Washington University in St. Louis is a private research institution established in 1853 and referred to as WashU or WUSTL. Washington University is ranked among the most reputable universities in the world by utmost education publications and is the hub to the superiority of the university-s undergraduate, graduate, and professional students.
Among the best colleges in national universities, Washington University in St. Louis ranked at 14. The research focuses of Washington University on the areas of medicine, environment and energy, innovation and entrepreneurship, and plant science, and conducts more than 3,000 research projects each year. The popular Washington University-s research centers include the Weidenbaum Center on the Economy, Government and Public Policy, the Genome Institute, and the McDonnell Center for the Space Sciences.
Address: 1 Brookings Dr, St. Louis, MO 63130, United States
Phone: +1 314-935-5000
Email: webteam@wustl.edu.
Website: https://wustl.edu/
• Ph.D. in Computer Science
• MS in Computer Science
• MS in Computer Science and Engineering
• MS in Data Science
• MS in Cyber Security
• MS in Software Engineering
• MS in Intelligent Systems and Robotics
• MS in Human-Computer Interaction and Design
• MS in Bioinformatics
• Post-Baccalaureate Certificate in Computer Science and Engineering
Some of the well-known computer science research areas at Washington University in St. Louis are listed below;
• Computational Systems
• Computer Engineering Cyber-Physical Systems
• Cyber-security
• Graphics; Vision & Imaging
• Human-Computer Interaction
• Machine Learning & Artificial Intelligence Networked Systems
• Parallel Computing Technology
• Theoretical Computer Science
Computational Systems Biology - To bridge the gap between data and biological knowledge, researchers at Washington University implement leading-edge computational techniques for data modeling and machine learning, database search and indexing, graphics and vision. Some top research interests are Computer Graphics, Systems Biology, Bioinformatics, Computational Genomics, Biosequence Comparison, Gene Regulation Networks, and Molecular Modeling.
Computer Engineering - Research topics under computer engineering cover a broad range of topics, from new nano-scale sensors to scalable and secure computer network systems. Some more important research topics are Sensors, Polarization Imaging, Imagers, Fluorescence, Sensory Devices, Low Power Sensors, Optical Sensors, Image Guided Surgery, Ultrasound Imaging, Floating Gates, Integrated circuits, and Plasmonic Sensors.
Cyber-physical systems - Research topics on cyber-physical systems meet Real-Time Parallel and Hybrid Simulation Systems, Wireless Sensor Networks, Embedded Systems, Internet of Things, and smart sensors. Cyber-physical systems technologies possess an extensive range of novel applications such as autonomous vehicles, smart civil infrastructure, medical devices, and smart energy.
Cyber security - Research interests in cyber-security include Machine Learning and AI in Security, Darkweb and Cybercrime Ecosystem, Programming Language and Software Security, Distributed and Industrial Systems Security, Hardware and Game-Theoretic Security, Privacy & Confidentiality, System and Data Center Security, Digital Forensics, Cryptography, Trusted Computing, Network, and Healthcare Security.
Graphics, vision &imaging - Research focus on graphics, vision & imaging includes manifold learning, biomedical imaging, geometric modeling, mesh processing, surveillance, remote sensing, 3D Reconstruction, Computational Photography, Recognition, Detection, Segmentation, Scene Understanding, and Motion Capture.
Human-Computer Interaction - Research topics in HCI are Augmented Reality, Virtual Reality, 3D Navigation and Exploration, and Digital Mapping.
Artificial Intelligence and Machine Learning - Data Mining, Information Retrieval, Automated Planning, Pattern Recognition, Knowledge Discovery, Data Science, Computer Vision and Graphics, Computational Photography, Image and Signal Processing, Big Data, Distributed and Parallel Computing are research topics in Artificial Intelligence and Machine Learning at Washington University.
Network systems - Research in networked systems focuses on Next Generation Internet, Internet of Things, Wireless, Sensor and Social Networks, and Network Science.
Parallel Computing - Parallel Computing Technology Group investigates a broad range of topics such as Multicore and Distributed Computing, Parallel Algorithms, Multithreaded and Parallel Programming, Message Passing, Big Data, Multiprocessor, Streaming Computations, and many more.
The research center and laboratories of computer science at Washington University are listed below;
• Center for Biomedical Informatics
• Center for Genome Sciences
• The Electronic Radiology Laboratory
• Center for Empirical Research in the Law
• Center for National Nanotechnology Infrastructure Network
• Center for Materials Innovation
• Center for Innovation in Neuroscience and Technology (CINT)
• Baker Research Group
Based on the duration of completing the PhD computer science program, Washington University offers funding support to the students. More than half of PhD students gain financial aid via financial assistance, grants, loans, or Federal Work-Study Program possibilities. Financial assistance includes fellowships, mentorship, and clinical internships in applied subjects. Few types of scholarship schemes are
• WashU Merit-based Scholarships.
• WashU Need-based Scholarships
• Outside scholarships
• Federal and state government grants
• RaiseMe Micro-Scholarships
