Automotive Remapping Course

Lesson 1 • ECU Architecture and Core Functions

Covers ECU hardware layout, processor types, and memory structures. Provides the baseline understanding needed to interpret and modify calibration data safely.

Lesson 2 • Sensors, Actuators, and Signal Types

Examines every major sensor and actuator in the engine management loop. Learners learn signal types and ranges critical for diagnosing and validating remap changes.

Lesson 3 • OBD Communication Protocols

Introduces CAN bus, K-line, and OBD-II diagnostic protocols used to access ECU data. Learners learn to establish reliable communication before any read or write operation.

Lesson 4 • Ignition System Principles

Details spark timing, dwell control, and knock detection. Understanding ignition fundamentals prevents destructive calibration errors in later chapters.

Lesson 1 • Map Identification and Labeling

Teaches methods for locating and identifying unknown maps within a binary file. Accurate map identification is the prerequisite for every calibration change in later chapters.

Lesson 2 • Tuning Software Navigation

Introduces the map editor interface, table views, and graphing tools common across major platforms. Learners build navigation speed needed for efficient calibration work.

Lesson 3 • Tuning Hardware Interfaces

Surveys OBD interfaces, bench harnesses, and boot-mode tools. Learners select appropriate hardware for each ECU family encountered in the workshop.

Lesson 4 • Data Logging Setup and Workflow

Establishes real-time logging configuration for ECU parameters during road and dyno sessions. Logged data forms the evidence base for every tuning decision going forward.

Lesson 1 • Common-Rail Diesel Fuel Systems

Explains high-pressure common-rail architecture, injector coding, and pilot injection strategies. This mechanical context is essential before modifying diesel fueling maps.

Lesson 2 • Diesel Boost and Turbo Control

Covers variable-geometry turbocharger control, boost pressure maps, and wastegate logic. Learners learn to raise boost targets safely within mechanical limits.

Lesson 3 • Diesel Remap Validation and Safety Checks

Applies a structured verification process using data logs and smoke meters after each diesel remap. Validation confirms power gains without exceeding thermal or mechanical limits.

Lesson 4 • Emissions-Related Diesel Maps

Examines EGR, DPF regeneration, and SCR dosing maps and their interaction with performance calibration. Learners understand functional trade-offs when modifying these systems.

Lesson 1 • Petrol Remap Road Testing Protocol

Establishes a structured road-test sequence for validating petrol calibrations under real load conditions. Learners interpret live logs to confirm safety and performance targets.

Lesson 2 • Turbo Petrol Boost Management

Addresses boost target maps, wastegate duty cycle, and overboost protection for turbocharged petrol engines. Learners balance power gains against safe boost thresholds.

Lesson 3 • Ignition Timing Optimization

Teaches systematic ignition advance optimisation using knock feedback and MBT targeting. Learners learn to extract maximum efficiency without inducing detonation.

Lesson 4 • Petrol Fueling Maps and Lambda Control

Covers volumetric efficiency tables, fuel maps, and closed-loop lambda correction. Accurate fueling is the foundation of every safe petrol calibration.

Lesson 1 • Dynamometer Types and Setup

Compares chassis, hub, and engine dyno configurations and their measurement principles. Correct setup eliminates measurement error that would corrupt calibration decisions.

Lesson 2 • Iterative Calibration on the Dyno

Applies a structured edit-test-review loop to refine maps efficiently during a dyno session. Learners minimize pull count while maximizing calibration accuracy.

Lesson 3 • Power and Torque Curve Interpretation

Teaches reading dyno graphs to identify fueling, timing, and boost deficiencies. Learners connect curve shape anomalies to specific calibration tables requiring adjustment.

Lesson 4 • Wideband AFR Integration

Covers wideband controller installation, calibration, and data overlay with dyno output. Accurate AFR data is the primary safety reference during every dyno pull.

Lesson 1 • Multi-Dimensional Map Editing

Addresses 3D and 4D map structures with multiple input axes such as load, RPM, temperature, and gear. Learners edit high-dimensional tables without introducing interpolation artifacts.

Lesson 2 • Anti-Lag and Overrun Strategies

Covers throttle-blip, ignition retard, and secondary air injection anti-lag methods. Learners balance turbo response improvement against exhaust system thermal stress.

Lesson 3 • Launch Control and Flat-Foot Shifting

Explains ignition retard and fuel-cut strategies used to build boost at launch and maintain power during gear changes. Learners configure and validate these features safely.

Lesson 4 • Flex-Fuel and Ethanol Calibration

Covers ethanol content sensor integration, dual-fuel map switching, and timing enrichment for E85. Learners build calibrations that adapt dynamically to fuel blend changes.

Lesson 1 • Immobilizer Systems and Synchronization

Explains transponder, rolling-code, and CAN-based immobilizer architectures. Learners synchronize ECU and body control modules after cloning or replacement operations.

Lesson 2 • Data Security and File Management

Establishes professional practices for storing, backing up, and protecting customer ECU files. Secure file management reduces liability and supports repeat service visits.

Lesson 3 • File Encryption and Decryption Concepts

Introduces encryption layers found in modern ECU binaries and the tools used to decode them. Learners understand file integrity verification before and after decryption.

Lesson 4 • ECU Cloning Procedures

Details full ECU clone workflows for replacement and backup purposes. Learners learn to transfer calibration and adaptation data without triggering immobilizer faults.

Lesson 1 • Service Workflow and Quality Control

Defines intake, remap, validation, and delivery stages of a professional service workflow. Consistent process execution reduces errors and builds customer trust.

Lesson 2 • Regulatory Compliance and Liability

Addresses emissions regulations, type-approval implications, and professional liability exposure. Learners implement documentation practices that reduce legal and financial risk.

Lesson 3 • Customer Communication and Expectation Management

Develops skills for explaining technical outcomes in accessible language and managing unrealistic expectations. Clear communication prevents disputes and generates referrals.

Lesson 4 • Pricing, Packages, and Revenue Models

Analyzes cost-based and value-based pricing strategies for remap services and packages. Learners build a pricing structure that covers costs and reflects market positioning.