Everything About: Embedded Systems with Arduino/MATLAB/Raspberry Pi & Who Should Attend

Embedded Systems with Arduino

Course Duration: 4 – 7 months

An Embedded system refers to a computer embedded in a machine or some large device for performing controlled and automated tasks. The major embedded systems utilize peripherals with microcontrollers for communicating with the outside world. Talking about Arduino on the other hand, it’s a board that amalgamates the additional circuitry with a microcontroller to upload programs. Arduino is easy to use, yet an embedded engineer can only work on embedded systems. Arduino can be utilized to create prototypes or embedded systems quickly and easily.

The essence of Arduino can be ascertained by its use in a myriad of applications and projects by several industries, engineers, academics, students etc. Whether you are a novice to the software or an advanced user, Arduino is malleable enough to be used by all sorts of individuals. Though a number of Arduino projects might appear to be frivolous, the technology taps into multiple trends that makes it a significant force in the market. This brilliant open source project minimizes the entry barrier for the developers who look forward to experimenting with the synergistic objects. It helps in offering a new wave of opportunities for startups and techies to develop smart technical stuff. The requirement of pricey programmers will now cease to exist as the microcontroller can be directly coded via boot loader by connecting it to a system. A time will come where one would even be able to design robots through this platform.

Who Should Attend

  • Embedded system refers to a computer embedded in a machine or some large device for performing controlled and automated tasks. The major embedded systems utilize peripherals with microcontrollers for communicating with the outside world. Talking about Arduino on the other hand, it’s a board that amalgamates the additional circuitry with a microcontroller to upload programs. Arduino is easy to use, yet an embedded engineer can only work on embedded systems. Arduino can be utilized to create prototypes or embedded systems quickly and easily.One who really wants to work on open source electronic platform for the ease of accessibility of the electronics and want to develop interactive environments and objects.
  • This course is aimed for both those who have and do not have prior knowledge of Embedded with Arduino system. It is a beginner to advanced course to familiarize you with Embedded with Arduino system and its application industry.

Embedded Systems with MATLAB

Course Duration: 4 – 7 months

Matrix Laboratory or Matlab is a comprehensive programming environment incorporating libraries, integrated development environment and its own language for programming. The real programming language of Matlab is high-level which signifies that there is no need to fret about the low level of functionality. It is a strong and sophistical tool that can be utilized for the development of real time data processing models and swift prototyping. Matlab is used as a brilliant tool in matrix calculations, developing data visualization and user interfaces, and running and developing algorithms. The multi-paradigm environment lets the developer to interface with the programs so that the unique strengths of every language can be harnessed for a plethora of purposes.

Matlab offers a tool that is useful to the engineers in modeling the dynamic systems. Matlab can also be utilized by the testing or developing embedded systems via its instrument control toolbox. This makes it quite convenient for the user to test the embedded systems by offering him control over a number of programmable instruments. As a whole, Matlab tools are effective in the development of embedded systems.

This course is aimed for both those who have and do not have prior knowledge of Embedded system with MATLAB. It is a beginner to advanced course to familiarize you with Embedded system with MATLAB and its application industry.

Who Should Attend

  • Professionals, students, researchers and many others who wants to develop a real time data processing models and swift prototyping.
  • One willing to work on signal processing, industry control systems, computational finance, communications, smart grid design as well as robotics.

Embedded Systems with Raspberry Pi

Course Duration: 4 – 7 months

Though Raspberry Pi consists of a small size, it functions as a usual computer and that too at a lesser price range. It is feasible to function as a low-priced server to manage the web traffic. Grouping Raspberry Pi’s to function as one server is lighter on the pocket than a usual server. If each and every light traffic server is modified into Raspberry Pi, the budget of an enterprise might certainly minimize. Raspberry Pi presents various job opportunities as well for the professionals and the beginners. The control robotic and remote monitoring developed in this platform includes a splendid academic and industrial value. Even the grossing and evolving next-gen technology ‘IOT’ is employing Raspberry Pi at a higher percentage.

There are several sorts of embedded systems- from multi CPU to the petty 8 bit microcontrollers. Raspberry Pi can be utilized for gaining knowledge about the typical embedded systems such as I2C, Serial, SPI Interfaces and GPO. It is also very effective for learning embedded systems from a novice point of view since it is a low-priced source of development and convenient to use.

Who Should Attend

  • Students, engineers, graduates and many others who wants to play HD videos, make spreadsheets, surf the internet and do word processing.
  • This course is aimed for both those who have and do not have prior knowledge of Embedded system with Raspberry Pi. It is a beginner to advanced course to familiarize you with Embedded system with Raspberry Pi and its application industry.
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Team EduCracker
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