Mechanical
CAD, mechanisms, fixtures, adapters, housings, vacuum-compatible parts, 3D printed tooling, machined development builds, and assembly drawings.
Capabilities
Cross-disciplinary technical capability
Technologies can support complete early-stage product and equipment workflows or provide focused help on a particular technical area when your team already owns the rest. Work can span mechanical design, electronics, embedded control, instrumentation, data acquisition, analysis, and documentation.
Electrical
Custom electronics for instruments and test modules, including sensor interfaces, power systems, signal conditioning, wiring, instrumentation, and board bring-up.
Embedded and Software
Firmware, device control, data acquisition, automation scripts, analysis pipelines, and lightweight engineering tools.
Instrumentation
Bench-scale testbeds, optical and structured-light setups, actuator stages, sensor calibration, data logging, and measurement workflows.
Analysis
Statistical analysis, model fitting, visualization, uncertainty review, experiment interpretation, and reproducible reporting.
Documentation
Requirements, design records, fabrication notes, test procedures, validation results, and handoff documentation.
Typical engagement stages
Concept review, feasibility planning, architecture, detailed design, development-stage fabrication, integration, bring-up, test planning, data collection, analysis, and documentation for custom scientific equipment and research hardware.
In-house equipment support
The workshop includes machining, electronics, assembly, ovens, and laser-cutting capacity for early-stage equipment fabrication, custom module builds, and testbed construction.