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FRC Team 1884 Season 2026 Software Stack

Public team robot code with operator board UI, state-first subsystem architecture, characterization workflows, and simulation-ready autonomous tooling.

Project surface

This is the strongest proof that the work extends beyond standalone demos into collaborative, real-world engineering.

Problem

Competition robot software has to support fast iteration, reliable operator interaction, autonomous validation, and field-ready debugging without collapsing under seasonal complexity.

Contribution

The portfolio frames this work as software and GitHub leadership inside a shared robot codebase: shaping structure, contributing to team-facing systems, and working across robot code, dashboard surfaces, and deployment flow.

Why it matters

This is the strongest proof that the work extends beyond standalone demos into collaborative, real-world engineering.

Contribution context

Team repository. The site represents leadership, codebase responsibility, and contribution context rather than claiming sole authorship.

Roles

  • Software leadership
  • GitHub workflow ownership
  • Team systems collaboration

Stack

JavaWPILibAdvantageKitOperator board web UImaple-simPathPlanA

Domains

Robotics softwareSystems designTeam engineering

Evidence note

Grounded in the public `FRC1884/Season2026` README and related deploy/docs references. The current README explicitly notes PathPlanA autos in the persistent deploy workflow.