Keyword Topic: Robot Architectural Design

Iris Bahar, PhD

Iris Bahar, PhD

Computer Science

Department Head & Professor

ribahar@mines.edu

Affiliated Pillar(s): Foundations | Frontiers

Research Focus Areas: Innovation in Computing | Intersections of Science Policy & Governance | Robotics for the Modern World | Transforming Engineering Education & STEM Workforce

Keywords: Embedded Systems | Engineering Educational Innovation | Environmental Policy | High Performance Computing | Human Robot Interaction | Interdisciplinary Education | Resource & Sustainability Policy | Robot Architectural Design | Robot Grasping & Manipulation | Robot Perception | Security & Privacy | Sustainable Resource Management

Kaveh Fathian, PhD

Kaveh Fathian, PhD

Computer Science

Assistant Professor

kaveh.fathian@mines.edu

Affiliated Pillar(s): Frontiers | Fundamentals

Research Focus Areas: Advanced Mathematics for the Modern World | Robotics for the Modern World

Keywords: Algorithms | Applied Mathematics | Applied Robotics | Machine Learning | Multi-Robot Systems | Optimization Techniques | Robot Architectural Design | Robot Learning & Adaptive Systems | Robot Perception | Robot Planning & Control | Simulations

George Kontoudis

George Kontoudis

Mechanical Engineering

Assistant Professor

george.kontoudis@mines.edu

Affiliated Pillar(s): Frontiers

Research Focus Areas: Computing for Innovation | Innovation in Computing | Robotics for the Modern World | Space Exploration & Resource Development

Keywords: Cyber-Physical Systems | Data Science | Environmental Monitoring | Machine Learning | Medical Devices | Multi-Robot Systems | Networked Systems | Remote Sensing | Robot Architectural Design | Robot Grasping & Manipulation | Robot Learning & Adaptive Systems | Robot Planning & Control | Search & Rescue | Uncertainty Quantification

Kevin Moore, PhD, PE

Kevin Moore, PhD, PE

Electrical Engineering; Engineering, Design, & Society

Professor Emeritus

kmoore@mines.edu

Affiliated Pillar(s): Energy | Foundations | Frontiers

Research Focus Areas: Advanced Energy Systems & Integration | Engineering Global Sustainability | Robotics for the Modern World

Keywords: Applied Robotics | Climate Resilience | Distributed Energy Resources | Electrical Grid Resilience | Energy Efficiency | Energy Systems Optimization | Energy-Water Nexus | Grid Integration & Modernization | Hybrid Energy Systems | Multi-Robot Systems | Resilient Communities | Resilient Infrastructure | Robot Architectural Design | Robot Learning & Adaptive Systems | Robot Planning & Control | Smart Buildings | Smart Cities | Smart Grid | Social Impacts of Science & Technology | Socially Responsible Engineering | Sustainable Resource Management | Systems Thinking

Andrew Petruska, PhD

Andrew Petruska, PhD

Mechanical Engineering

Associate Professor & Director of Robotics Program

apetruska@mines.edu

Affiliated Pillar(s): Foundations | Frontiers

Research Focus Areas: Engineering at the Interface of Biology & Technology | Entrepreneurship & Innovation | Materials & Manufacturing of the Future | Robotics for the Modern World | Space Exploration & Resource Development

Keywords: Additive Manufacturing | Modeling & Simulation | Multi-Robot Systems | Planetary Instrumentation | Propulsion Systems | Robot Architectural Design | Robot Grasping & Manipulation | Robot Learning & Adaptive Systems | Robot Locomotion | Robot Perception | Robot Planning & Control | Space Exploration | Space Mining Technologies | Spacecraft Design & Control | Sustainable Manufacturing & Processes | Welding & Joining

John Spear, PhD

John Spear, PhD

Civil & Environmental Engineering

Professor

jspear@mines.edu

Affiliated Pillar(s): Earth | Environment | Frontiers | Fundamentals

Research Focus Areas: Carbon Management & Air Quality | Clean & Sustainable Water Systems | Earth & Planetary Processes | Engineering at the Interface of Biology & Technology | Environmental & Climate Data Science | Exploring the Subsurface through Modeling & Mapping | Managing Earth's Water Resources | Robotics for the Modern World | Soil Health & Human Wellness | Space Exploration & Resource Development | Underground Infrastructure Development

Keywords: Biochemistry | Bioinformatics | Bioremediation | Carbon Capture & Storage | Climate Change | Climate Systems Interactions | Contaminant Fate & Transport | Energy Efficiency | Energy-Water Nexus | Environmental Microbiology | Environmental Monitoring | Environmental Policy | Environmental Toxicology | Genetics | Geochemistry | Glaciology | Groundwater Contamination | Materials for Extreme Environments | Methane Emission Reduction | Mine Water | Molecular Biology | Nuclear Remediation | Robot Architectural Design | Soil-Plant Interactions | Space Exploration | Subsurface Imaging & Mapping | Watershed Management

Tom Williams, PhD

Tom Williams, PhD

Computer Science

Associate Professor

twilliams@mines.edu

Affiliated Pillar(s): Foundations | Frontiers

Research Focus Areas: Computing for Innovation | Economic Feasibility & Social Acceptance | Ethics & Values | Innovation in Computing | Robotics for the Modern World

Keywords: Community-Based Research | Design Justice | Educational Tools & Technology | Engineering & Social Justice | Ethics in STEM | Human Robot Interaction | Human-Centered Computing | Multi-Robot Systems | Robot Architectural Design | Search & Rescue | Social Impacts of Science & Technology | Socially Responsible Engineering | Space Exploration

Frances Zhu, PhD

Frances Zhu, PhD

Frances Zhu Photo

Mechanical Engineering

Assistant Professor

frankie.zhu@mines.edu

Affiliated Pillar(s): Frontiers

Research Focus Areas: Computing for Innovation | Innovation in Computing | Robotics for the Modern World | Space Exploration & Resource Development

Keywords: Algorithms | Applied Robotics | Computational Analysis | Cyber-Physical Systems | Data Science | Educational Tools & Technology | Embedded Systems | Environmental Monitoring | Human Robot Interaction | Intelligent Transportation | Machine Learning | Modeling & Simulation | Multi-Robot Systems | Robot Architectural Design | Robot Learning & Adaptive Systems | Robot Locomotion | Robot Perception | Robot Planning & Control | Search & Rescue | Simulations | Space Exploration | Space Mining Technologies | Space Power & Energy Systems | Space Resources Development | Space Sampling & Analysis | Spacecraft Design & Control | Systems for Extreme Environments | Uncertainty Quantification