as well as professionals can participate. The core of the course is the lectures; attendance is optional. Besides, time for self-study is required; this is not assisted. The acquired knowledge and skills are applied in a project, which can be a theoretical or practical assignment. Finally, an oral exam will provide insight into the gained knowledge. This is not optional.
Literature: A handout of the course and the lecture sheets will be provided digitally.
Location: University of Twente, Enschede, NL
Duration: The course is scheduled annually from February till April. It requires 140 hours of study load.
Costs: € 2067,15
More information:
Content of the course: dr. D.T.A. Matthews, d.t.a.matthews@utwente.nl
Registration: Registration form | Faculty of Engineering Technology (ET)