Hardware Specialist Essentials

Operators learn to use PhotoRobot. Studio managers decide what PhotoRobot does for the business. Hardware Specialists keep the physical equipment running — install, calibrate, replace consumables, escalate hardware failures cleanly. This package teaches the third skill at the studio-side hardware lead level — not R&D, not PhotoRobot field engineering.

What you’ll learn

After completing the Hardware Specialist Essentials package and passing the certification exam, you will be able to:

• Recognize the physical anatomy of a PhotoRobot studio — Control Units, turntables, cameras, lighting kits, cables, common consumables — at the level needed to service them in the field
• Verify a PhotoRobot installation as the customer-side counterpart — review what PhotoRobot’s field engineer delivered, sign off correctly, escalate fast if something looks wrong before sign-off
• Perform scheduled maintenance — weekly/monthly/quarterly/annual cadences, what to check, what to replace, what to log
• Replace consumables yourself — strobe tubes, modeling bulbs, encoder belts, cable runs — without warranty issues
• Diagnose hardware failures in the field — common failure modes by symptom, which failures you repair in-house vs. escalate to PhotoRobot R&D
• Manage spare parts inventory — what to stock locally, what to keep on order, how to coordinate with PhotoRobot
• Honor safety boundaries — high-voltage strobes, AC ceiling installations, fire risk; never work outside your qualification level

This package is technical and hands-on. Online delivery is supported but loses 30-50 % of value — the muscle memory of swapping a strobe tube, identifying an encoder drift symptom by feel, or recognizing a smoking power supply comes from being in the studio with the gear.

What’s included

The Hardware Specialist Essentials package contains 7 modules plus an end-of-package certification exam.

Shared foundation (4 modules — reused from other tracks)

A Hardware Specialist needs the operator’s mental model + the safety discipline + the lighting hardware deep dive that other tracks already cover.

1. B01 — System Overview (shared with all tracks). CAPP / Control Units / cameras / lights ecosystem. ~45 min.
2. B02 — Safety (shared with Operator Standard). High-voltage strobes, ceiling installations, fire risk, lockout/tagout discipline. Foundational for hardware work. ~45 min.
3. B05 — Workspace Configuration (shared with Operator Standard). How CAPP binds to hardware — the bridge between software identity and physical device. ~75 min.
4. B10 — Lighting Hardware (shared with Operator Standard). Fomei kits, Broncolor systems, DMX, wireless trigger. The “what’s actually in those metal boxes” deep dive. ~60 min.

Hardware Specialist track (H## namespace — new in this package)

The H-namespace is where Hardware Specialist diverges from operator work. Anatomy, installation handover, ongoing maintenance.

5. H01 — PhotoRobot Hardware Anatomy ✅ Live in v0.32.0. ~75 min. Control Unit board overview (high level, not schematic — student is not redesigning the hardware), turntable mechanics (bearings, motors, gear ratios), camera mounts (fixed, gimbal, robotic arm), cable types + lifecycle, common consumables + replacement cadence.
6. H02 — Installation & Handover Verification ✅ Live in v0.32.0. ~90 min. From the customer’s perspective — what to expect from PhotoRobot’s field engineer (Perry, Zbyněk), what the student verifies before sign-off, the handover checklist, the customer-side acceptance criteria. NOT a “how to install from scratch” module (warranty implications mean PhotoRobot performs the actual install).
7. H03 — Maintenance, Replacement & Field Troubleshooting ✅ Live in v0.32.0. ~60 min. Scheduled maintenance cadences, consumable replacement procedures, encoder calibration drift detection, common failure modes + symptoms, escalation criteria, spare parts inventory recommendations.

Each module includes a textbook (reference reading), a workbook (exercises grounded in real maintenance scenarios), and a knowledge check quiz.

How the package is delivered

Three delivery formats, with strong preference for hands-on contexts:

Online

Self-paced, on this Academy site. Best for tech leads who want to study before/between hands-on engagements. Useful for the conceptual sections but limited for hands-on skills.

At PhotoRobot studio

Group training in PhotoRobot’s own studio (Prague). 2-3 days, hands-on with real Control Units + turntables + lighting kits. Recommended format — the muscle memory of swapping consumables, identifying mechanical drift, recognizing failure symptoms is built here. Includes deliberate failure simulation (instructor swaps a known-good strobe tube for a marginal one; student identifies symptoms).

In your studio

PhotoRobot Field Engineer (Perry or Zbyněk) travels to your team’s location. 2-3 days. Best when your studio has unusual hardware (custom mounts, mixed lighting brands, specific failure history). Training uses your actual gear — every example is grounded in the specific maintenance state of your installation.

Certification

After completing all modules, students take the PhotoRobot Hardware Specialist certification exam:

• 50 questions drawn from a pool weighted across the modules (H01 + H02 carry the highest weight at 16 % each; B10 at 20 %; B05 at 16 %; H03 at 12 %; B02 at 12 %; B01 at 8 %)
• 70 % pass threshold (same as Studio Manager, Integrator, Network Specialist — specialist roles are held to a senior standard)
• 75 minutes
• Scenario-heavy mix — most questions present a real hardware symptom or maintenance situation
• Verifiable certificate — auto-generated PDF with QR code that resolves to a public verification page
• 2 years validity — refresh exam available before expiry to extend (~25 scenario-heavy questions, 75 % pass, 45 min, extends by 2 years)

The Hardware Specialist cert exam pool is LIVE in v0.32.1 at /quiz/certifications/hardware-specialist.html. 70 % pass = PhotoRobot Certified Hardware Specialist credential.

