
Camera Repair Course
Learn to diagnose, repair, and calibrate cameras at the component level — from shutter blades to sensor boards. This course gives you the hands-on technical skills to fix what most technicians send back to the manufacturer. Build a real repair bench, handle real faults, and deliver cameras that perform to factory spec.
What you will learn:
This course covers all major systems in DSLR, mirrorless, and film cameras—shutters, autofocus modules, metering sensors, PCBs, and optics. You will learn to use tools like shutter analysers, multimeters, oscilloscopes, and hot‑air rework stations to locate and fix faults. Step‑by‑step instructions cover soldering, flex‑cable repair, firmware recovery, and sensor calibration. You will also learn part sourcing, workflow management, estimates, and customer communication. By the end, you will work as a camera repair technician.
How you study in practice Camera Repair Course
How you practise Camera Repair Course
For companies looking to train their teams
With Elevify for businesses, the course includes exercises and examples tailored to your company and its specific needs.
Course content
8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsCamera Anatomy and Component Identification
Camera Anatomy and Component Identification
Lesson 1 • Film Camera Mechanical Systems
Details film transport, focal-plane shutters, and rangefinder coupling. Provides context for servicing legacy equipment alongside modern cameras.
Lesson 2 • DSLR Body Structure and Layout
Examines mirror box, pentaprism, shutter assembly, and body chassis. Builds foundational spatial awareness needed for safe disassembly, while highlighting key alignment points and component interdependencies for troubleshooting.
Lesson 3 • Mirrorless Camera Internal Architecture
Covers sensor-forward design, electronic shutter, and IBIS units. Contrasts mirrorless layout with DSLR to highlight repair differences, emphasizing compact board placement, heat management, and the impact on service procedures.
Lesson 4 • Lens Mount Systems and Bayonet Types
Identifies mount flanges, electrical contacts, and locking mechanisms across major systems. Enables correct adapter and replacement part selection.
Lesson 5 • Electronic Subsystems Overview
Maps main PCB, sensor board, and flex cable routing. Establishes circuit awareness before students attempt electrical diagnostics, and outlines power distribution paths for deeper analysis.
Chapter 2HideHide detailsSee detailsTools, Workspace, and Safety Protocols
Tools, Workspace, and Safety Protocols
Lesson 1 • Chemical Safety and Solvent Handling
Reviews isopropyl alcohol, acetone, and flux fumes with ventilation requirements. Safe chemical use protects technician health and camera coatings.
Lesson 2 • Optical Cleaning Equipment and Supplies
Introduces sensor swabs, eclipse fluid, blowers, and loupe magnifiers. Proper supply selection avoids scratching coatings and leaving residue.
Lesson 3 • Essential Hand Tools for Camera Repair
Covers JIS screwdrivers, spanner wrenches, and rubber-tipped forceps. Correct tool selection prevents stripped screws and cosmetic damage, and ensures precise torque application across delicate camera components.
Lesson 4 • Workspace Organisation and Documentation
Covers screw trays, magnetic mats, and photo-documentation workflows. Organised documentation reduces reassembly errors and lost hardware, while streamlining troubleshooting reference archives.
Lesson 5 • ESD Protection and Handling Procedures
Teaches antistatic mats, wrist straps, and ionisers to prevent electrostatic discharge. Protects sensors and PCBs during every repair stage.
Chapter 3HideHide detailsSee detailsDisassembly and Reassembly Techniques
Disassembly and Reassembly Techniques
Lesson 1 • Camera Body Disassembly Sequence
Walks through top cover, bottom plate, and rear panel removal in correct order. Sequence adherence prevents broken clips and torn flex cables.
Lesson 2 • Lens Barrel Disassembly Methods
Covers helicoid separation, aperture blade removal, and element group extraction. Lens disassembly requires tracking rotation marks and element order.
Lesson 3 • Reading Service Manuals and Exploded Diagrams
Teaches interpretation of OEM exploded views, torque specs, and part codes. Accurate manual reading is the foundation of every structured repair.
Lesson 4 • Reassembly Verification and Function Check
Establishes post-reassembly checklists covering shutter, AF, and exposure. Systematic verification catches errors before the camera reaches the customer.
Lesson 5 • Flex Cable and Connector Management
Details ZIF connector unlocking, flex routing, and re-seating verification. Mishandled flex cables are the leading cause of post-repair failures.
Chapter 4HideHide detailsSee detailsSensor Cleaning and Optical Maintenance
Sensor Cleaning and Optical Maintenance
Lesson 1 • Dust and Contamination Identification
Uses test shots and loupe inspection to locate dust, oil, and fungus. Accurate contamination mapping guides the correct cleaning method, allowing targeted dry or wet techniques as needed.
Lesson 2 • Lens Element and Filter Cleaning
Addresses front and rear element cleaning, coating-safe solvents, and filter glass care. Improper technique permanently damages multi-coating layers.
Lesson 3 • Viewfinder and Mirror Cleaning
Covers focusing screen removal, mirror surface care, and eyepiece lens cleaning. These surfaces affect framing accuracy and must be handled delicately.
