Learn ARM – Advance your embedded system programming and application development career by learning ARM.
ARM is important because of its efficiency, portability, compatibility, and its role as a foundation for learning other programming microcontrollers.
Everything from concept to visualization to implementation is covered in this course. Arm is a low-power high-performance processor. It is operated in industries based on consumer electronics and industrial applications, more versions are available and so many companies are manufactured with IDE and chips. The usage of ARM is due to its smaller size and having inbuilt mathematical compilations with faster computations.
This module is part of the PG Diploma in Embedded Systems Design & Development
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Course Name: “Crash Course on ARM”
Duration – 20 Days
No. Of hours per day – 4 hours
Total No of hours – 80
Pre- and post-assessment – YES
Project – YES
Course completion certificate – YES
Pre-Requisite – Data types, storage classes, looping, bitwise operators, pointers, function pointers.
ARM – Advanced RISC Machine processors are widely used in smartphones, tablets, and low-power consumption devices. It comes in different variants with new features and advancements. The different variants of ARM processors involve ARM cortex M3, ARM cortex m4. In these variants, cortex m-3 has 1768,2164,2148 and 2169 variants which support a good battery life for portable devices with good efficiency. It also provides a path for SOC designs and provides good performance for computational capabilities. The reasons to choose an ARM processor are cost and accuracy. It also provides good support for the google cloud platform.
ARM controller works with higher-end processors in cortex variants and also provides good support for communication protocols. ARM supports thumb technology which supports parallel execution. ARM has more versions in the market, specifically ARM 7 and ARM 9 are used for integrating all electronic components through AMBA (advanced micro-controller bus architecture) protocol called SOC (system on chip). ARM has many versions, the very popular version is ARMV7TDMI which provides huge support in developing game consoles and mobile phones.
| Introduction to Embedded System | Vector Interrupt Controller | |
| Introduction to C Programming | Analog to Digital Convertor – ADC | |
| Introduction to Keil uVision 5 | Introduction to WDT | |
| Introduction to ARM architecture | Introduction to Communication protocols (I2C, UART, SPI, CAN) | |
| Introduction to ARM/Cortex family microcontrollers | Introduction to PWM | |
| Introduction to ARM Cortex LPC1768 | Introduction to RTC | |
| Components of ARM processor | Programming of UART module. | |
| Developing programs with ARM/Cortex microcontrollers | ARM/Cortex Peripherals (GPIOs, I2C, SPI, UART, timers, and USB) | |
| Introduction to external peripherals | Interfacing ARM cortex with LED, BUZZER, RELAY & LCD | |
| Interfacing ARM Cortex 1768 microcontroller with LCD | Interfacing DIP Switch & Keypad | |
| Simulating programs on Keil IDE 5 | PIN Configuration and PIN SELECT Register | |
| Introduction to Timers and Interface with ARM/Cortex Microcontroller | Interfacing ARM/ Cortex to peripheral devices (LCD, Stepper motor, Keypad, etc.) | |
| Introduction to Interrupts and Interface with ARM/Cortex Microcontroller | Interfacing ARM Cortex 1768 microcontroller with keyboard & stepper motor | |
| Introduction to Serial Port and Interface with ARM/Cortex | ||
| Phase Lock Loop |
This course is related to covering the basic idea of selecting the chip, processor knowledge provides a platform to choose the right IDE’s and is also helpful in developing a higher-end controller through data sheets. Embedded systems provide a path to learn the basics of electronics and also give good support to work with any microcontroller boards. By learning this controller one can able to design different microcontrollers and develop their own module for their applications.
Embedded Systems Engineer: A career of an Embedded Systems Engineer involves designing and developing electronic systems that perform a specific function or task. ARM microcontrollers are often used in embedded systems, which makes knowledge of these microcontrollers a highly valued skill for individuals in this field.
Firmware Engineer: Firmware engineers are responsible for developing low-level software that operates on various devices and systems. Knowledge of ARM microcontrollers is essential for this role, as these microcontrollers are commonly used in a variety of devices, from smartphones to home appliances.
Robotics Engineer: Robotics engineers design, build, and program robots for various applications, such as manufacturing, healthcare, and military. ARM-based microcontrollers are often used in robotics applications, which makes knowledge of these microcontrollers an essential skill for individuals in this field.
