We make. Math turns our dreams into made things. Breakthroughs in computing, geometry, and optimization point the way to new things and the means to make them. Lots of them.
Interests: Fuel-flexible power-system design, Engine and combustor design, Prototype and testbed development, Experimental system integration, Instrumentation and data-acquisition systems, Emissions and aftertreatment test systems, Model-based design and digital twins, AI-enabled design optimization, Design for manufacturability and safety, Technology translation
Interests: Autonomy for Flexible Manufacturing; Robot Hand Design
Interests: Computational Design and Topology Optimization, Additive Manufacturing and Advanced Materials, AI-Accelerated Engineering Design
Interests: Nanostructured Solid-Liquid Interfaces, Nanoparticle Transport and Self-Assembly, Molecular Dynamics Modeling, Advanced Nanomanufacturing of Functional Materials
Interests: Machine Learning Design for Nanodevices; Nanofabrication of nanomaterials and nanostructures
Interests: Computational design, task driven design of robotic systems, interpretable kinematic intelligence
Interests: Laser-assisted Manufacturing of Various Devices in Energy, Display, Semiconductor, Biological and Opto-Fluidic Fields, Manufacturing of Three-Dimensional Glass Electronics and Hybrid Opto-Fluidics, Laser-based Scalable Nanomanufacturing, In-situ Process Monitoring and AI/ML based on Manufacturing
Interests: Design of Camera-Projector System for Surgery; 3D-Printed Jigs for Orthopedic Resection, Raman Spectroscopy for Cancer Diagnosis
Interests: AI-Driven Mechanism Design, Computational Kinematics, Rehabilitation Engineering, and AI/STEM Education (Invented SnappyXO Robotics platform)
Interests: Bio-Integrated and Bio-Inspired Soft Electronics, Multimodal Haptic Interfaces, Manufacturing and Integration Techniques for Smart Devices