Lesson 4 • Wet Sensor Cleaning Procedures
Details swab preparation, single-stroke technique, and fluid quantity control. Wet cleaning removes oil and stubborn particles without streaking.
Lesson 5 • Dry Sensor Cleaning Procedures
Covers blower-only and brush techniques for loose particle removal. Dry methods are always attempted before wet cleaning to minimise risk, ensuring a safe preliminary cleaning stage.
Chapter 5HideHide detailsSee detailsShutter Mechanism Repair and Calibration
Shutter Mechanism Repair and Calibration
Lesson 1 • Leaf Shutter Service and Lubrication
Details blade cleaning, pivot lubrication, and synchronisation contact service. Leaf shutters in medium-format and compact cameras require unique techniques.
Lesson 2 • Focal-Plane Shutter Blade Replacement
Covers curtain removal, blade material selection, and tension spring reinstallation. Blade replacement restores light-tight travel and eliminates banding.
Lesson 3 • Electronic Shutter Diagnostics
Identifies rolling shutter artefacts, banding, and sensor readout faults. Electronic shutter issues often trace to firmware or sensor board connections.
Lesson 4 • Shutter Speed Measurement and Testing
Uses optical tachometers and shutter analysers to measure curtain timing. Baseline measurement before repair defines the scope of calibration needed.
Lesson 5 • Shutter Speed Calibration Procedures
Adjusts timing magnets, brake pads, and governor springs to hit spec. Calibration is iterative and confirmed with analyser readings at all speeds.
Chapter 6HideHide detailsSee detailsAutofocus and Metering System Repair
Autofocus and Metering System Repair
Lesson 1 • Metering Sensor Diagnosis and Replacement
Tests metering accuracy with grey cards and replaces faulty metering cells. Accurate metering is essential for correct auto-exposure in all modes.
Lesson 2 • Phase-Detect Module Replacement
Covers mirror box removal, AF sensor alignment, and calibration after swap. Misaligned AF modules cause consistent front or back focus across all lenses.
Lesson 3 • AF Calibration and Micro-Adjustment
Uses focus charts and live-view confirmation to set AF fine-tune values. Calibration corrects front and back focus without hardware replacement.
Lesson 4 • AF System Architecture and Fault Types
Maps phase-detect module, AF motor types, and common failure modes. Understanding architecture directs diagnosis to the correct subsystem quickly.
Lesson 5 • Lens AF Motor and Encoder Repair
Diagnoses USM, STM, and linear motor faults in lens barrels. Motor and encoder repairs restore silent, accurate focus drive in the lens, improving performance and reliability.
Chapter 7HideHide detailsSee detailsSoldering, PCB Repair, and Electrical Diagnostics
Soldering, PCB Repair, and Electrical Diagnostics
Lesson 1 • Flex Cable Repair and Replacement
Covers flex trace repair with conductive ink, connector replacement, and routing. Flex repair extends camera life when OEM replacements are unavailable.
Lesson 2 • Soldering Station Setup and Technique
Covers iron temperature, tip selection, and solder alloy for camera PCBs. Correct technique prevents cold joints and heat damage to adjacent components.
Lesson 3 • SMD Component Identification and Replacement
Identifies resistors, capacitors, and ICs by package code and reads circuit diagrams. SMD replacement restores function without full board swap.
Lesson 4 • Multimeter and Oscilloscope Diagnostics
Uses continuity, voltage, and waveform tests to isolate faults on camera boards. Instrument-based diagnosis replaces guesswork with measurable evidence.
Lesson 5 • Power Circuit and Battery Contact Service
Tests voltage regulators, battery contacts, and charging circuits for faults. Power faults cause intermittent shutdowns and must be resolved before other repairs.
Chapter 8HideHide detailsSee detailsFirmware, Calibration, and Final Quality Control
Firmware, Calibration, and Final Quality Control
Lesson 1 • Final Functional and Cosmetic Inspection
Executes a structured checklist covering all controls, ports, and optical surfaces. Inspection catches overlooked faults before camera is returned to owner.
Lesson 2 • Factory Service Mode and Calibration Tools
Accesses hidden service menus to reset counters, adjust parameters, and run diagnostics. Service mode enables calibrations impossible through user menus.
Lesson 3 • Repair Documentation and Customer Handoff
Produces repair reports, warranty statements, and usage guidance for customers. Professional documentation builds trust and reduces repeat-visit disputes.
Lesson 4 • Sensor Calibration and Pixel Mapping
Runs pixel remapping routines to eliminate hot pixels after sensor cleaning or swap. Pixel mapping restores clean image output at all ISO settings.
Lesson 5 • Firmware Update and Recovery Procedures
Covers official update methods, bricked camera recovery, and version verification. Correct firmware ensures all repaired hardware functions as designed.

Your valid completion certificate
This course is for you:
Camera enthusiasts: tired of paying shop rates for simple repairs.
Freelance photographers: wanting to self-service gear between paid shoots.
Electronics hobbyists: ready to apply soldering skills to precision optics.
Career changers: seeking a skilled trade with low startup overhead.
Working technicians: expanding into camera repair from general electronics.
Film photography collectors: needing to restore and maintain vintage equipment.
What our students say
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