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Robotics and Control Systems

Courses and Research

Build a strong foundation in robotics, automation, artificial intelligence, optimization and control systems through a diverse selection of graduate-level courses at UNC Charlotte. These courses combine theoretical fundamentals with practical applications, preparing students for careers in advanced manufacturing, autonomous systems, AI-driven technologies, research and doctoral study.

Featured Courses

  • ECGR 5411: Control Systems Theory I
  • ECGR 5090: Convex Optimization and AI Applications
  • ECGR 5090: AI for Robotics and Automation
  • ECGR 6111/8111: Linear Systems Theory
  • ECGR 6090/8090: Foundations of Reinforcement Learning and Optimal Control
  • ITCS 6151/8151: Intelligent Robotics
  • ITCS 6152/8152: Robot Motion Planning
  • MEGR 5237: Introduction to Control Systems
  • MEGR 5092: Autonomous Ground Vehicles: Modeling and Control
  • MEGR 7090/8090: Dynamic System Learning and Estimation
  • MEGR 7090/8090: Mechatronics
  • MEGR 7090/8090: Nonlinear Control
  • MEGR 7090/8090: Mathematical Concepts for Dynamics and Control

Course offerings may vary by semester. Students should consult the academic catalog and department schedules for the most current information.

Research Opportunities

Research is at the heart of the RCS student experience. Opportunities are available for undergraduate, master’s, doctoral and postdoctoral researchers interested in robotics, control systems, artificial intelligence, autonomous vehicles, machine learning and related fields.

Current openings and funded positions will be posted here as they become available. Students interested in exploring research beyond the listed opportunities are encouraged to connect directly with faculty members whose work aligns with their interests. Early involvement in research can provide valuable hands-on experience, mentorship, publications, conference participation and pathways to graduate study and industry careers.

Research Seminar Series

Connect with researchers, industry leaders and innovators exploring the future of robotics, artificial intelligence, automation and control systems. Our seminar series gives students the opportunity to discover emerging technologies, learn from experts and engage with the ideas shaping tomorrow's intelligent systems.

Fall 2025

October 17, 2025
Bounding Algorithms for Path Planning and Routing Problems with Turn Radius Constraints
Dr. Satyanarayana Gupta Manyam, DCS Corporation, contractor for U.S. Air Force Research Laboratory

October 3, 2025
Aerial Robotics for Advanced Sensing Applications
Dr. Nikos Vitzilaios, University of South Carolina

September 19, 2025
Optimal Maneuvering for Safe and Cooperative Autonomous Vehicles in Mixed Traffic
Dr. Anni Li, University of North Carolina at Charlotte

Spring 2025

April 25, 2025
The Interplay of Bounded Rationality and Connectivity in Distributed Learning to Coordinate

Dr. Marcos Müller Vasconcelos, Florida State University

March 26, 2025
Robotics in Adverse Conditions: Overcoming Privacy, Modeling and Communication Challenges

Dr. Leonardo Bobadilla, Florida International University

February 28, 2025
Risk-averse and distributionally robust model predictive control for motion planning and control

Dr. Ashish Cherukuri, University of Groningen

February 14, 2025
The Quest for Missing Components: Dualities in Hybrid Optimal Control

Dr. Ali Pakniyat, University of Alabama

January 31, 2025
Strength in Numbers: Leveraging Coordination for Guaranteed Performance in Multi-Robot Systems

Dr. Yancy Diaz-Mercado, University of Maryland, College Park

January 17, 2025
On Proving the Equivalence of the Newton-Euler and Euler-Lagrange Formulations and Modeling and Koopman-Based Control of Multirotor UAVs

Dr. Kimon P. Valavanis, University of Denver

Fall 2024

November 15, 2024
Multi-layered Planning for Autonomous Underwater Vehicles
Dr. Mark Moll, Metron, Inc.

