Dyshana Torres Rivera
Software & Controls
Developed the software and controls work behind RoboRowdy while strengthening team collaboration.
Siemens Immersive Design Challenge · Global Winner
Design beyond the screen.
210 Robotics won the Siemens Immersive Design Challenge by combining immersive design, digital twins, simulation, automation, and advanced manufacturing into a practical industrial solution.
210 // UT San AntonioWIN
Global challenge
XR
Immersive workflow
01
Connected system
∞
Room to iterate
The winning challenge
From bottleneck to autonomous flow.
The team studied how additive-manufacturing farms lose valuable production time between prints. The answer became RoboRowdy: an autonomous assistant designed around the full operating workflow.
01
Discover
Map operators, failure points, constraints, and the real production environment.
02
Design
Use collaborative CAD, simulation, and immersive review to evaluate concepts sooner.
03
Demonstrate
Communicate the technical system, business impact, sustainability value, and path to deployment.
Winning SIDC team
One system needed many disciplines.
The official eight-student project roster is shown with each person’s RoboRowdy responsibility—not their organization officer title.
Gray Samaniego
Business & Sustainability
Built the project business case, sustainability story, and quantitative impact model.
Israel Elizondo
Project Lead
Founded and led the multidisciplinary RoboRowdy team from concept through the global final.
Andrew Romo
Mechanical Engineering
Contributed mechanical design, fabrication, integration, and prototype development.
Darik Pratt
Mechanical Engineering
Supported mechanical design, simulation-led decisions, and hands-on project assembly.
Vian Chen
Software & Automation
Developed software and automation systems for RoboRowdy.
Roman Benavides
Systems Integration
Connected mechanical, human, and production needs through prototyping and integration.
Profile photo pending210 ROBOTICS // TEAM MEMBER
Jiseo Chon
Mechanical Engineering
Contributed mechanical engineering, prototyping, and physical-system development.
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