This course is for aspiring filmmakers/multimedia proffessionals. No prior multimedia knowledge is required for this course. 
You will be taught everything from the scratch.

Requirements
A laptop computer that meets the requirements on our requirements page.
Ability to take lessons in English language

Course Contents

SESSION 1: 
PHOTOGRAPHY & CINEMATOGRAPHY



1. Digital Photography
2. Cinematography & Advance Camera techniques with sliders, 
dollies and multi-axis electronic camera stabilisers

SESSION 2: 
DIRECTING & LIGHTING

1. Directing for movies
2. Directing for music videos,
3. Directing for documentaries
4. Lighting

SESSION 3: 
POST PRODUCTION

1. Video Editing
2. Colour Grading
3. Motion Graphics Animation
4. Preparing videos for online Streaming and playback on different devices

TUITION FEE:
One Thousand US Dollars (1,000 USD)
Six Hundred Thousand Naira (N600,000).

DURATION: 6 Weeks 
(Weekdays: Mondays – Thursdays 10am – 4pm)

Online Classes: Available for this course
Serviced Accommodation Fee: N50,000 (100 USD) per month
Payment Plans: Three installments accepted
Internship (Optional): Up to 3 Weeks


Register For This Course Now >>

This course is for aspiring filmmakers/multimedia proffessionals. No prior multimedia knowledge is required for this course. 
You will be taught everything from the scratch.

Requirements
A laptop computer that meets the requirements on our requirements page.
Ability to take lessons in English language

Course Contents

SESSION 1: 
PHOTOGRAPHY & CINEMATOGRAPHY



1. Digital Photography
2. Cinematography & Advance Camera techniques with sliders, 
dollies and multi-axis electronic camera stabilisers

SESSION 2: 
DIRECTING & LIGHTING

1. Directing for movies
2. Directing for music videos,
3. Directing for documentaries
4. Lighting

SESSION 3: 
SCRIPT WRITING


1. How to write a movie script
2. How to write a music video script
3. How to write an advert video script
4. How to write a documentary video script

SESSION 4: 
POST PRODUCTION

1. Video Editing
2. Colour Grading
3. Motion Graphics Animation
4. Preparing videos for online Streaming and playback on different devices

• SESSION 5: 
DRONE PILOTING

1. Safety regulations for drones and remotely controlled aircrafts (RPAs)
2. Pre – flight preparations
3. Flight simulation for multicopters
4. Drone Set up and GPS Calibration
5. Flight Techniques
6. Pairing and controlling the aircraft with a mobile device
7. Emergency landing techniques
8. Directing and shooting cinematic aerial shots – practice

TUITION FEE:

Two Thousand US Dollars (2,000 USD)
One Million Five Hundred Thousand Naira (N1,200,000).

DURATION: 3 Months 
(Weekdays: Mondays – Thursdays 10am – 4pm)
(Weekend Classes: Not Available for this course)
(Online Classes: Not Available for this course)

Serviced Accommodation Fee: N50,000 (100 USD) per month
Payment Plans: Three installments accepted

Internship (Optional): Up to 3 Months

Register For This Course Now >>

This certification program is intended for those with a passion for film-making, music video production, documentary and TV production.

It covers a wide range of topics under the following courses;

Course Contents

1. Digital Photography

2. Cinematography/Advance Camera Techniques

3. Directing for Film & Documentaries

4. Directing for Music Videos

5. Motion Graphics Animation

6. Video Editing.

7. Drone Piloting

DURATION:

Training Duration: 3 Months

FEE: 2,000 US Dollars.

N1,500,000

This course is for aspiring filmmakers/multimedia proffessionals. No prior multimedia knowledge is required for this course. You will taught everything from the scratch.

Become a certified Music Producer & Sound Engineer, join the MX Film & Multimedia Academy’s
4 Weeks Intensive Practical Music Production & Sound Engineering Training Boot Camp

Starting April 2023.
This certification program is intended for those with a passion for music production.
You will be taught how to create instrumentals, record audio, mix and master audio professionally.

Course Contents

1. Introduction to Music production & Sound Engineering
2. Creating Instrumentals from Scratch
3. Arranging instrumentals
4. Mixing and finalizing instrumentals
5. Setting up up multi-track recording session
6. Connecting mixers, microphones, guitars, workstations and other audio inputs
7. Recording multi-track session audio
8. Mixing



9. 9.Mastering
10. Saving and exporting your files to different formats. 

