Services

Two practices, one standard of rigor

Reliability engineering, process automation, and AI integration for high-reliability hardware programs and the teams behind them.

Practice 01

Reliability Engineering

Reliability analysis and design assurance for flight and high-reliability electronics.

Close-up of flight power electronics: toroidal magnetics and power resistors

Reliability analysis

  • Reliability analysis for flight and high-reliability electronics
  • Worst-case circuit analysis
  • Signal integrity and power integrity analysis

Design assurance

  • Design reviews and assurance support for hardware programs
Solves
  • Reliability analysis backlogs before design reviews
Discuss your program

Practice 02

Engineering Automation & AI

Python tooling and AI workflows that take repetitive work out of engineering analysis and documentation, with hands-on training so teams can adopt them with confidence.

Rows of high-performance computing racks

Process automation

  • Python tooling for repetitive engineering analysis and documentation
  • Manual spreadsheet and document workflows turned into repeatable, auditable pipelines
  • Data extraction from datasheets, part numbers, and design artifacts

AI integration consulting

  • Retrieval-augmented (RAG) systems that capture institutional engineering knowledge and make it searchable
  • AI-assisted analysis and report generation with human review built in
  • Setting up AI coding assistants and agent workflows for engineering teams

Training

  • Hands-on training for engineers on AI tools and workflows
Solves
  • Manual, error-prone analysis and documentation workflows
  • Engineering knowledge that lives only in people’s heads
  • Teams unsure how to use AI without compromising rigor or data security
Discuss your program

Tell us about your program

Reliability analysis backlogs, manual workflows, or AI adoption questions: start with a short note.

Contact HiRel Logic