Computational Engineering & Robotics Lab
We develop technologies that advance computational engineering and robotics to solve real-world challenges across healthcare, manufacturing, and automation.
Lab Life & Research
Over the years, our lab has grown into a vibrant community of researchers, students, and collaborators pushing the boundaries of computational engineering and robotics.
Research Areas
Core domains of computational engineering and robotics research
Engineering
Advanced computational methods for engineering simulation and analysis
- Computational fluid dynamics
- Finite element analysis
- Mesh generation algorithms
Medicine
Healthcare technology and medical device innovation
- Medical imaging systems
- Surgical assistance tools
- Patient monitoring devices
Robotics
Autonomous systems and intelligent control mechanisms
- Motion planning algorithms
- Sensor integration
- Control system design
Laboratory Leadership
Led by Dr. Kenji Shimada, Theodore Ahrens Professor in Engineering at Carnegie Mellon University, our research group focuses on developing technologies that improve society and human welfare.
Dr. Kenji Shimada
Theodore Ahrens Professor
Join Our Research
We welcome students and researchers interested in computational engineering and robotics. Our lab provides opportunities to work on cutting-edge projects that address real-world challenges.
1. Submit Application
Review our research areas and submit your application through our online form.
Apply Now2. Send Resume
Email your resume to shimada@cmu.edu with subject "Interested in CERLAB projects".
Contact DirectSelected candidates will be invited to meet with Professor Shimada to discuss technical interests and research opportunities within several days of application.