    Fee: N600,000

Duration: 8 Weeks

BEHIND EVERY GREAT LIVE EVENT IS A GREAT SOUND ENGINEER.
The audience sees the performers.
The sound engineer controls what they hear.
Learn the technology, techniques and workflow behind professional live sound production at MX Academy.

LIVE SOUND ENGINEERING TRAINING
Go beyond simply operating a mixer. Learn how to design, set up, manage and troubleshoot complete live sound systems.

What You Will Learn

• Sound fundamentals and signal flow
• Microphones, DI boxes, cables, and connectors
• Analog and digital mixing consoles
• Front-of-house and monitor mixing
• PA system setup and speaker placement
• Gain structure, EQ, compression, and effects
• Soundcheck procedures
• Feedback control and troubleshooting
• Stage Design and Stage management
• Live event production
• Safety and professional workflow
  Why Train at MX Academy?
• Practical, hands-on training
• Learn from experienced instructors
• Build confidence in real event situations
• Develop skills for concerts, studios, churches, events, and production companies
• Internationally recognized certifications.Whether you are a beginner, musician, church sound operator, aspiring audio engineer,
  or event professional, this training will help you take your skills to the next level.Start your journey in live sound engineering today!

Delivery Format: Physical Class and Online Class


Duration: 8 Weeks
Registration: www.mxacademy.ng/register
Physical Class Location: Calabar, Cross River State
Contact: +234-8123 011 179.

Fee:
Seven Hundred Thousand Naira. [1,400 USD].

Accommodation: Available.

Module 1: Introduction to Audio & Sound Engineering (Week 1)

• Fundamentals of Sound
  • Sound Waves: Frequency, Amplitude, and Wavelength
  • Understanding Audio Signals
• Introduction to Sound Engineering
  • Roles of a Sound Engineer
  • Overview of Studio Equipment
• Overview of Digital Audio Workstations (DAWs)

Module 2: Advanced Audio Engineering Works

• Understanding the Four Factors that determines the quality of any audio sound
• Deciphering Sound Waves
• How to identify and modify audio frequencies.
• How to achieve vocal softening by modifying the audio frequencies.
• How to mix any sound by altering the audio frequencies
• How to compress and limits sounds manually without using plugins
• How to change the keys of an audio signal without using auto tune or dedicated plugins.

Module 3: Mixing Instrumentals

• Mixing percussion sounds
• Mixing kick drum sounds
• Mixing virtual instruments soundsWorking with Synthesizers
  • How to synthesize sounds
• How to modify audio samples in your DAW
• Balancing Levels and Frequencies
  • Working with EQs
  • Adding Effects: Reverb, Delay, Compression, e.t.c
• Automation : How to automate your mixes
• Mastering instrumentals

Module 4: Setting Up and Recording a Multi-Track Session

• Multi-Track Recording Basics
  Understanding Tracks and Channels
• Connecting Equipment
  Mixers, Microphones, Instruments, and Audio Interfaces
• Setting Up for Optimal Sound Capture
How to digitally pre-mix vocals before recording.

Module 5: Recording, Mixing, and Mastering

• Recording Techniques
  • Capturing Clean Audio
  • Overdubbing and Layering
• Mixing Tracks
  • Equalization (EQ) and Panning
  • Dynamic Processing: Compressors, Limiters
• Mastering Basics
  • Preparing for Distribution
  • Volume Normalization and Polishing

Module 6: Saving and Exporting Your Work

• Exporting in Different Formats
• Preparing Tracks for Streaming and Distribution
• Meta Tags:
• Embedding additional information to your audio file.
• How to embed album art to an audio file.
• How to embed artist, composer and producer details to an audio file.TUITION FEE:
  One Thousand US Dollars (1,200 USD)
  Six Hundred Thousand Naira (N600,000).DURATION: 6 Weeks 
(Weekdays: Mondays – Thursdays 10am – 4pm)
  
Online Classes: Available for this course
  Serviced Accommodation Fee: N50,000 (100 USD) per month
  Internship (Optional): Up to 3 Weeks

