WPI’s PhD in Computer Science program has built an international reputation for research excellence over the past 40 years, providing you with extensive opportunities to work side by side with interdisciplinary researchers at the forefront of innovations that are shaping the discipline.
Our PhD in computer science gives students immediate access to world-class laboratories and the latest in computers and software, solving real-world problems and creating groundbreaking advances in computer security, artificial intelligence, database systems, data mining, human interaction, robotics, software engineering, visualization, and image science.
In WPI’s PhD in Computer Science program, you’ll be focused on solving real-world problems, from increasing computer system resilience in the face of attacks, to effective data mining that improves medical diagnoses and treatment. Exploration is encouraged for our doctorate in computer science, so you’ll take a range of courses from different areas, including essential work in theory, algorithms, and systems or networks. Then, you’ll direct your curriculum to suit your research interests and goals in areas like graphics/imaging, artificial intelligence, and databases.
In our computer science PhD program, you’ll conduct advanced research with our renowned faculty members in core research groups supported by agencies like the National Science Foundation, the US Department of Education, and the US Army.
You’ll have access to our state-of-the-art research facilities offering the latest in computers and software as you pursue your doctorate in computer science. These resources, such as the Human-Robot Interaction (HRI) Lab and the Applied Logic and Security Lab, allow for creative and inspired exploration in areas like Internet privacy, next-generation user interfaces in gaming, and artificial intelligence.
When you complete your PhD in Computer Science from WPI, your interdisciplinary skill set, publication record, and professional presentations of your findings are evidence of your productivity, creativity, and accomplishments. WPI’s Career Development Center offers resources to help you stand out to potential employers and ensure your successful future. They can help you find PhD in computer science job opportunities so you can get a jump start on your career. Maybe you have specific questions about what PhD computer science salary looks like? We’re here to help answer any questions you may have.
Not quite ready to pursue a doctorate in computer science? Our master’s in computer science will challenge you to utilize practical and theoretical expertise as you solve real-world problems in fields ranging from game development to data mining. Maybe you’re looking to study online? Explore our online master of science in computer science which offers the same rigorous curriculum at the convenience of your busy lifestyle.
Do you think a career in computer science fits your interests? WPI’s bachelor’s in computer science blends the technical knowledge you’ll need with the global view of how to best use your expertise to better the world. Our rigorous curriculum and collaborative faculty gives you the computer science tools you need to succeed.
If you’re someone who wants to develop an understanding of computer science without majoring in the discipline, try a minor in computer science. WPI’s minor in computer science gives you the knowledge and skills you’ll be able to apply in almost any field you enter. Having this technical understanding will help you advance in your career and is experience employers want to see.
Emmanuel Agu is currently an associate professor in the computer science department at WPI having received his Masters and PhD in electrical and computer engineering at the University of Massachusetts at Amherst. His research interests are in the areas of computer graphics, mobile computing, and wireless networks. He is especially interested in research into how to use a smartphone as a platform to deliver better healthcare.
My research interests focus on networking and security, including deep packet inspection and packet processing. My contributions include analysis of malware communications, parallelization strategies for network traffic analysis, and hardware accelerators for packet inspection and forwarding. I have also worked on optimized signature matching and instruction scheduling for novel processor architectures.
Professor Eltabakh’s research is in the broad area of Database Management Systems and Information Management. In particular, his work is in the areas of query processing and optimization, indexing techniques, scientific data management, and large-scale data analytics. Prof. Eltabakh is currently exploring possible extensions to both database management systems and Hadoop framework to support scientific applications and health-care systems. He is a member of the Database Systems Research Group (DSRG) and a faculty member of the Bioinformatics and Computational Biology (BCB) program.
I am an Assistant Professor in the Computer Science Department at the Worcester Polytechnic Institute. I completed my Ph.D. at the University of Massachusetts Amherst advised by Prof. Prashant Shenoy in 2016.
Information visualization is a powerful means for understanding data and informing human minds. As people begin to rely on visualizations to make high-impact and even life-critical decisions, there is a growing need to ensure that information can be perceived accurately and precisely.
Dr. Lee’s research interests are in social computing, information retrieval, data science, and cybersecurity over large-scale networked information systems like the Web, social media, crowdfunding, and crowd-based systems. My research focus has both positive and negative dimensions. On one hand, I focus on threats to these systems and design methods to mitigate negative behaviors; on the other, I look for positive opportunities to mine and analyze these systems for developing next generation algorithms and architectures that can empower decision makers.
I am interested in computer networking and security. Given the significance of the Internet in our economy and society, I am interested in improvements and studies that can have a real-world impact. My recent work has focused on how to make both enterprise and residential networks more secure. In my research work, I am exploring ways to change the traditional computer network communication model using techniques such as software-defined networking and network function virtualization.
My research is in human-computer interaction. One focus of my research is on next-generation interaction techniques, such as brain-computer interfaces, physiological computing, and reality-based interaction. I design, build and evaluate interactive computing systems that use machine learning approaches to adapt and support the user’s changing cognitive state and context. I also investigate novel paradigms for designing with accessibility in mind, particularly for the Deaf community.
