Embedded Developer

About Company :

They balance innovation with an open, friendly culture and the backing of a long-established parent company, known for its ethical reputation. We guide customers from what's now to what's next by unlocking the value of their data and applications to solve their digital challenges, achieving outcomes that benefit both business and society.

About Client:

Our client is a global digital solutions and technology consulting company headquartered in Mumbai, India. The company generates annual revenue of over $4.29 billion (?35,517 crore), reflecting a 4.4% year-over-year growth in USD terms. It has a workforce of around 86,000 professionals operating in more than 40 countries and serves a global client base of over 700 organizations.

Our client operates across several major industry sectors, including Banking, Financial Services & Insurance (BFSI), Technology, Media & Telecommunications (TMT), Healthcare & Life Sciences, and Manufacturing & Consumer. In the past year, the company achieved a net profit of $553.4 million (?4,584.6 crore), marking a 1.4% increase from the previous year. It also recorded a strong order inflow of $5.6 billion, up 15.7% year-over-year, highlighting growing demand across its service lines.

Key focus areas include Digital Transformation, Enterprise AI, Data & Analytics, and Product Engineeringreflecting its strategic commitment to driving innovation and value for clients across industries.

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Device Driver Developer

Key Skills & Responsibilities

1. Programming Expertise

• C and Assembly

  : Strong command of C for system-level programming and assembly for hardware-near tasks.

• Low-Level System Programming

  : Includes memory management, synchronization, IPC (Inter-Process Communication), and socket programming.

1. Driver Development

• Ability to write drivers for

  SPI, I2C, PCIe

  , and

  character devices

  .
• Understanding

  Top/Bottom half concepts

  (interrupt handling in Linux drivers).

1. Linux Kernel Knowledge

• Familiarity with

  Linux kernel architecture

  ,

  device driver framework

  , and

  kernel modules

  .

1. Hardware Interaction

• Basic knowledge of

  hardware design principles

  : registers, interrupts, memory addressing.
• Ability to read

  board schematics

  , reference manuals, and use tools like

  JTAG

  and

  logic analyzers

  for debugging.

1. Embedded Systems

• Understanding embedded systems concepts and development methodologies.

1. Debugging Skills

• Expertise in tools like

  GDB

  for analyzing driver behavior and troubleshooting.

1. Soft Skills

• Strong

  logical, analytical

  , and

  communication skills

  .