Live Music Production/Live Sound Engineering Training & Certification

What You Will Learn

• Sound fundamentals and signal flow
• Microphones, DI boxes, cables, and connectors
• Analog and digital mixing consoles
• Front-of-house and monitor mixing
• PA system setup and speaker placement
• Gain structure, EQ, compression, and effects
• Soundcheck procedures
• Feedback control and troubleshooting
• Stage Design and Stage management
• Live event production
• Safety and professional workflowWhy Train at MX Academy? 
• Practical, hands-on training
• Learn from experienced instructors
• Build confidence in real event situations
• Develop skills for concerts, studios, churches, events, and production companies
• Internationally recognized certifications.Whether you are a beginner, musician, church sound operator, aspiring audio engineer,
  or event professional, this training will help you take your skills to the next level.
  Start your journey in live sound engineering today!

Delivery Format: Physical Class and Online Class


Duration: 8 Weeks
Registration: www.mxacademy.ng/register
Physical Class Location: Calabar, Cross River State
Contact: +234-8123 011 179.
www.mxacademy.ng

MX Academy — Learn the Sound. Control the Experience.

Click here to Register Now!


DIGITAL MUSIC DISTRIBUTION

Professional Certificate Course

Course Focus: Music Distribution, Copyright, Royalties, Revenue Management & Digital Music Business
Course Duration: 8 Weeks

COURSE OBJECTIVE

This course equips students with the knowledge and practical skills required to professionally distribute music across digital platforms, protect intellectual property, manage ownership and revenue splits, collect royalties, monitor releases, and build sustainable digital income from music.

MODULE 1 — INTRODUCTION TO DIGITAL MUSIC DISTRIBUTION

• What is digital music distribution?
• How the modern digital music ecosystem works
• Record labels, artists, producers, publishers and distributors
• Digital Service Providers (DSPs)
• Streaming vs digital downloads
• Major streaming and music platforms
• Understanding the journey of a song from creation to listener
• Role of a digital music distributor
• Independent distribution vs record-label distribution
• Choosing the right distribution strategy

MODULE 2 — MUSIC RIGHTS & INTELLECTUAL PROPERTY

• Understanding intellectual property in music
• Copyright fundamentals
• Master Recording Rights
• Composition/Songwriting Rights
• Publishing Rights
• Performance Rights
• Mechanical Rights
• Neighbouring/Related Rights
• Moral rights
• Who owns what in a recording?
• Copyright ownership between artists, producers and songwriters
• Work-for-hire and commissioned productions
• Copyright registration and documentation
• Protecting music from unauthorized use

MODULE 3 — SONG OWNERSHIP & MUSIC CREDITS

• Artist credits
• Songwriter credits
• Producer credits
• Featured artist credits
• Mixing and mastering credits
• Label credits
• Publisher information
• Understanding metadata ownership
• Splits between collaborators
• Importance of documenting ownership before release
• Avoiding ownership disputes

MODULE 4 — REVENUE SPLITS & COLLABORATION AGREEMENTS

• Understanding music revenue
• Revenue sharing between collaborators
• Artist/producer splits
• Songwriter splits
• Label/artist arrangements
• Producer points and royalties
• Featured artist agreements
• Publishing splits
• Master recording revenue splits
• Creating a split sheet
• Agreeing on percentages before release
• Written agreements and digital documentation
• Common mistakes that cause royalty disputes

Practical Exercise

Students create a professional music split sheet for a collaborative recording.

MODULE 5 — MUSIC METADATA & RELEASE INFORMATION

• What is music metadata?
• ISRC — International Standard Recording Code
• UPC/EAN/barcodes
• ISWC and composition identification
• Artist name and release information
• Track titles
• Album/EP/single information
• Genre and subgenre
• Language
• Explicit-content labeling
• Release date
• Copyright information
• Composer and songwriter information
• Publisher information
• Metadata accuracy and why it matters

MODULE 6 — PREPARING MUSIC FOR DISTRIBUTION

• Audio quality requirements
• WAV and other delivery formats
• Artwork specifications
• Album and single artwork
• Artist profile information
• Clean and explicit versions
• Instrumentals and alternate versions
• Naming conventions
• Release documentation
• Pre-release quality control
• Common reasons releases are rejected

MODULE 7 — CHOOSING A DIGITAL DISTRIBUTOR

• What music distributors do
• Comparing distribution models
• Free vs paid distribution
• Commission-based distribution
• Subscription-based distribution
• Label distribution
• Distribution contracts
• Understanding distributor terms and conditions
• Ownership and licensing considerations
• Royalty collection
• Content ID and monetization
• Choosing a distributor for an independent artist
• Distributor red flags to watch for

Practical Exercise

Students compare different distribution models and develop a distribution strategy for an independent artist.