Product Development Engineer: Product development engineers work with a team to design, develop, and test products from initial concepts to final production. Knowledge of ARM microcontrollers may be beneficial in this role, as these microcontrollers are often used to control and monitor various functions and processes in products.
Technical Support Engineer: Technical support engineers assist customers with technical issues and problems related to products and services. Knowledge of ARM microcontrollers may be valuable in this role, as these microcontrollers are widely used in various products and devices.
Embedded Testing Engineers: Are responsible for ensuring that embedded systems are developed to meet customer requirements and are both functional and reliable. By executing rigorous testing of hardware and software, Embedded Test Engineers help the development team deliver quality products that meet the needs of customers.
Mobile Devices: ARM-based microcontrollers power a wide range of mobile devices, including smartphones, tablets, and smartwatches. For example, the ARM Cortex-A series processors are used in popular mobile devices like iPhones and Android smartphones.
Internet of Things (IoT): ARM microcontrollers are widely used in IoT (Internet of Things) devices due to their low power consumption and connectivity features. They enable IoT applications such as smart home systems, wearables, and environmental monitoring devices.
Automotive Systems: ARM microcontrollers are used in various automotive applications, including engine management systems, infotainment systems, and driver assistance systems. For example, ARM Cortex-M processors are used in automotive microcontrollers like the NXP S32K series.
Industrial Automation: ARM microcontrollers play a vital role in industrial automation systems, controlling processes and machinery in manufacturing plants. They are used in programmable logic controllers (PLCs), motor drives, and real-time monitoring systems.
Consumer Electronics: ARM microcontrollers are found in a range of consumer electronics, such as gaming consoles, digital cameras, and home entertainment systems. For instance, the Nintendo Switch uses an ARM-based processor.
Medical Devices: ARM microcontrollers are used in medical devices for diagnostics, monitoring, and treatment. Examples include digital thermometers, blood glucose meters, and insulin pumps.
Energy Management: ARM microcontrollers are employed in energy management systems for monitoring and controlling power consumption. They are used in smart meters, home energy management systems, and renewable energy systems.
Security Systems: ARM microcontrollers are utilized in security systems like access control systems, alarm systems, and surveillance systems. They provide processing power and connectivity for secure data transmission.
Robotics: ARM microcontrollers are employed in Robotics applications for controlling actuators, sensors, and decision-making algorithms. They enable precise control and efficient operation of various robot systems.
Aerospace and Defense: ARM microcontrollers are used in aerospace and defense applications, including avionics systems, unmanned aerial vehicles (UAVs), and missile guidance systems. They provide real-time processing capability and low power consumption.
Well, this program make you to learn new devices like LPC 1768 and so many series in arm processor. The series used in arm processor involves cortex a55, cortex a53,cortex a78, cortex a77 micro controllers. by knowing this processor one can able to start a career as testing and design engineer in software as well as hardware. through this course people get an idea to develop board and choosing the right processor based on their design requirements.
Many individuals are capable of hearing and visualizing from trainers, however, some individuals will acquire knowledge through hands-on experience. Hands-on experience includes working with real-time projects and industry-standard development boards, such as Lpc2148 and Stm32 controllers. Based on the knowledge acquired from micro controller like (ex: Lpc1768, individuals were able to create their own prototype design.
This course involves basic knowledge in C Programming and also helps to do hands-on with different boards like arm. arm having a series of lpc1768 and lpc2148 and lpc2169 which works in a same way with little modifications.by understanding the basics with arm micro controller in lpc1768 and communication protocols ,as a fresher students can join with different placement opportunities with a good company and salary package.
This course are related to covering basic idea on selecting the chip, processor knowledge provides a platform to choose right IDE’s and also helpful in develop an higher end controller through data sheets.embedded systems provide a path to learn basics of electronics and also give good support to work with any micro controller boards.
Learning programming language makes the person design the test case functionality in an easy way. Along with that before designing any module or prototype one can able to simulate online and analyze the output. It helps people to create their own interests to design their own development board with any microcontroller. Today the world relies on automation so to make design easy and portable you must know the importance of programming language.
The field involves in embedded system provides a career on micro-controller firmware, Linux engineer, application engineer and embedded network engineer with different micro controllers.
