Agenda:

• Introduction to ATMega Microcontrollers
  1. Architecture
  2. Accessing I/O Devices
  3. Registers
  4. Memory Blocks
  5. Programming Models for ATMega
• On chip peripheral Programming using Arduino Library
  1. Digital I/O Operations
  2. Analog Operations
• On chip peripheral Programming using baremetal programming
  1. Digital I/O Operations
  2. Analog Operations
• Comparison between Arduino library and baremetal programming
  

Learning Outcome:

 At the end of the program, the learners will be able to

• Explain the architecture of ATmega microcontroller
• Develop a simple DIO programming with on-chip peripherals using Arduino IDE and Microchip studio
• Explain the advantages of Baremetal programming over standard libraries
  

About Instructor:

A.JEGAN

Total years of working experience: 11+ years 

Educational Qualification: M.Tech in Automotive Electronics (PSG College of Technology)

Previous companies: RNTBCI, KPIT Technologies, SRM, TCS Ltd.

Short Bio: MBD-Delivery Lead/Sr. Corporate Educator with 11+ years of Experience spanning from academia to corporate, as an academician I have guided a funded project in building a formula student electric race car and participated in FSAE Italy 2015, FORMULA GREEN 2017 India. I have established an Automotive Electronics and control research laboratory focusing on Rapid control Prototyping and Hardware in the loop simulation in association with Mathworks and NI system. as a Senior Educator I have developed a competency framework for meeting the needs of Automotive Business Unit in verticals such as Embedded System, AUTOSAR and Model based development, as a delivery lead, I have managed transversal team with owning the responsibility of developing tools used in EMS Software development.