MODULE 8 — DISTRIBUTING MUSIC TO DIGITAL PLATFORMS

• Creating a distributor account
• Setting up an artist profile
• Creating a release
• Uploading audio
• Uploading artwork
• Entering metadata
• Adding contributors
• Setting release dates
• Selecting territories
• Selecting platforms
• Pre-save and pre-release strategies
• Submitting releases
• Release approval process
• Managing rejected releases
• Updating an existing release

MODULE 9 — ROYALTIES & MUSIC REVENUE

• How musicians make money from digital music
• Streaming royalties
• Download revenue
• Mechanical royalties
• Performance royalties
• Neighbouring rights
• Publishing royalties
• Master recording royalties
• YouTube revenue
• Content ID revenue
• Social media music monetization
• Sync licensing opportunities
• Understanding gross vs net revenue
• Distributor fees and deductions

MODULE 10 — ROYALTY COLLECTION & RIGHTS ORGANIZATIONS

• Understanding Performing Rights Organizations (PROs)
• Collective Management Organizations (CMOs)
• Mechanical rights organizations
• Neighbouring rights organizations
• Publishing administrators
• Registering works for royalty collection
• Matching recordings to compositions
• Avoiding uncollected royalties
• International royalty collection
• Understanding cross-border music revenue

MODULE 11 — REVENUE SPLITTING & ROYALTY PAYMENTS

• Setting up royalty splits
• Distributor royalty splitting
• Label royalty accounting
• Collaborator payments
• Producer royalty payments
• Publishing payments
• Recoupment
• Advances and deductions
• Payment schedules
• Statements and accounting
• Handling disputed payments
• Maintaining payment records

Practical Exercise

Students create a royalty allocation sheet showing how income from a release is distributed among multiple rights holders.

MODULE 12 — REVENUE TRACKING & MUSIC ACCOUNTING

• Tracking revenue across platforms
• Understanding royalty statements
• Reading distributor reports
• Streaming reports
• Download reports
• Territory-by-territory revenue
• Platform-by-platform revenue
• Monthly and annual revenue reporting
• Tracking collaborators' shares
• Currency conversion
• Payment reconciliation
• Identifying missing or delayed royalties
• Creating a music revenue spreadsheet/dashboard
• Maintaining financial records for a music catalog

Practical Exercise

Students analyze a sample royalty statement and prepare a revenue report.

MODULE 13 — STREAMING DATA & ANALYTICS

• Understanding streaming statistics
• Streams vs listeners
• Monthly listeners
• Audience demographics
• Geographic data
• Playlist performance
• Source of streams
• Release performance
• Audience retention
• Identifying successful songs
• Using analytics to plan future releases
• Detecting unusual streaming activity
• Using data to support marketing decisions

MODULE 14 — YOUTUBE, CONTENT ID & SOCIAL MEDIA MONETIZATION

• YouTube music ecosystem
• Official Artist Channels
• YouTube Music
• Content ID
• Monetizing unauthorized uses of music
• User-generated content
• Facebook/Instagram music ecosystem
• TikTok music ecosystem
• Short-form video and music discovery
• Claiming and managing music usage
• Copyright claims vs copyright strikes
• Rights management across social platforms

MODULE 15 — COPYRIGHT ENFORCEMENT & MUSIC PROTECTION

• Detecting unauthorized use of music
• Copyright infringement
• Takedown procedures
• Copyright claims
• Dispute procedures
• Content ID claims
• Unauthorized uploads
• Sampling and interpolation issues
• Cover songs and licensing
• Remix permissions
• Protecting music internationally
• Maintaining evidence of ownership

MODULE 16 — MUSIC RELEASE STRATEGY

• Singles vs EPs vs albums
• Release scheduling
• Pre-release planning
• Pre-save campaigns
• Playlist pitching
• Digital marketing
• Social media promotion
• Building release campaigns
• Coordinating music distribution with promotion
• Release-day strategy
• Post-release promotion
• Catalog management
• Releasing consistently

