Train the people who run the technology.

Technical curriculum in applied AI, operational data, and predictive maintenance. Built for your program and licensed to your instructors.

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Illustration of the skill Pamisva teaches: a pump sensor detects rising vibration, someone decides to inspect the bearing, a work order is assigned, and the bearing is replaced before failure.
  • SAM registeredCAGE 22GG5
  • Complete module publishedFree, nothing gated
  • Three course linesAI, operational data, maintenance
  • Built and licensedFor your own instructors

The threshold trips. Then what?

Sensors, dashboards, and AI only pay off when someone knows what to do in the window before failure. That window is what we train for.

The P-F curve Equipment condition stays in the normal range, then declines. Point P, a circle, is where a fault becomes detectable. Point F, a square, is functional failure. The hatched span between them is the P-F interval: time to detect, decide, and act. Normal operation Condition Time in service PFault becomes detectable FFunctional failure P-F intervaltime to detect, decide, and act The P-F curve Equipment condition stays in the normal range, then declines. Point P, a circle, is where a fault becomes detectable. Point F, a square, is functional failure. The hatched span between them is the P-F interval. Normal Pdetectable Ffailure P-F interval time to detect, decide, act
  1. 01

    Signal

    Something changed.

  2. 02

    Decision

    What does it mean?

  3. 03

    Action

    Who does what, by when?

  4. 04

    Outcome

    Did the operation change?

Three ways to work together.

Your instructors teach it

Course development

A full course built for your program, ready for your instructors to run. No faculty time spent catching up on current practice.

Your instructors teach it

Single modules and short courses

A module for an existing program, or a short course for one cohort.

Delivered by Pamisva

Workshops and curriculum audits

Single-session workshops and reviews of material you already run.

Courses we build.

Three subject lines, built to your audience, format, and contact hours. Most programs start with a single module, which takes weeks rather than a semester to build.

Reducing Unplanned Downtime with Condition Data

Turn condition readings into maintenance decisions.

  • Typically 6 modules
  • 18 to 24 hours
  • Module 1 published
Audience and topics
Audience
Maintenance technicians, planners, and supervisors
Planned topics
  • Failure modes and the P-F curve
  • Matching failure modes to detection approaches
  • Condition data and the maintenance workflow
  • Building a program that stays in use
Delivery
Built for your program, then licensed to your instructors
Read Module 1Scope PM-01

Turning Operational Data into Decisions

Get people acting on the data you already have.

  • Typically 6 modules
  • 18 to 24 hours
Audience and topics
Audience
Supervisors, analysts, and operations staff
Planned topics
  • From reporting to decisions
  • Data quality that holds up
  • Adoption as a planned outcome
  • Measuring whether it worked
Delivery
Built for your program, then licensed to your instructors
Scope BI-01

Applied AI in Industrial Operations

Judge AI claims, verify output, then act.

  • Typically 6 modules
  • 18 to 24 hours
Audience and topics
Audience
Managers and technical staff evaluating or using AI
Planned topics
  • Practical use in operations
  • Evaluating tools and vendor claims
  • Verification, trust, and guardrails
  • Why most pilots stall
Delivery
Built for your program, then licensed to your instructors
Scope AI-01

Where this stops. Instrument technique, vibration spectra, oil analysis, thermography, belongs to certified specialists and we leave it there. Our material is the layer after the reading: what it means for this asset, whether it warrants action, and who acts. It works alongside a certified analyst, not instead of one.

Judge the work before we talk.

We publish a complete module instead of a client list. Module 1 of PM-01, free, nothing gated.

  • Lecture content
  • Six-scenario lab
  • Assessment and answers
  • Instructor notes
Read the sample module

The chain breaks in three places.

Every one of them is a training problem wearing a technology costume.

Where the signal-to-outcome chain breaks A chain runs from Signal to Decision to Action to Outcome, then loops back to inform the next signal. It is cut in three places: interpretation, between signal and decision; authority, between decision and action; and trust, on the loop from outcome back to the next signal. Signal Decision Action Outcome 1Interpretation 2Authority 3Trust Where the signal-to-outcome chain breaks A chain runs from Signal to Decision to Action to Outcome, then loops back to inform the next signal. It is cut in three places: interpretation, between signal and decision; authority, between decision and action; and trust, on the loop from outcome back to the next signal. Signal Decision Action Outcome 1Interpretation 2Authority 3Trust
  1. 1

    Interpretation

    The reading is visible. What it means for this asset, at this point in its life, is not.

