Professional training

Training that fits the mission.

Generic training does not fit government research - we build customized, on-site programs blending concise lectures, hands-on exercises, and real application.

Formats

Three ways to engage.

$ - 1 to 5 days

Crash Course

Focus: core concepts and practical skills. Concise lectures, hands-on exercises, and case studies. For beginners starting out, professionals seeking a quick refresh, and anyone with limited time.

$$ - 5 to 10 days

Deep Dive

Focus: rapid skill acquisition and practical application. Immersive, hands-on training with real-world application. For intensive learners, those transitioning to new roles, and teams looking to upskill or reskill.

$$$ - varies

Client Specific

Focus: in-depth understanding and skill development. Comprehensive lectures, practical workshops, and hands-on exercises. For all levels, and self-directed learners who benefit from one-on-one coaching.

Who it's for

Built for every career stage.

Same national-lab instructors, three tracks, tuned to where you are and what you need next.

Students & early career

From coursework to the lab bench.

Hands-on skills your degree skips, taught by engineers who do the hiring. Built to make you the candidate national labs, defense, and space programs actually want.

  • Research Computing Bootcamp, numerical Python, HPC & reproducible workflows
  • Simulation Starter Kit, FEA, CFD & multiphysics on real problems
  • Applied Nuclear & Space Engineering, the field your degree skips
  • Get Hired at a National Lab, the workflow, the rigor, the interview
  • Capstone Lab, a model-to-results portfolio project that gets callbacks
  • Technical Communication that lands offers
Cohorts & university departments · certificate
Postdocs & PhDs

From thesis to mission impact.

Turn deep, narrow expertise into the broad, applied capability that national labs, defense, and deep-tech actually hire and fund.

  • Academia → National Lab, the transition playbook
  • Coupled Multiphysics for Specialists, beyond single-physics
  • Verification, Validation & UQ, the rigor academia underteaches
  • Winning SBIR/STTR & Federal R&D Proposals
  • Research Software Engineering, reproducible, tested, trusted code
  • Working in Regulated & Mission Environments
Fellowship- & grant-fundable · individual or cohort
Experts & teams

Deepen, extend, and lead.

For senior engineers and their teams, extend proven expertise into adjacent domains, adopt new methods, and solve the analysis problems you can't outsource, with national-lab depth.

  • AI & Physics-Informed ML for practicing engineers, without the hype
  • Advanced Coupled Multiphysics, transients, accidents, launch loads
  • Cross-Domain Masterclass, Nuclear ↔ Defense ↔ Space
  • Modernizing Legacy Analysis Workflows, automated & validated
  • Customized On-Site Team Program, built around your codes & mission
  • Expert Briefings, system survivability, shock physics, hypervelocity impact
On-site, customized, classified-aware · team licenses

Workshops, by field.

Customized, on-site, and hands-on. Tap a field to open the workshops we run.

  • Multiphysics Modeling
  • Core of Finite Element Analysis
  • Coupled Thermal-Mechanics Phenomena
  • Essentials of Heat Transfer
  • Thermal Systems Modeling
  • Structures Mechanics Principles
  • Monte-Carlo Modeling
  • Radiation Shielding and Safety
  • Key Principles of Systems Design
  • A to Z of Nuclear Engineering
  • Neutron Transport Theory
  • Principles of Radiation Shielding
  • Nuclear Instruments Essentials
  • Technologies in Nuclear Complex
  • Fission Propulsion
  • Space Nuclear Power
  • Rocket Propulsion Fundamentals
  • Detonation Theory Fundamentals
  • Shock Physics Principles
  • Essentials of Ballistics and High-Speed Impact
  • Directed Energy Foundations
  • Hydrodynamics Fundamentals
  • Applications of CEL and SPH Methods
  • First Principles in Engineering
  • Diagnostics & Instrumentation
  • Results Driving Experiments
  • Robotics in Experiments
  • Autonomy in Practice
  • Principles of Materials Science
  • Getting Started with Materials Testing
  • Materials in Extreme Environment
  • Radiation Impact on Materials
  • Interfacing Materials and Systems
  • Introduction to Scripting
  • Numerical Python for Engineers
  • Python for Scientific Research
  • Automation & Optimization
  • Multi-Domain Software Development
How it works

Built around your team.

  • Delivered on-site or at your facility
  • Tailored to your projects and tools
  • Lectures + hands-on exercises + case studies
  • Scoped from a half-day refresher to a multi-week program
  • Designed for government and R&D environments
Not listed?

Tell us what your team needs.

We design custom curricula around your mission - reach out with your goals and constraints.

Request a program →
Let's build together

Upskill your team for what is next.

Generic training does not fit government research - we build customized, on-site programs blending concise lectures, hands-on exercises, and real application.