MODULE 17 — MUSIC CATALOG MANAGEMENT

• Managing multiple releases
• Organizing master recordings
• Maintaining metadata databases
• Tracking ISRCs and UPCs
• Managing ownership information
• Managing contracts and split sheets
• Tracking royalty income
• Catalog valuation
• Licensing opportunities
• Backup and archival systems
• Long-term digital asset management

MODULE 18 — MUSIC BUSINESS LEGAL & CONTRACT BASICS

• Artist agreements
• Producer agreements
• Collaboration agreements
• Label agreements
• Distribution agreements
• Licensing agreements
• Publishing agreements
• Synchronization agreements
• Exclusive vs non-exclusive agreements
• Understanding licensing periods
• Territory restrictions
• Termination clauses
• Reading contracts before signing
• When to seek professional legal advice

EXPECTED OUTCOMES

At the end of the course, students should be able to:

• Professionally prepare music for digital distribution
• Understand and manage music copyrights
• Identify different types of music rights
• Prepare accurate music metadata
• Create professional split sheets
• Understand streaming and digital royalties
• Set up and manage digital releases
• Select appropriate distribution platforms
• Track music revenue and royalties
• Understand royalty statements
• Manage revenue splits between collaborators
• Monitor streaming and audience analytics
• Protect music against unauthorized use
• Manage an artist's digital music catalog
• Develop professional release strategies
• Build systems for long-term music revenue management

CERTIFICATION

MX Academy Professional Certificate in Music Business/Digital Music Distribution

LIVE EVENT VIDEO PRODUCTION & BROADCASTING

Professional Certificate Course

Course Duration: 8 Weeks
Format: Demonstrations, Guided Practice, Rehearsals & Final Live-Event Production

COURSE GOAL

Students will develop the practical skills required to plan, operate and manage video, presentation visuals, venue displays and online broadcasting for live events.

MODULE 1 —
INTRODUCTION TO LIVE EVENT VIDEO PRODUCTION

• Understanding live event video production
• In-room visual presentation vs online broadcasting
• Types of live events and production requirements
• Basic live production workflow
• Production crew roles and responsibilities
• Understanding the video signal path
• Camera, video, audio and display workflow
• Introduction to live production terminology
• Venue-based production vs studio production

Practical Exercise

Trace the complete signal path from camera and microphone through the mixer, production computer, venue display, streaming platform and audience.

MODULE 2 — CAMERAS, VIDEO, AUDIO & EQUIPMENT BASICS

• Types of cameras used for live production
• Camera inputs and outputs
• Basic camera operation
• Video resolutions and aspect ratios
• Frame rates and video formats
• Video capture devices
• Computers for live production
• Projectors, LED screens and displays
• Microphones and basic audio connections
• HDMI, SDI, USB and other common connections
• Basic audio monitoring
• Understanding video and audio latency

Practical Exercise

Connect a camera and laptop to a display, configure the inputs and verify picture and sound.

MODULE 3 — PRODUCING LIVE EVENT VISUALS

• Understanding presentation software for live events
• Creating event presentations
• Preparing Bible verses and lyrics
• Displaying announcements and information
• Adding images and videos
• Managing presentation content
• Organizing content for live operation
• Audience screen vs operator screen
• Managing presentation cues
• Switching between different visual elements
• Preparing holding screens and event graphics

Practical Exercise

Build and operate a short event/service presentation containing lyrics, announcements, images and video.

MODULE 4 — INTRODUCTION TO LIVE BROADCASTING

• Understanding live streaming and broadcasting
• Live broadcast workflow
• Camera-to-stream signal path
• Audio-to-stream signal path
• Streaming computers and capture devices
• Streaming platforms
• Basic broadcast terminology
• Roles of a live broadcast crew
• Program feed and audience feed
• Internet requirements for live broadcasting
• Basic streaming quality considerations

Practical Exercise

Map and configure the signal flow for a simple live broadcast.

MODULE 5 — OBS STUDIO FUNDAMENTALS

• Introduction to OBS Studio
• Understanding the OBS interface
• Scenes and sources
• Adding cameras to OBS
• Adding media files
• Screen capture
• Window capture
• Adding presentation software
• Titles and text overlays
• Logos and branding
• Audio sources
• Scene transitions
• Switching between scenes
• Recording a production
• Basic streaming configuration

Practical Exercise

Build OBS scenes for a speaker, presentation slides, video content and holding screen.

