Umeå University

Overview

The PhD in Computing Science at Umeå University emphasizes advanced research in computation, algorithms, and computational systems. The program balances theoretical foundations with practical applications, enabling students to conduct original research under expert supervision and to complete a doctoral thesis that culminates in a public defense.

What You'll Study

The PhD program is structured to combine a rigorous doctoral training with dedicated research. Your individual study plan will be crafted around your research interests and progress, ensuring that you meet the required milestones throughout your academic journey.

Core Research and Training Components

• Supervised Research: Engage in ongoing work related to your doctoral project with guidance from academic supervisors.
• Doctoral Training: Participate in coursework and skills development tailored to your research area, including research methodologies, academic writing, and presentation skills.
• Seminars and Academic Community: Involve yourself in departmental and research group activities to enhance your academic network.
• Midway Milestone: Complete a mandatory mid-seminar to evaluate your progress and refine your research direction.

Example Subject Areas

• Database Systems
• Distributed Systems
• Cognitive Computing
• Intelligent Robots
• Theoretical Computer Science

Thesis Requirement

• Doctoral Thesis: Generally submitted as a monograph or a compilation of published works.
• Public Defence: You will be required to defend your thesis publicly as part of the examination process.
• Popular Science Component: A section aimed at communicating your research to a wider audience, as outlined by the program or department requirements.

Entry Requirements

To be eligible for this program, applicants must possess an advanced-level degree (equivalent to a Master's) or have comparable qualifications. This typically includes a total of at least 240 ECTS credits, with a minimum of 60 ECTS at the advanced level. Additionally, applicants should have a minimum of 90 ECTS credits in Computing Science or closely related fields relevant to their intended specialization. Candidates will also be evaluated to ensure they can benefit from doctoral education.

Career Prospects

Graduates of the PhD in Computing Science can pursue a variety of career paths in academia, industry, and research institutions. With expertise in advanced computation and algorithms, you may find opportunities as a researcher, lecturer, or specialist in technology-driven organizations. The skills gained during this program will prepare you for roles that require innovative problem-solving and advanced analytical capabilities in an ever-evolving digital landscape.