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Instructor: GettobyteLanguage: English
This course is about learning Automotive Microcontroller of NXP Semiconductors S32K144 MCU. In This course we will learn, explore and do Handson activity on different peripherals of S32K144 MCU using S32 Design Studio IDE.
We will learn and do DIY HandsOn activity for different peripherals present in S32K144 MCU, different features present in peripherals of S32K1xx MCU's, how to use those features by making functional demo codes and projects on those peripherals. We will also deep dive understanding of RTD API's, the parameters which need to send on those API's, their chronology and configuration flow to use them effectively. We will also deep dive into peripheral register level understanding and embedded software debugging/development activities while creating different functional demo codes on MCU peripheral's by exploiting their basic features
Kunal Gupta
We will deep dive into understanding the peripheral of MCU. General concept of the peripheral: in terms of what is that peripheral, why the peripheral is used and its features and working principal
After that we will deep dive into corresponding peripheral understanding with respect to NXP S32K144 MCU. What are the pins, features and functional blocks of that peripheral in S32K144 MCU.
After that we move to flow and steps that has to be followed for using the specific peripheral, which peripheral register of that peripheral are important, what are the other dependent peripherals.
Now we will move to Peripheral Driver or RTD understanding, which API's are their given by NXP RTD, how to use those API's, parameters that has to be send on those API's, their chronology to use them for using corresponding peripheral.
In this we will deep dive into understanding the Code Configuration Tool provided by NXP for configuring the peripheral of S32K144 MCU. We will deep dive into which configuration section means what features and which section we have to configure with their logic reasoning
In the last step we will create/develop and debug the different Embedded Software Code to demonstrate the usage of corresponding peripheral. We will create 4-5 functional demo projects for each peripheral from scratch based upon our last 5 steps using the NXP RTD API's and learn how to develop and debug the Software programs for S32K144 MCU.
"" — Gettobyte
The Embedded Market of India is right now only flooded with Arduino/ESP and STM32 based Microcontrollers. There is need to use and introduce more new Microcontrollers that are having support for new technologies which are emerging from semiconductor chips.
One of the main reasons for taking this course, is because this course is going to teach how to use NXP S32K144 Microcontroller using ElecronicsV3 Development Board. NXP S32K144 MCU has full capabilities to make DIY Automotive projects of industry standard and technologies, which will help you to upskill yourself in core automotive/semiconductor technologies. Like there is ESP framework for IoT, Raspberry Pie framework for Linux Computers, Arduino framework for embedded basics but there is no such framework and go to platform for automotive platform. That what ElecronicsV3 Development Board having NXP S32K144 MCU has, it supports core automotive technologies and frameworks like Cryptography, Autosar MCAL layer, Automotive Protocols, UDS Bootloader and various features to build automotive technologies.
And one of the first thing that is required to use any Microcontroller, is core and depth level understanding of peripherals of that MCU, with embedded software development and debugging activities on them. And this course is going to take you to that journey, with easy explanation and step by step tutorial lessons!!!!
Kunal Gupta
3+ years of experience in core semiconductor and automotive industry. Working Experience of NXP Semiconductors and STMicroelectronics. Unorthodox and risk take engineer/entrepreneur.
The main thing required for this course is determination to learn new technologies and upskill yourself to build Carrer in core semiconductor and automotive field.
Apart from that, what is only thing needed is knowledge and understanding of microcontroller technology?
Don't worry if it seems a lot, we have created a "Free Course on What is Microcontroller Technology" in which we have covered all the prerequite required for this course and in general also . It is free of cost and is perfect started for those who wants to enter into semiconductor industry and learn the technologies of it.
We will learn and do DIY HandsOn activity for different peripherals present in S32K144 MCU, different features present in peripherals of S32K1xx MCU's, how to use those features by making functional demo codes and projects on those peripherals. We will also deep dive understanding of RTD API's, the parameters which need to send on those API's, their chronology and configuration flow to use them effectively. We will also deep dive into peripheral register level understanding and embedded software debugging/development activities while creating different functional demo codes on MCU peripheral's by exploiting their basic features
After this course dwell into following courses/learning path to expand your learning:
Learn live with top educators, chat with teachers and other attendees, and get your doubts cleared.
Our curriculum is designed by experts to make sure you get the best learning experience.
Interact and network with like-minded folks from various backgrounds in exclusive chat groups.
Stuck on something? Discuss it with your peers and the instructors in the inbuilt chat groups.
With the quizzes and live tests practice what you learned, and track your class performance.
Flaunt your skills with course certificates. You can showcase the certificates on LinkedIn with a click.
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