MODULE 6 — COMPLEX PRODUCTION WORKFLOWS & NETWORKING

• Multi-computer live production workflows
• Connecting multiple production computers
• Sharing visual content across computers
• Introduction to NDI
• NDI over a local network
• Sending presentation visuals to OBS
• Sending video sources between computers
• Network configuration for live production
• Managing multiple visual sources
• Synchronizing presentation and broadcast workflows
• Troubleshooting network-based video sources

Practical Exercise

Connect multiple computers on a local network and send presentation visuals from one computer into OBS on another computer.

MODULE 7 — PROJECTING VISUALS TO THE VENUE

• Venue projection systems
• LED walls and large-format displays
• Confidence monitors
• Main screen vs confidence screen
• Video output configuration
• Screen resolution and aspect ratio
• Extended displays
• Duplicate vs extended desktop
• Display positioning
• Screen readability
• Managing different content for different displays
• Troubleshooting display and projection problems

Practical Exercise

Route presentation slides and camera video to a venue display while maintaining a separate operator/production screen.

MODULE 8 — LIVE BROADCASTING, SCREEN LAYOUT & PRODUCTION CONTROL

• Configuring a complete livestream
• Broadcast scene design
• Full-screen camera views
• Presentation and camera combinations
• Split-screen layouts
• Picture-in-picture
• Lower thirds and speaker identification
• Logos and broadcast branding
• Multiple camera switching
• Audio monitoring during broadcast
• Managing live cues
• Recording the broadcast
• Monitoring stream performance

Practical Exercise

Build and operate a multi-source broadcast featuring camera views, presentation slides, speaker information and split-screen layouts.

MODULE 9 — REHEARSAL, TROUBLESHOOTING & LIVE PRODUCTION MANAGEMENT

• Planning a live production
• Creating production checklists
• Pre-event equipment checks
• Camera and audio checks
• Display and projection checks
• Internet and network checks
• Rehearsing production cues
• Coordinating production crew
• Managing unexpected technical problems
• Troubleshooting video sources
• Troubleshooting audio problems
• Troubleshooting display problems
• Troubleshooting network and streaming problems
• Backup plans and redundancy
• Staying operational during live events

Practical Exercise

Conduct a complete technical rehearsal with planned equipment and workflow problems for students to diagnose and resolve.

MODULE 10 — FINAL LIVE EVENT PRODUCTION PROJECT

Students will plan, set up and operate a complete live event video production and online broadcast.

Project Requirements

• Event production planning
• Equipment preparation
• Camera setup
• Audio integration
• Presentation preparation
• Venue display setup
• OBS production setup
• Network configuration
• Broadcast scene creation
• Live camera switching
• Presentation and visual management
• Split-screen production
• Online streaming
• Production monitoring
• Post-event recording and review

Final Practical Project

Students will work individually or as a production team to produce and broadcast a complete live event, from setup and rehearsal through the live production and online transmission.

EXPECTED LEARNING OUTCOMES

At the end of the course, students should be able to:

• Set up video systems for live events
• Operate cameras and video sources
• Manage presentations and event visuals
• Configure projectors, LED screens and confidence monitors
• Build OBS Studio productions
• Connect multiple computers for live production
• Use NDI for network-based video workflows
• Produce split-screen and multi-source broadcasts
• Integrate audio and video into a livestream
• Operate a live broadcast independently or as part of a production team
• Troubleshoot common live production problems
• Plan, rehearse and execute a complete live event broadcast

CERTIFICATION

MX Academy Professional Certificate in Live Event Video Production & Broadcasting

Course Duration: 8 Weeks

Tuition Fee: N800,000.

