Robotics at Maryland
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QuboQuboQuboQuboQubo

Autonomous Underwater Vehicle (AUV)

Started development in 2014, Qubo is our second-generation AUV meant to compete in the RoboSub competitions. It's our oldest and most established project.

Aquatic RoboticsI2CInformed Decision PlanningRoboSub
Technical Overview

Dive Deep into Qubo's Technical Architecture

Explore the sophisticated engineering behind our autonomous underwater vehicle. From computer vision systems to modular mechanical design, discover how we've built a competition-ready AUV.

Project Overview

Learn about our project's goals, achievements, and future plans

About Qubo

Qubo is our flagship autonomous underwater vehicle (AUV) that competes in the RoboSub competition. Built from the ground up by our team, it features numerous capabilities to complete a variety of tasks for the competition, including gate navigation using computer vision and sensor fusion, a claw and dropper system for object manipulation, and a torpedo system, among others. The team has been consistently iterating on Qubo since its inception, solving industry-level problems and pushing the boundaries of what has been done so far.

Robot

Project Highlights

Semifinalists at RoboSub 2024

Competed against top international teams

Second-Generation Robot

Built on lessons learned from Tortuga, the club's first robot - born in 2006!

Can Reach Up to 30 ft Underwater

It's also neutrally buoyant for efficient propulsion!

Modular Design

Capabilities for a variety of mission-specific tools, such as claw, dropper, and torpedo systems

Future Plans

TwoBo Completion

Having a smaller, secondary AUV to complete more complex RoboSub tasks

CAN Bus

Switching to a CAN Bus architecture for improved communication and control

Sonar integration

Adds added depth perception for obstacle avoidance and navigation

Autonomous Torpedo completion

Extending capabilities for deeper underwater exploration

Ready to Get Involved?

Join our team and help us continue pushing the boundaries of what's possible in robotics.

Team Meeting Times

Join our team meetings and workshops to get involved with this project.

QuboMechanical and Electrical teams work in Idea Factory, Software in NBRF.
Sun
General Meeting
1-3 PM
Mon
No meetings
Tue
No meetings
Wed
General Meeting
7-9 PM
Thu
No meetings
Fri
General Meeting
4-6 PM
Sat
No meetings
Team background

Team Members

Meet the team! (If they aren't swimming after a runaway robot)
Note: Members not listed are hidden for privacy reasons.

Project Management

4 members

Project Manager

Alex Yelovich

Mechanical Officer

Reese Snook

Electrical Officer

Kurt Kovacs

Software Officer

Ishaan Ghosh

Mechanical Team

15 members

TwoBo Lead

Michael LeVesque

Dropper Lead

Ryan Buchler

Torpedo Lead

Tommy Wolcott

Claw Lead

William Trasatti

Systems R&D Lead

William Trasatti

Collin Rogers

Daniel Gregory

Maanav Subramanian

Nathaniel Chen

Sam Bentz

5 more members...

Electrical Team

12 members

Alex Yelovich

Brian Zagalsky

Eli Leopold

Larry Djatang-Tankeu

Liam Brosnan

Marcus Allen

Vassay Iqbal

5 more members...

Software Team

15 members

Embedded Lead

Alex Yelovich

Computer Vision Lead

Grace Cai

Controls Lead

Jai Rastogi

Alvin Shen

Austin Thomas

Eric Xu

Kevin Nguyen

Madison Freese

Michael Kittredge

Nicolas Preda

Vaishnavi Samprati

4 more members...

Subprojects

Explore the various projects being developed in the Qubo team!

Robosub 2025 Preparations

In Progress

Preparing for the Robosub 2025 competition to win!

Progress85%
12 team members
Tags
Airplane TicketsBucket HatsDuct TapeQubo

Autonomous Torpedo

Active Development

Improved, first-of-its-kind autonomous torpedo system

Progress80%
3 team members
Tags
STM32PWM Control3D PrintingComputer Vision

TwoBo

In Progress

A smaller, secondary AUV for inter-robot communication

Progress40%
3 team members
Tags
CommunicationsFollower NavigationSensor IntegrationRapid Development

CAN Bus Integration

Planning

Switching to a CAN Bus architecture for improved systems

Progress10%
7 team members
Tags
CAN BusPCB DesignSignal Processing

Claw and Dropper Development

Completed

Final iterations before competition

Progress100%
5 team members
Tags
CAD DesignGear MechanicsEnd-Effector Design

Buoyancy

Active Development

Automatic neutral buoyancy control system

Progress40%
4 team members
Tags
Fluid DynamicsElectronics

Embedded

Completed

Final iterations before competition

Progress100%
8 team members
Tags
I2CSTM32PWMC

Computer Vision

Completed

Final iterations before competition

Progress100%
4 team members
Tags
OpenCVPythonC++