Embedded System Design Academy
A-503, Isha Garden, Shrikant Thackeray Road, Opposite Mahesh Vidyalay, Kothrud, Pune-411038, Maharashtra, India.
Embedded System Design Academy has embarked upon a path of providing education in the field of Embedded System Design. To understand the reason we also need to know what Embedded Systems are and where they are used.
What is Embedded System Design?
Embedded System Design represents a specialized field within Electronics Engineering. It involves designing embedded hardware and firmware, typically using the ‘C’ language or other higher-level languages. The goal is to achieve seamless integration of both components to create a functional prototype, enabling the development of efficient and effective embedded systems.
The field of Embedded System Design converges the technological innovations of electronics engineering and the design prowess of mechanical engineering to develop everyday products that enrich our lives. By combining computer hardware, software, and specialized embedded hardware programmed to perform specific tasks, Embedded Systems are designed to execute dedicated functions, seamlessly integrating technology and functionality into our daily experiences.
Following is an illustration of the Embedded System Design Process:
What are we doing to bridge demand-supply gap?
Given the shortage of skilled manpower in the Embedded System Design field, we, at ESDA, have introduced career-focused, short-duration modular courses tailored for electronics and computer graduates. Our doors are also wide open to working professionals eager to acquire new skills and venture into this exciting domain. We’ve noticed a growing interest from power professionals who aspire to learn Embedded System Design, and we enthusiastically welcome them to join our courses. Explore new horizons with us at ESDA!
What are the topics that students should learn in Embedded System Design field?
Following topics should be learnt to gain a foothold in the Embedded System Design field:
[1] C and Embedded C language programming
[2] Architecture of microcontroller like Intel MCS-51 or 8051, ARM 7TDMI core & Cortex M3, Microchip PIC16/PIC18 and their assembly language programming
[3] PCB design and PCB fabrication process
[4] Operating System fundamentals
[5] Details of RTOS internals, multi-tasking, task management, task scheduling, task communication and synchronization
[6] Linux device driver development
[7] Protocol based micro-controller programming. Protocols like RS-232, SPI, CAN, USB, Ethernet, Zigbee, Bluetooth, I2C, MODBUS etc.
[8]Python Language programming
Summary: Embedded System Design is an exhilarating field, offering technically inclined individuals the opportunity to tackle stimulating challenges across various domains. At ESDA, we strongly encourage students to consider this field as a promising career choice. Job opportunities are abundant, and the chance to passionately innovate and create solutions that benefit countless consumers is both rewarding and fulfilling. Step into this dynamic arena and embark on a promising career – the possibilities are boundless. Join us at ESDA and start your journey!
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