Industry-oriented training in Embedded Systems, Automotive, AUTOSAR, C/C++, CAN, Diagnostics — delivered by professionals with 16–20+ years of real-world experience.
Established in 2023, EIEC bridges the gap between academic learning and real-time industry requirements. Training is delivered by automotive & embedded industry professionals with 16–20+ years of hands-on experience.
Currently offering online training programs. Our physical training center with laboratory facilities is launching soon in Mandya, Karnataka — bringing world-class embedded training to your doorstep.
Practical, hands-on programs designed to take you from fundamentals to real-time industry workflows.
From fundamentals to advanced embedded C — covering memory, pointers, structures, dynamic allocation, and logic building.
Object-oriented programming covering classes, inheritance, polymorphism, encapsulation, STL, and practical assessments.
Microcontrollers, GPIO, ADC, PWM, UART/SPI/I2C/CAN, RTOS, sensor interfacing, and embedded debugging techniques.
Complete automotive architecture, ECU concepts, CAN & LIN communication, UDS diagnostics, ECU communication and tool demos.
AUTOSAR architecture, MCAL, RTE & Basic Software, DCM concepts, communication stack, GPIO/ADC/PWM driver concepts.
Deep-dive into UART, SPI, I2C, CAN & LIN — protocol analysis, real-time debugging, and practical communication projects.
Whether you're just starting or switching careers, EIEC has a program tailored for your goals.
Bridge the gap between college theory and actual industry requirements before your first job.
Get the practical skills, tool knowledge, and interview preparation needed to crack embedded & automotive roles.
Upskill in AUTOSAR, diagnostics, or advanced protocols to advance in your current career track.
Transition into the high-demand embedded & automotive domain with structured, industry-aligned training.
Every trainer has 16–20+ years of hands-on experience in the automotive & embedded industry.
Hands-on demonstrations with industry-standard automotive and embedded tools used daily in top companies.
CAN bus trace analysis, message monitoring, and communication debugging tool used industry-wide.
Complete simulation & testing environment for automotive networks including CAN, LIN, and Ethernet.
Hands-on CAPL programming for CANoe automation, test scripting, and protocol simulation.
ECU diagnostics demos, UDS service walkthroughs, and live communication monitoring exercises.
Every course includes real-world mini-projects and automotive demonstrations to solidify learning.
GPIO-based embedded C project simulating a full traffic light sequence with timer interrupts and state machines.
Sensor interfacing project using ADC and UART to read, process, and transmit temperature data in real-time.
Full-duplex UART communication between two MCUs with data framing, error handling, and protocol analysis.
Automotive CAN network simulation with multiple ECU nodes, message analysis using CANalyzer/CANoe tools.
Real-time peripheral control project covering LED arrays, relays, and external devices via GPIO with interrupt handling.
Live ECU communication trace analysis, protocol message understanding, and automotive workflow exposure with real tools.
From learning to landing your job — EIEC supports you at every step of your career journey.
Every course completion is backed by an EIEC certificate recognizing your skills.
Experience EIEC's teaching style, practical approach, and industry-oriented learning environment — completely free. No commitment needed.
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