Resilient Cloud Computing in a controlled test environment
The focus of the present master’s thesis is twofold: i) to build a Raspberry Pi cluster as a fully-controlled small-scale cloud computing environment; and ii) to conduct practical, comparative, and theoretical investigations into fault tolerance, resilience, load balancing, and virtualization in cloud computing. Moreover, the cluster should be able to provide visual and/or textual feedback of relevant computing status information. All of the above should be designed, implemented, tested, and documented in a suitable, clear, and concise manner.
I am a curious software engineer who likes to try out new technologies and see what I can do with them. My main interest is cloud computing, but my interests are broad within aspects of development.
I am currently writing my master's thesis in Computer Engineering at Department of Engineering at Aarhus University. My specialization is within distributed systems and software engineering.
Hello there, thanking you for taking the time!
I have a great interest in technology, entrepreneurship, bridging business and technology and basically just creating awesome things. I have a passion for creating great software solutions with every part of the process in mind. From the requirements elicitation process, to sketching and architecting the solution, to the construction and making sure the solution fits the users needs.
I hold a B.Sc.Eng in information and communication technology with a weighted average of 10.48 in the danish 7-point grading scale from Aarhus University School of Engineering. I'm currently studying Master of Science in Computer Engineering at Aarhus University School of Engineering and are at the moment in the process of writing my master thesis.
As a person, I’m always interested in learning new things, I thrive on responsibility and love to be innovative and find new ways of doing things. I consider myself a creative and multitalented person, i especially like to work with concept development, design and the technical implementation.