November 1, 2024
Tracking Resident Space Objects in Cislunar Space
Dr. Raktim Bhattacharya , Texas A&M University

October 18, 2024
Driving Efficiency: The Role of AI in Vehicle Powertrain Control
Dr. Carrie Hall, Illinois Institute of Technology

October 4, 2024
Dynamics based Privacy Protection for Decentralized Optimization/Learning
Dr. Yongqiang Wang, Clemson University

September 6, 2024
Coordinated Learning-based Autonomy for Urban Air Mobility Operations
Dr. Peng Wei, George Washington University

Spring 2024

April 26, 2024
Driving the Future: The Role of Control Systems in Electric and Autonomous Vehicles
Dr. Shima Nazari, University of California, Davis

April 12, 2024
Physics-informed Learning for Modeling and Control
Dr. Thomas Beckers, Vanderbilt University

March 29, 2024
From Sea to Space: Machine Learning for Robot Perception in the Wild
Dr. Katherine (Katie) Skinner, University of Michigan

March 15, 2024
Robots in Industry: Machining Challenge
Dr. L. Taner Tunc, UNC Charlotte

February 16, 2024
Heterogeneity and Collaboration in Multi-Robot Systems
Dr. Ramviyas Nattanmai Parasuraman, University of Georgia

February 2, 2024
Optimal Privacy-aware Dynamic Estimation
Dr. Ehsan Nekouei, City University of Hong Kong

January 19, 2024
Towards General Robot Intelligence
Dr. Sai Vemprala, Scaled Foundations

Fall 2023

December 1, 2023
Towards Actionable, Composable, and Controllable Sensor Simulators
Dr. Wei-Chiu Ma, Allen Institute for AI/University of Washington

November 17, 2023
Motion in the Ocean – Revolutionizing Marine Hydrokinetic Energy Harvesting Through the Optimal Periodic Motion Control of Underwater Kites
Dr. Chris Vermillion, University of Michigan

November 3, 2023
On-Manifold Dynamics Formulation and State and Parameter Estimation of Space Vehicles
Dr. Morad Nazari, Embry-Riddle Aeronautical University

October 20, 2023
From Mystery to Mastery: Tiny Robot Autonomy using the Manifestation of the Unknown
Dr. Nitin Sanket, Worcester Polytechnic Institute

October 6, 2023
Toward Supervised Autonomy
Dr. Erion Plaku, George Mason University

September 22, 2023
Verifiable Control of Learning-Enabled Autonomous Systems
Dr. Lars Lindemann, University of Southern California

September 8, 2023
Data-Driven Identification and Control of Autonomous Systems with Guaranteed Performance
Dr. Debdipta Goswami, The Ohio State University

Spring 2023

April 14, 2023
Non-standard Path/Motion Planning Problems at the Intersection of Path and Motion Planning, Information Theory, and Control
Dr. Michael Otte, University of Maryland College Park

April 14, 2023
Large Scale Multi Agent Path Finding
Dr. Jiaoyang Li, Carnegie Mellon University

March 24, 2023
From Pixels to Robots: Recipes for Vision-Enabled Robot Learning
Dr. Srijan Das, University of North Carolina at Charlotte

March 10, 2023
Performance-Oriented Model Learning and Auto-Tuning of Arbitrary Controllers via Bayesian Optimization
Dr. Ali Mesbah, University of California at Berkeley

February 24, 2023
Routing Problems in Robotics
Dr. Saurav Agarwal, University of Pennsylvania

February 10, 2023
Safe Learning and Control: An ℒ1 Adaptive Control Approach
Dr. Sheng Cheng, University of Illinois Urbana–Champaign

January 27, 2023
Control Synthesis based on Temporal Logic Trees with Application to Shared Autonomy
Dr. Yulong Gao, University of Oxford

Contact Us

Interested in getting involved? Reach out to a faculty member or email controlsandrobotics-group@charlotte.edu to connect with us.

Changing filters will update the results after each selection.

Alex Nikonowicz

Radhika Patel

Arman Pourghorban

Fatin Ishrak Rakin

Daniel Saraphis

Pouria Karimi Shahri

Harshil Suthar

Joe Tolone

Andrew R. Willis, Ph.D.

Artur Wolek, Ph.D.

Yupeng Yang

Yanze Zhang

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