Four capabilities. One record.
AI tutors
Answer trainee questions from the course material and, for enterprise deployments, the facility's own procedures and standards, with the citation shown. Not the open internet.
Learning paths
Structured sequences for operators, mechanics, engineers and compliance staff, from fundamentals to the specific unit, with prerequisites and refresher cadence built in.
Technical certifications
Assessment and completion records per trainee and module, exportable for OSHA 1910.119(g) documentation, contractor qualification and program audits.
Enterprise training
Content generated from your procedures and reviewed by your experts; delivered in the browser with no learning-management infrastructure to stand up.
What we teach.
Fusion energy & balance of plant
Heat transport, power conversion, cryogenics, vacuum, tritium and fuel handling, plant electrical, I&C. The plant around the plasma, for the people who will operate it.
Nuclear engineering fundamentals
Reactor plant systems, safety culture, conduct of operations and the balance of plant shared by advanced fission, SMR and fusion programs.
Process safety management
The fourteen OSHA 1910.119 elements, PHA participation, mechanical integrity, management of change and incident investigation for operators and supervisors.
Industrial controls
Instrumentation, PLC/DCS/SCADA architecture, interlocks, alarm management and the operator's view of a control system under upset.
Cyber-Informed Engineering
Critical function identification, consequence-driven design, mission assurance, functional resilience and operational recovery for engineers and operators.
Mechanics & inspection
Rotating equipment, fixed equipment inspection, RAGAGEP for maintenance craft, and the records that prove it was done.
DOE contractors & national labs
- Workforce pipelines for new programs
- CIE and safety culture onboarding
- Contractor qualification records
Utilities
- Operator and technician refreshers
- Advanced nuclear readiness
- Control-room fundamentals
Universities
- Fusion and nuclear plant-systems curricula
- Industry-aligned capstones
- Open learning resources
Refineries & chemical plants
- PSM element training with records
- Unit-specific procedure modules
- Mechanic and inspector qualification
Fusion developers
- Balance-of-plant operations staff
- Commissioning and startup training
- Plant-systems onboarding for physicists
Operator training modernization
Legacy binders become living courseware generated from the facility's own procedures.
Instructor-led training
Operator and mechanic training engagements delivered on site or online.
NORMEX
The standards the courses teach are the standards NORMEX certifies the facility against.
Learn about energy
Plain-English explainers on refining, fusion, hydrogen and the grid.
What is Porritt Learning?
Porritt Inc.'s workforce development product: AI tutors grounded in course and facility source material, structured learning paths, technical certifications and enterprise training for fusion energy, nuclear engineering, process safety, industrial controls and Cyber-Informed Engineering.
Who is it for?
Operators, mechanics, engineers and compliance staff at refineries and chemical plants, utilities, national laboratories and their contractors, universities and fusion developers; and individuals entering the energy workforce.
Does the AI tutor answer from the open internet?
No. It answers from the course material and, for enterprise deployments, the facility's own procedures and standards, with citations back to the source.
Does Porritt Learning satisfy OSHA PSM training records?
Completion, refresher cadence and certification records are kept per trainee and per module to support the documentation OSHA 1910.119(g) requires. The employer remains responsible for the content of its training program.
Train the people before the plant arrives.
Enterprise deployments start with one group and one track; university and laboratory programs start with a conversation.
ENTERPRISE TRAINING INQUIRY → Course catalog →