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Automotive Systems Overview
Automotive Vehicle Technology, Overview of Vehicle Categories, Various Vehicle Sub Systems like Chassis, Body, Driveline, Engine, Fuel, Emission, Brakes, Suspension, ,Emission, Brakes, Suspension, Doors, Safety & Security , Comfort & Multimedia, Communication & Lighting, Future Trends in Automotive Embedded Systems : Drive by Wire, Autopilot, Robotics,
Automotive Sensory System
Automotive Sensors and Transducers: Temperature, Force, Humidity, Carbon Dioxide (CO2),Carbon Monoxide (CO),Oxygen ( O2 )Sensor, LAMBDA Sensor, Proximity Distance Sensors, Speed,Engine Knock Sensor, Resistive Potentiometer & Flow. Typical Sensors Specifications & Microcontroller Interface Considerations, Sensor Calibration
Automotive Embedded System Design
Concept to Market : Understanding Automotive Product Design Cycle Building Blocks of Automotive Electronic Product : Actuators , Sensors ,Semiconductor Components , Devices (MOSFET, JFET,SCR,BJT), Integrated Circuits (ICs), SMD Components and Packages , PCBs etc., Electric Motors & Driving Techniques : Stepper Motors , DC Motor , BLDC, PM Motor etc. Printed Circuit Board Concepts for Thermal, Reliability, EMI/EMC, Noise & Enclosure Selection
The need for Protocol , Intra processor Communication Protocols : I2C & I2S, SPI , RS485 MODBUS & USB, Introduction to Automotive Protocols : LIN, CAN, KWP2000 , J1850 & J1939 FlexRay & MOST Design, Test, Calibration and Diagnostics tools for networking of electronic systems like ECU Software and Testing Tools , ECU Calibration Tools ,Diagnostic and Bus Monitoring Tools, Vehicle Network Simulation. Advanced Trends in Automotive Electronics: AUTOSAR Architecture, Infotainment & Multimedia, Power line Bus Communication.
ECU Software Development
Microcontroller Architecture : MSP430 , HCS12 , 32 Bit ARM LPC2148 & Cortex M3 Architecture .Automotive Grade Microcontrollers like ATMega164P , AT32UC3C2512C , Safety Critical Microcontrollers like Hercules TMS470M ARM Cortex-M3 Series, Microcontrollers with Built in CAN Interface , CAN Tran receivers Start-up and Power ON Reset Sequence , Boot loaders ,Brown Out Detection, WDC ,LPM. Introduction to Software Development Tools : Keil MDK, Win ARM, TI Code Composer Studio And Atmel AVR Studio 6.0 Version Control Systems: Tortoise SVN, Coding Standards and Guidelines: MISHRA C & AuroSar
Verification and Validation
The Validation and Verification ( V & V )Process , Introduction to NI Lab VIEW for Automotive V & V. Test Categories like Functional Test , Black Box Test , Boundary level Test & Test Case Development , Reliability and Certifications Tests: EMI / EMC Tests as per IEC 1000-3, IEC 1000-4 & IEC 1000-5 standard, Environmental Test, Vibration Tests, Protection against Dust, Water Ingress and IP Standards Vehicle Diagnostic Interface like ODB , ODB - II , Documentation Techniques & Templates
I am very happy that I took admission here due to my friend’s reference. I have benefited very much here. Learning IOT gave me an exposure to various platforms. Faculty here is very professional and knowledgeable.
After completing my BE in electronics and telecommunication I started searching for an embedded company. Almost a month passed and none of the embedded companies who were requiring freshers would not select me or call me for an interview. I was totally clueless, I have worked on a number of good projects in my college then too I was failing to join a good embedded company. Then I realized that if an embedded company demands for a fresher they would expect that the candidate would have a good knowledge and hands on experience on various controllers like ARM, Cortex, Raspberry pi or PIC , and C language which is mandatory.
I started searching for a course which would cover almost everything that the company primarily demands. After a lot of research I came across BICARD INSTITUTE. They were providing a post diploma in embedded systems which included all the important modules required by the embedded industries.
It was one of my Life's best decision of joining Bicard Institute. The teachers are very Supportive and are always there to help you with each and every problem you face with the concepts or with any technical issues you face during the project.Talking about the job opportunities provided by this institute, it all depends on you. You will be scheduled for an interview in an embedded company after completing 4-5 months of your course (the company may be a startup or a well established company)and you will be selected according to your performance in the interview.
Overall the Institute will provide you with all the facilities and resources which will improve your skills in the
Faculty in BICARD is very helpful. They not only give you technical knowledge but also help you improve your skill set required for job placement. I would recommend it to all.
BICARD is good institute to learn embedded system course. Provides excellent content and practical assignment. Teachers are very supportive , helps you to implement logic technically. Unlimited practical sessions are available.
I completed my 4 months diploma with BICARD. One thing that i liked about the institute is that everyone here gets their own space. They not only focus on your strengths but also give time to work on weakness.