To become a master in embedded system one has a very good knowledge based on programming languages especially basic micro controllers with c and C++ and for higher micro controllers with digital signal processor involves programming languages with HDL(hardware description language). By learning the programs on HDL language one can familiar with choosing FPGA (field programmable gate array). some micro controllers like Arduino and WiFi module having a base with analog and digital components .
It provides a lot of carrier opportunities involves in private sector like business and consumer appliances. By learning embedded system domain people works as IOT designer, fabrication engineer,PCB designer, healthcare and government sector involves defence aviation and aerospace field has more job opportunities.
After completed the course one can apply the job as test engineer, R and d design engineer, developer with hardware designer and some military agencies also.
By working with arm controllers like lpc2148, one can work with real time applications based on sensor devices like gyroscope, motor controllers like brush less dc motors for accurate motion control, ready to exchange the data with communication protocols like i2c and spi to sensors and actuators.along with that it provides an platform for display units like LCD (liquid crystal display) and oled(organic light emitting diode), input and memory controllers.
As a fresher our institute is providing a good training on programs like c,c++. after joining a month students can enter into placement drive. During a month of training, joined students are trained with mock and tests and also give good attention to students for developing their personal soft skills.once rigorous training happened they learn a micro controllers from basic level to advance level includes STM32 micro controllers.
Embedded system is a design which comprises the combination of hardware software dealing with mechanical parts.Mechanical engineering encompasses a variety of specialized tasks and applications that involve the programming of embedded systems and micro controllers. Examples of such applications include robotic arms, CNC machines, Additionally, automotive applications such as air-baggage system, power window, anti locking braking system, and power steering are also examples of such programming. Consequently, mechanical engineers who are interested in programming hardware choose programs in Robotics as a career in future.
Understanding logic gates and boolean equations helps in programming with ASIC(application specific integrated circuits ) micro controllers. Not only that communication happened with micro controller and peripherals.peripherals like ADC,DAC and display units having real time applications like controlling the temperature using sensors. To work with those sensors it is necessary to have a basic knowledge on electronic design.
As the embedded systems continue to evolve and the future of Information and Communication Technology (IOT) approaches us, one can anticipate a variety of job opportunities in the embedded systems sector. When we refer to embedded systems, it is important to note that both the hardware and the software components are of equal importance.It is beneficial to have a basic understanding of both components of an embedded system, however, when it comes to selecting a particular one from a career perspective, one should choose the one that is more comfortable and interesting.
It is very rare scenario ever happened in our institutes.this challenge can resolve by considering their mock performance at each stage and provide training accordingly our mentors.placement opportunities are made them available till they got a job and made them good training on each and every aspects of logic weakness.our curriculum covers in depth modules on each and every topic.
Develop an embedded system design helps to integrate with soc for the following steps:
Selecting the appropriate Soc:The main factors involves processing power, memory, power consumption, and connectivity options.
Designing the hardware: Once you have selected the Soc, you will need to design the hardware for your embedded system. The hardware depends on what kind of micro controllers used for designing the board layout, selecting and connecting the necessary peripherals, and implementing power management.
Writing the software: After the hardware has been designed and assembled, one has to write the program that will run on the Soc. This includes the operating system, device drivers, and any application-specific code.
Testing and debugging: Once the software has been written, it will need to be tested and debugged to ensure that it is functioning correctly and efficiently.
Deployment: After the embedded system has been tested and debugged, it can be deployed in the target environment through linker.
If anyone wish to pursue a career in embedded systems programming, it is essential that he/she have already familiar with the programming language. Ideally, one should be able to read a schematic and have an interest in electronics. Programming in C is the language of choice, as it is simple enough that even those who are already familiar with other programming languages can easily pick up C. The primary difference between working with embedded systems and other programming languages is that embedded systems require a low-level understanding of hardware. The most important skill, however, is the ability to read and comprehend complex data sheets. Each item of hardware found on the PCB will have an associated data sheet, some of which may be only a few pages long, while others, particularly those for micro controllers containing many peripherals, may be very long.
Cortex-x3 is a ARM version-9 is a third generation high performance CPU core from arm. It produces an frequency of around 3.3 ghz .