Who should take it

The Hardware Specialist Essentials package is for:

• Studio managers who own the studio’s physical equipment and want to handle most maintenance in-house rather than calling PhotoRobot for every consumable swap
• Designated hardware leads at customer studios — typically the most mechanically-inclined operator who’s already the team’s go-to person for “the camera mount feels loose”
• Senior operators transitioning into hardware-lead responsibility
• Studio facility managers for customers with multiple studios who want consistent hardware care across sites
• Customers preparing for installation who want to be informed counterparts during the handover

It is not for:

• PhotoRobot R&D engineers (you design the hardware; this is the customer’s perspective)
• PhotoRobot Field Engineers (Perry / Zbyněk — you do the installs; this teaches customers what to expect from you)
• Daily operators who don’t own hardware decisions (Operator Standard’s B02 + B05 + B10 give you the relevant fluency)
• Anyone uncomfortable with AC-powered electrical equipment or working at height (these are baseline requirements for studio hardware work)

Prerequisites

Working hardware-lead skills required:

• Comfortable handling AC-powered electrical equipment (knowing how to plug/unplug safely, recognize damaged cords, work around live equipment without panic)
• Basic mechanical comfort (turning a screwdriver, removing a panel, swapping a bulb)
• Ability to read hardware spec sheets and follow written procedures
• Comfort working with consumables that have specific replacement procedures (strobe tubes, modeling bulbs)
• B02 Safety familiarity is mandatory — without it, you’ll do something dangerous

Helpful but not required:

• Prior camera operation experience (helps for camera-mount work)
• Lighting / studio production background (helps for lighting kit work)
• Electrical or mechanical trade certification (overkill for this level but useful)

If you don’t yet have working hardware comfort, complete Operator Standard first — B02 + B05 + B10 will surface what you need.

Enrollment

This package is sold through PhotoRobot sales. Customers receive a voucher code upon purchase. Each voucher is single-use, per-student.

For pricing, group rates, or to schedule on-site training, contact PhotoRobot sales.

After certification

The Hardware Specialist credential is the foundation for senior hardware work in PhotoRobot studios:

• Stack with Network Specialist Essentials — most studios that need a Hardware Specialist also need a Network Specialist; one person often holds both certs
• PhotoRobot Certified Instructor (CI) track — for Hardware Specialists who want to deliver Academy training at their organization
• PhotoRobot Partner Network — certified Hardware Specialists are listed in PhotoRobot’s partner registry, visible to customers shopping for installation/maintenance help
• Advanced hardware engagements — opens the door to PhotoRobot-led custom hardware consulting (specialized mounts, unusual camera/light combinations)

Module readiness

Tracking the current build state of each module in the package:

• ✅ B01 — System Overview (reused from Operator Standard)
• ✅ B02 — Safety (reused from Operator Standard)
• ✅ B05 — Workspace Configuration (reused from Operator Standard)
• ✅ B10 — Lighting Hardware (reused from Operator Standard)
• ✅ H01 — Hardware Anatomy (new in v0.32.0)
• ✅ H02 — Installation & Handover Verification (new in v0.32.0)
• ✅ H03 — Maintenance, Replacement & Field Troubleshooting (new in v0.32.0)

Hardware Specialist Essentials is 7/7 modules ready + cert exam pool LIVE in v0.32.1 + refresh exam LIVE in v0.32.1. Fifth fully cert-enabled track in Academy.

A note on warranty + DIY boundary

A core question in this package: what should the Hardware Specialist do themselves vs. escalate to PhotoRobot?

Customer-side DIY (warranty preserved):

• Replace consumables — strobe tubes, modeling bulbs, encoder belts within manufacturer recommendations
• Re-seat cables, replace network cables, replace power cords
• Clean optical surfaces (cameras, light heads)
• Tighten mechanical fasteners that loosen with operation
• Run scheduled maintenance per H03

PhotoRobot-side (warranty may apply):

• Disassembling Control Units (warranty void)
• Replacing internal boards, PSUs, motors
• Adjusting calibration beyond H02 procedures
• Diagnosing failures that smell like firmware or design

The line: if the procedure is in H03 or comes from photorobot.com manuals, DIY is fine. If it requires opening the Control Unit’s main enclosure or touching internal electronics, escalate. Don’t void warranties guessing.

A note on photorobot.com manuals

This package draws on PhotoRobot’s Hardware Manuals, the Safety guide, the Lighting Kit manuals, and the Maintenance Schedule. Academy provides the mental model and decision framework; the manuals are the authoritative reference for specific torque values, consumable part numbers, and failure-mode procedures.

We expect Hardware Specialists to keep both bookmarks — Academy for how to think about a hardware problem, manuals for what exactly is the torque spec on the camera-mount bolt. The two are designed to complement, not duplicate.