In this advanced course, participants will develop and implement embedded control strategies directly on engine systems. It focuses on achieving optimized performance and emissions using real-time logging, calibration, and closed-loop feedback via a custom-built Open ECU.
₹30,000
₹24,500
* Scholarship available based on the test assessment
Total Time: 25 – 35 hrs (2 Weeks)
S. No. | Topics |
---|---|
1 | Integration of Multiple Engine Sensors for Real-Time Data Acquisition |
2 | Top Dead Center (TDC) Detection and Strategy Implementation |
3 | Fuel Injection Timing and Control Strategy Implementation |
4 | Ignition Control Strategy Implementation for Spark Timing Management |
5 | Final Integration of Sensors and Actuators into the Open ECU |
6 | Closed-Loop Control and Feedback Implementation |
7 | Module 5 – Problem Statements & Practical Tasks |
Total Time: 15 hrs (1 Week)
S. No. | Topics |
---|---|
1 | Exploring the Control Strategies on the Real Engine Application |
2 | Engine Calibration Techniques: Balancing Power, Emissions, and Efficiency |
3 | Acquisition and Analysis of Engine Data for Performance Optimization |
Total Time: 15 hrs (1 Week)
S. No. | Topics |
---|---|
1 | Applying the Embedded Concepts on Real-World Problems |
2 | Presentation and Demonstration |
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