  2. 2

    Authority

    Someone reads the signal correctly, then cannot tell whether they are permitted to act on it.

  3. 3

    Trust

    One wrong call discounts every call after it. Trust is earned through repetition, not accuracy claims.

See the gap in your own numbers.

Free. Nothing you enter is stored or sent.

Downtime cost

What downtime costs
40
24
$2,500
Annual exposure

$2,400,000

Downtime hours per year
960
Cost per asset per year
$60,000
What could be avoidable
15%

Your judgment, not a measurement.

Potentially avoidable per year

$360,000

Investigate next
  • Which assets drive most downtime?
  • Which failures gave a warning first?
  • Did anyone know how to act on it?
Talk through these numbers

Estimates only, from the values you entered. Not a claim about your operation.

Readiness score

1. Can your team explain a condition-monitoring reading without escalating?
2. Do technicians act on dashboard data, or wait for a supervisor?
3. Is there a documented training path for new hires on your digital tools?
4. Was the team formally trained on the analytics platform you bought?
5. Do you measure whether training changed behavior on the floor?
6. Can the team spot bad or missing data themselves?

Readiness score

0 of 12

6 questions to go

Your result appears once all six are answered.

Talk through your score

For anyone running connected assets that can't afford downtime.

If equipment, data, and people have to work together, the training applies.

  • Manufacturing plants
  • Process and food production
  • Utilities, water, and wastewater
  • Energy and power generation
  • Facilities, campuses, and hospitals
  • Logistics and warehousing
  • Municipal and public works

Find your starting point.

For operations and maintenance leaders

Your team has the sensors and dashboards. Train them to read the signal and act inside the window.

Best fit
A single workshop, or a module licensed to your team
Start with
PM-01 or BI-01
Scope a module for your teamPreview the material

For colleges and training programs

Add complete technical courses your own instructors can teach, without a year of development.

Best fit
A course built for your program, licensed or taught
Start with
Read the free sample module
Read the sample moduleDiscuss licensing

For government and workforce programs

Upskill the people who run public infrastructure and regional industry, through a registered small business.

Best fit
A course built for your program and licensed to you
Start with
The one-page capability statement
Download capability statementDiscuss a program

For prime contractors and training providers

Bring in industrial data, AI, and maintenance curriculum for a training award you already hold.

Best fit
Custom course development, licensed to the awardee
Start with
Registration details and a scoping call
Discuss licensingRegistration details

About Pamisva.

Pamisva builds and delivers technical training for organizations that depend on instrumented plant, facility, and infrastructure assets. The curriculum is written for adults who have sat through bad training before, and it is built on published reliability, data, and instructional practice rather than any one organization’s internal methods.

Pamisva is the trade name of Virdi Technical Services LLC, a registered Wisconsin small business. It was founded by Abhijit (AJ) Virdi, who has spent more than ten years in enterprise data, analytics, and industrial technology. Pamisva is independently owned and operated. It is not affiliated with, endorsed by, or acting on behalf of any other organization, and it uses no confidential or proprietary information belonging to any third party.

How to judge the work

Read a complete module before you talk to us.

Module 1 of PM-01 is published in full: lecture content, a six-scenario lab, the assessment with answers, and the instructor notes. Free, nothing gated, no form in front of it.

Business registration.

Federal registration is active.

Download capability statement (PDF)
Legal entity
Virdi Technical Services LLC
DBA
Pamisva
Entity type
Wisconsin single-member LLC
UEI
W7L3CY399HS8
CAGE
22GG5
SAM.gov
Registered
NAICS
611430, 611420, 611699
PSC
U008, U009, U099
Business size
Small business
Location
Caledonia, Wisconsin

Start with one module.

Most programs begin with a single module for one cohort. Small enough to approve quickly, real enough to judge. Tell us who needs to learn what.

For example: a data course for twelve maintenance supervisors.

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