Embedded Control Systems Design & Integration
Description:
This intermediate course transitions learners from foundational embedded systems knowledge to applying embedded control in real-world scenarios. While automotive systems are used as the primary domain for implementation, the underlying skills — such as analog signal processing, sensor-actuator interfacing, and control strategy development — are highly transferable across industries, including agriculture, aerospace, robotics, drones, and industrial automation. This course bridges theory and practice through hands-on learning and real-time control implementation.
Hybrid
₹20,000*
₹14,500
Offline
₹25,000*
₹19,500
* Scholarship available based on the test assessment
- Signal Conditioning and ADC Circuit Design
- Actuator Driver Design (Solenoids, Injectors)
- Interfacing and Reading:
▪ Position Sensors
▪ Temperature Sensors
▪ Pressure Sensors
▪ Speed Sensors
- Controlling Injectors and Ignition Sparks
- Debouncing, Pull-up/down Concepts, and Circuit Reliability
- Problem Solving with Automotive Case Studies
Module 3: Foundations of Microcontroller Hardware and Circuit Building
Total Time : 25 – 30 hrs (2 Weeks)
| S. No. | Topics |
|---|---|
| 1 | Microcontroller Basics |
| 2 | Electrical and Electronic Fundamentals |
| 3 | Practical Hardware Skills |
| 4 | Sensor and Actuator Fundamentals |
| 5 | Handling Microcontroller Inputs/Outputs Properly |
| 6 | Module 3 – Problem Statements & Practical Tasks |
Module 4: Embedded Control System Design and Development
Total Time : 25 – 35 hrs (2 Weeks)
| S. No. | Topics |
|---|---|
| 1 | Analog Signal Conditioning and ADC Interface Design |
| 2 | Actuator Driver Circuit Design and Implementation |
| 3 | Interfacing and Reading Position Sensors |
| 4 | Interfacing and Reading Temperature Sensors |
| 5 | Interfacing and Reading Pressure Sensors |
| 6 | Interfacing and Reading Speed Sensors | 7 | Microcontroller Communications |
| 8 | Actuator Control: Injectors and Ignition Systems |
| 9 | Module 4 – Problem Statements & Practical Tasks |
- Type : Offline & Hybrid (1 Week or 25 Hours Offline Mandatory)
- Duration : 4 Weeks (50–60 Hours)
- Lectures : Modules 3–4
- Skill Level : Intermediate
- Assessment : Project
- Certificate : Yes
- Learners who completed Course 1 or similar
- Engineering students and professionals familiar with micro-controllers
- Automotive engineers and embedded hobbyists
Get in Touch with Us
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