With most of its growth taking place over the last 25 years, the CSE Department is a young and research-active department. CSE faculty members are graduates of many of the top departments in the country, and all are currently conducting externally-funded research.
The department is home to 20 research laboratories, with annual research expenditures exceeding $8 million.
Research areas of particular strength are:
Funding sources include a broad spectrum of federal agencies (including NSF, DARPA, ONR, DOE, NIH, AFOSR, NASA, NSA), Michigan government agencies, and numerous corporate sponsors.
The faculty are aided in this research by an outstanding group of graduate and undergraduate research assistants. The number of faculty in the Department continues to grow, enabling us to strengthen existing research areas and expand into new ones.
Our collective research activities address a number of problems that are important to the nation's security and quality of life. Researchers protect critical infrastructures from cyber-terrorism, enhance how we find and organize information in databases, use biometrics to enhance security systems, explore the human genome, and design software used in safety-critical systems.
As part of the MSU tradition, our graduate research program emphasizes interdisciplinary collaboration and scholarship that transcends the traditional boundaries of the field. CSE is composed of over 150 M.S. and Ph.D. students from around the globe.
Our annual research poster workshop gives CSE graduate students an opportunity to display their research and receive recognition for their efforts. It also informs the CSE community about the research our students are conducting and has been a significant community-building activity for over a decade.
The annual CSE Research Open House provides an opportunity to tour our labs and experience how computer science is transforming the world.
MSU offers a variety of research colloquia, lectures, and seminars related to computer science.
Faculty: Dr. Huacheng Zeng
The mission of INSS Lab is to advance wireless networking and sensing technologies for the betterment of our society. Currently, the laboratory focuses on the integrated design of hardware (RF circuits and antennas) and software (AI, signal processing, protocols, optimization) to propel innovation in networking and sensing systems.
Faculty: Dr. Emily Dolson
The ECODE lab works at the intersection of computer science, ecology, and evolutionary biology to develop techniques for predicting and controlling the outcome of evolution in a wide range of contexts. By working with vastly different systems that are all controlled by the same principles we are able to develop general-purpose algorithmic advances that span evolutionary computation and biology.
Faculty: Dr. Jiayu Zhou
The Intelligent Data Analytics (ILLIDAN) Lab designs scalable machine learning algorithms, creates open source machine learning software, and develops powerful machine learning for applications in health informatics, big traffic analytics, and other scientific areas.
Faculty: Dr. Kevin Liu
Our lab creates new computational methodologies for efficient and accurate comparative genomic analyses – especially in the context of complex evolutionary scenarios – and then connects the resulting insights to phenotype and function; the end goal of our big-data-driven approach is to generate hypotheses that result in new biological and biomedical discoveries.
3312 Engineering Building
Faculty: Dr. Guan-Hua Tu
The SNMS research group conducts advanced research in the broad areas of security, IoT, mobile systems, and wireless networking, with a recent focus on innovating 5G/4G mobile network architecture/protocol/technologies, cellular/Wi-Fi IoT, secure cloud computing/services, blockchain technologies.