Advanced Multi-Rotor Drone Operations Course

COURSE CONTENTS
PART 1

1. Safety regulations for drones
2. Pre-flight preparation

• GPS Calliberation
• Battery check
• Motor check

1. Working with GPS
2. Risk Assessment
3. Multicopter flight simulation
4. Launching the drone under normal circumstances
5. Landing the drone under normal circumstances
6. Flight manouvers and Controls
7. Working with the drone camera
   10 Performing aerial Surveillance
8. Emergency drone retrieval techniques.
   [How to get the drone back safely when there is a signal loss or interference]

PART 2 [Advanced]

1. Changing factory settings and customizing the operational capabilities to suit your needs
2. Advance flying manoeuvres.
3. Simultaneously controlling the aircraft while operating the camera (taking still shots)
4. Simultaneously controlling the aircraft while operating the camera (aiming the camera at
   a particular object/subject while the drone is flying).
5. How to maintain orientation when flying the aircraft
6. Emergency Take Off Techniques: How to take off in a bad landscape
7. How to set the aircraft to return to take off point automatically without additional inputs
   by the pilot
8. How to set the aircraft to follow a subject (e.g a car, dog, human e.t.c.) without being
   controlled by a pilot
9. Best practices for conducting aerial surveillance
10. More and more practical flights with the multicopter unit.
11. Knowing your flight distance and altitudes
12. Emergency take off and landing techniques.

    Duration: 3 Weeks
    Fee: Eight Hundred Thousand Naira
    Two Thousand US Dollars

Drone Repairs, Troubleshooting & Maintenance

Requirements: Basic electronics knowledge (voltage, current, soldering), familiarity with drone operations, and computer literacy.

Target Audience: Drone technicians, maintenance engineers, public safety UAS operators, and professional service providers.

Learning Outcomes: Upon completion, students will be able to diagnose, repair, calibrate, and perform preventative maintenance on common commercial and consumer drones.

Module 1: Drone Systems Overview & Safety Protocols

• 1.1 Types of drones (multirotor, fixed-wing, hybrid) and their repair implications
• 1.2 Key subsystems: Flight controller, ESCs, motors, propellers, frame, battery, radio, payloads
• 1.3 Workshop safety:
  LiPo fire suppression, ESD protection, ventilation for soldering
• 1.4 Tool identification and usage:
  Multimeters, screwdrivers, tweezers, soldering stations, thermal cameras.

Module 2: Diagnostic Methodology & Failure Analysis

• 2.1 Systematic troubleshooting:
  Observe → Isolate → Test → Replace/Repair → Verify
• 2.2 Using flight logs (e.g., .DAT, .TXT logs in DJI/ArduPilot/PX4)
• 2.3 Error codes and LED blink patterns (flight controller, GPS, battery)
• 2.4 Vibration analysis.

Module 3: Propulsion System Repair

• 3.1 Brushless motor theory and failure modes
  (bearing wear, magnet debris, winding shorts)
• 3.2 Motor testing: resistance check, manual rotation feel, audible noise
• 3.3 Motor replacement:
  soldering to ESC, C-clip removal, shaft straightening
• 3.4 Electronic Speed Controller (ESC) diagnosis:
  blown capacitors, burned FETs, signal loss
• 3.5 Propeller selection, and damage assessment (stress cracks, nicks)
• 3.6 Hands-on lab: Replace a motor and ESC on a quadcopter; verify thrust balance
• 3.7 How to reverse the direction of rotation of a motor

Module 4: Flight Controller & Sensor Calibration

• 4.1 Flight controller components: IMU (gyro/accelerometer), barometer, compass, processor.
• 4.2 Firmware flashing and configuration
• 4.3 Sensor calibration procedures: Accelerometer, compass, IMU temperature calibration
• 4.4 Troubleshooting IMU errors: vibration damping, mounting isolation, replacing sensor boards
• 4.5 GPS/GLONASS module repair: checking antenna continuity, shielding replacement, connector rework
• 4.6 Hands-on lab: Calibrate a “sensor error” drone; replace a faulty GPS module

Module 5: Power System & Battery Maintenance

• 5.1 LiPo/Li-ion battery anatomy: cells, balance leads, C-rating, internal resistance
• 5.2 Battery failure analysis: swelling, voltage sag, cell imbalance, damaged connectors
• 5.3 Safe discharging, storage, and transport regulations (IATA, UN3480)
• 5.4 Power distribution board (PDB) repair: trace repair, capacitor replacement
• 5.5 Battery management system (BMS) diagnosis (smart batteries: DJI, Autel)

   

