Master Chiptuning From Fundamentals. The course is conducted in English.
3-Month Online Academy focused on real Stage 1 calibration using calculation-based methods — not guesswork or file copying.
🚀 Become a Professional ECU Tuner
From Zero to Stage 1 Mastery – Real Skills, Real Results
You don’t need years of trial and error.
You don’t need guesswork.
You don’t need “magic files.”
What you need is a method.
This program teaches you how to tune engines using a calculation-based approach, powered by StagePlus — so you understand exactly what you’re doing and why it works.
This is a live, instructor-led training — not a recorded course.
You will work step by step on real ECU data and learn how to properly understand and modify engine software.
What is this academy?
This is a 3-month online training program designed to teach you how to perform safe and effective Stage 1 tuning based on real calculations.
The academy is conducted live — you participate in real-time sessions, ask questions, and work together on real cases.
How does it work?
- Live online sessions (no pre-recorded videos)
- Classes twice a week
- Evening schedule (7:00 PM – 10:00 PM, Central European Time)
- Direct contact with the instructor
- Real ECU examples and practical work
Between sessions, you will receive assignments designed to help you quickly build real skills.
What ECUs and systems will you work with?
During the academy, you will work on real examples from commonly used ECUs, including:
Diesel:
- Bosch EDC17 – VAG, BMW, PSA
- Simens
- Selected MD1 controllers
Gasoline:
- Bosch MED17
- Popular MG1 ECUs
StagePlus – Diesel & Petrol Calculators
Advanced calculation tools designed to support real ECU tuning.
Used during the training to:
- calculate fuel quantity and torque
- adjust boost pressure correctly
- control air-fuel ratio (AFR)
- understand real engine behavior
What will you be able to do after the training?
After completing the academy, you will be able to:
- Perform Stage 1 tuning based on calculations
- Understand how maps work and interact
- Modify software safely and consciously
- Use tools and logic to work on different ECUs
Most importantly:
You will be able to apply this knowledge to other controllers, even if you have never seen them before — by understanding the logic behind tuning, not just memorizing solutions.
The Physics Behind Chiptuning — Why It Really Works
Modern chiptuning is not just about changing numbers in a file.
It is directly connected to the fundamental principles of thermodynamics, combustion, and energy conversion.
At its core, every internal combustion engine is a system that converts chemical energy (fuel) into mechanical work.
The efficiency of this process depends on how precisely we control the combustion.
Air–Fuel Ratio and Combustion
One of the most important parameters in engine tuning is the air–fuel ratio (AFR).
It defines how much air is mixed with fuel during combustion and directly affects:
- power output
- exhaust temperature
- emissions
- engine safety
In gasoline engines, the ideal (stoichiometric) ratio is approximately 14.7:1.
This means 14.7 parts of air to 1 part of fuel.
However, in real-world tuning, this value is rarely optimal.
- Richer mixtures (more fuel) → more power, lower temperatures
- Leaner mixtures (more air) → better efficiency, higher temperatures
Understanding this balance is critical for safe and effective tuning.
Thermodynamics and Engine Efficiency
From a thermodynamic perspective, the engine is a heat engine.
Key factors influencing performance:
- combustion temperature
- pressure inside the cylinder
- air density
- fuel energy content
By modifying ECU maps, we are effectively controlling:
- how fast energy is released
- how much pressure is generated
- how efficiently fuel is converted into torque
Training Schedule – May–July 2026
Week 1
Tuesday, May 19 – 7:00–10:00 PM (CEST)
Introduction to the calculation-based tuning method Working with StagePlus (diesel engines) Fundamentals of Stage 1 tuning (AFR, torque, fuel dose)
Thursday, May 21 – 7:00–10:00 PM (CEST) First Stage 1 tuning session (practical) Bosch EDC17C46 + Bosch EDC17C74 Driver Wish, Torque Limiters, Smoke Limiters
Week 2
Tuesday, May 26 – 7:00–10:00 PM (CEST) Stage 1 continuation Bosch EDC17C74 + Bosch MD1C006 Boost control and limiter structure
Thursday, May 28 – 7:00–10:00 PM (CEST) Advanced torque modeling Bosch MD1CS016 + Bosch EDC17C54 Torque vs fuel corrections
Week 3
Tuesday, June 2 – 7:00–10:00 PM (CEST) Stage 1 optimization Bosch EDC17C57 + Bosch EDC17CP14 Temperature limits and safety strategies
Thursday, June 4 – 7:00–10:00 PM (CEST) OEM differences and architecture Bosch EDC17CP44 + Siemens SID310 Bosch vs Siemens strategies
Week 4
Tuesday, June 9 – 7:00–10:00 PM (CEST) PSA / Renault platforms Siemens SID312 + Siemens SID807 Injection and boost strategies
Thursday, June 11 – 7:00–10:00 PM (CEST) Full Stage 1 workflow Log analysis and common tuning mistakes
Week 5
Tuesday, June 16 – 7:00–10:00 PM (CEST)
🔹 Introduction to gasoline engines
🔹 AFR, lambda control, knock, ignition basics
Thursday, June 18 – 7:00–10:00 PM (CEST)
🔹 Bosch MED17
🔹 Stage 1 tuning fundamentals (petrol)
Week 6
Tuesday, June 23 – 7:00–10:00 PM (CEST)
🔹 Bosch MED17.5 + Bosch MED17.1
🔹 Ignition timing and corrections
Thursday, June 25 – 7:00–10:00 PM (CEST)
🔹 Bosch MG1CS011 + Bosch MG1CS003
🔹 Modern torque model strategies
Week 7
Tuesday, June 30 – 7:00–10:00 PM (CEST)
🔹 VAG ECUs (modern petrol systems)
🔹 Bosch MG1CS002 + Bosch MED17.5.25
Week 8
Tuesday, July 14 – 7:00–10:00 PM (CEST)
🔹 Practical Stage 1 tuning (petrol)
🔹 Boost, ignition, lambda tuning
Thursday, July 16 – 7:00–10:00 PM (CEST)
🔹 Log analysis (diesel vs petrol)
🔹 Real-time correction strategies
Week 9
Tuesday, July 21 – 7:00–10:00 PM (CEST)
🔹 Building your own Stage 1 strategy
🔹 Safe power limits and reliability
Thursday, July 23 – 7:00–10:00 PM (CEST)
🔹 Full project case study
🔹 ORI vs Stage 1 vs logs comparison
Week 10
Tuesday, July 28 – 7:00–10:00 PM (CEST)
🔹 Practical exam
Thursday, July 30 – 7:00–10:00 PM (CEST)
🔹 Final summary + certification