Discovering Winning Computer Science Master's Thesis Topics

Research into computer sciences receives billions of dollars annually from federal agencies, industry-related businesses, corporate partners, and private donors. What is the draw towards computers? Why are they considered to be the wave of the future? Is it true that a computer becomes obsolete the moment it has been created? How can we utilize computers to make life better for humans? As the human race moves farther into the future, we are becoming more and more dependent on technology - and the computers which are responsible for it. Advances are being made on a daily basis, making this one of the most exciting fields in which a student can choose to study. The vast number of branches in which you can sub-specialize are limited only by a person's imagination.

The possible questions that need to be answered in computer science are virtually endless. However, when you are working on your Master's thesis you want to ensure that the topic you choose is on the cutting-edge of new technology and will make you a God among those who work with computers. Here is a list of winning topics that you may want to consider either getting your ideas from or working on to earn your degree:

  • Digital social networks: What technologies are used to build up the social networks that are accessed on digital devices by millions daily?
  • P2P: The technology behind BitTorrent: What makes it work and how secure are transactions done this way? How can it be made virtually impenetrable?
  • Software behind the cell phone phenomena: what building blocks need to be used to release or unlock new features on phones without rewriting or redesigning the software every time?
  • Vision augmented vehicles: Research into traffic scene "understanding".
  • Long-term changes in generated landscape or three-dimensional models.
  • Pattern recognition algorithms: Implementation and testing for the identification of animal tracks.
  • Construction, engineering, and architecture: Designing mapping languages that are domain specific.
  • The theory of algorithms and computation: New research and solutions to Rice's Theorem.
  • Network security: Preventing cyber break-ins in multi-location computer networks.
  • Information security and cryptography: Discovering new techniques to protect sensitive data.
  • Data mining: New computational processes for artificial intelligence.
  • Computer to human interfaces: Designing the dream interface.
  • Computing: Tolerant to a fault: New advances for critical life systems.
  • E-commerce systems: Simplifying the set-up and use of an advanced system for small or online businesses.