NEZ Sports

Where Engineering Meets Sport

In retirement, the same inventive instincts that shaped a career in industrial engineering have found a new arena: sport.

Capabilities

Sports Technology Laboratory

Four disciplines where engineering rigor meets athletic performance.

Software Development

Tournament management systems, statistical analysis tools, performance tracking applications, and sports-specific software.

3D Design & Fabrication

Custom equipment, scoreboard electronics, prototypes, fixtures, and specialty parts—including ArcheryClock interface boards and LED display builds.

Motion Analysis

Multi-camera capture rigs—including a three-webcam OBS Studio system for X10 Archery—for simultaneous angle review with coaches.

Awards & Recognition

Custom laser-engraved trophies, plaques, and event awards designed and produced in-house.

Featured Project

APR — Archery Performance Ratings

An experimental cross-format archery rating system designed to compare qualification-round scoring performance across different rounds, distances, target faces, scoring systems, and bow styles.

APR attempts to normalize performance across distances, target faces, scoring systems, indoor and outdoor events, bow styles, and event formats—so athletes and directors can compare apples to apples with full scorecard transparency.

Current APR capabilities

  • Searchable leaderboard across nine bow styles
  • Archer profiles with rating, ±RD, consistency & peak potential
  • Transparent scorecards with end-by-end arrow data
  • What-If APR calculator and recent rounds browse
  • ASL-based normalization to 70 m / 122 cm reference
  • Event-weighted ratings with recency decay
  • WA720 score and X-count predictions on profiles

Methodology, theory, scale benchmarks, and the full FAQ are maintained in the APR application.

EngineerBuilderInventorAthlete

Development Laboratory

The Workshop

Where Ideas Become Equipment, Software, and Solutions

Many sports technology products begin on a workbench, inside a CAD model, or as lines of code. The workshop is where fabrication, motion analysis, and hardware experiments come together before they become projects.

Custom bow grips, motion rigs, LED scoreboard builds, and tournament tooling all move through the same cycle:

Observe.Measure.Design.Build.Test.Improve.

Ready to explore what better data can do for your program?