Module 6: Radio Control & Telemetry Systems

• 6.1 Receiver/transmitter binding, failsafe setting, and range testing
• 6.2 Antenna repair and positioning
• 6.3 Interference troubleshooting: Wi-Fi, 4G, other 2.4/5.8 GHz sources
• 6.4 Telemetry downlink issues: RSSI loss, packet corruption, RF module overheating

Module 7: Frame & Mechanical Repair

• 7.1 Frame material repair: carbon fiber, plastic, aluminum, injection-molded shells
• 7.2 Crack repair: plastic welding
• 7.3 Vibration dampening
• 7.4 Gimbal mechanical repair: ribbon cable replacement, motor gear cleaning, slip ring issues
• 7.5 Hands-on lab: Replace a burnt out motor and broken propeller

Module 8: Payload & Accessory Troubleshooting

• 8.1 Camera issues: lens fog, sensor dust, focus problems, firmware corruption
• 8.2 Gimbal errors: twitching, horizon tilt, motor overload error codes
• 8.3 Hands-on lab: Replace a gimbal ribbon cable; recalibrate a gimbal using software

Module 9: Preventative Maintenance & Field Care

• 9.1 Pre-flight and post-flight inspection checklists
• 9.2 Cleaning procedures: motors, connectors, camera lens, vents
• 9.3 Bearing lubrication, screw torque checking, firmware update protocol
• 9.4 Storage conditions: humidity, temperature, battery state-of-charge
• 9.5 Maintenance tracking logs for fleet management

Module 10: Advanced Troubleshooting Cases

• 10.1 Case study 1: Drone flips on takeoff
• 10.2 Case study 2: Sudden yaw spin during flight
• 10.3 Case study 3: Rapid battery drain leakage
• 10.4 Case study 4: No GPS lock after crash
• 10.5 Case study 5: Video transmission noise
• 10.6 Case study 5: No GPS lock after powered on

Final Practical Assessment

Training Duration & Fees

Course Duration: 8 Weeks

Tuition fee: 1,500 USD | 1,500,000 Naira

Accommodation: Available @ 100 USD or N50,000 per month

We also provide Visa application assistance for foreign students.

Download Program Details on PDF

Click here to download this program course details on PDF

Drone Surveying & Mapping Training

SESSION 1: INTRODUCTION

1. Introduction to Drone Surveying
2. Traditional Surveying vs Drone Surveying
3. Use cases of Drone Surveying (Construction, Mining, Agriculture, Infrastructure, e.t.c)
4. Understanding Key Concepts: GSD, Overlap, Resolution & Accuracy
5. Coordinate Systems & Global Positioning Systems
6. Drone Surveying Missions

SESSION 2: DRONE TYPES

1. 
Multirotor Drone vs Fixed Wing Survey Drones
2. Survey Sensors: RGB, LiDAR, Thermal & Multispectral
3. Choosing the Right Drone for Surveying Projects
4. Planning a Drone Survey Project Step-by-Step
5. Creating Automated Flight Plans with Mapping Apps
6. Setting Altitude, Overlap & Ground Resolution
7. Ground Control Points (GCPs)
8. RTK vs PPK concepts, workflows, pros/cons, baselines, corrections, error sources.

SESSION 3: ACQUIRING MAPPING/SURVEY DATA

1. Conducting a Professional Survey Missions
2. Capturing High-Quality Aerial Images for Mapping
3. Determining Weather Conditions for Drone Mapping

SESSION 4: PHOTOGRAMMETRY

1. 
   Introduction to Photogrammetry
2. How to Turn Drone Images to 3D Maps
3. Orthomosaic Maps
4. Digital Surface Models (DSM) & Digital Terrain Models (DTM)
5. Point Clouds and 3D Mesh Models
6. Introduction to Drone Mapping Software
7. Processing Drone Images into Maps
8. Creating Orthomosaic Maps
9. Generating 3D Terrain Models
10. Exporting Data to GIS & CAD Software

ANALYZING SURVEY/MAPPING DATA

1. Measuring Distances, Areas & Volumes
2. Creating Topographic Maps
3. Accuracy Validation & Quality Control
4. Drone Surveying in Construction & Infrastructure
5. Drone Surveys in Mining & Stockpile Measurement
6. Drone Mapping for Agriculture & Environmental Monitoring
7. Drone Survey Project Workflow
8. Building a Career or Business in Drone Surveying.

   Duration: 8 Weeks