Software Developer (Proficient In C/C++) Internship

As an Intern at the company, your day-to-day responsibilities will include: - Diving into the sophisticated Linux Kernel and exploring the collaborative efforts of thousands of developers to enhance system functionality - Gaining hands-on experience with u-boot, C/C++ programming, and contributing to various Linux driver development (e.g., camera, display, USB, UART, power management) to improve hardware-software integration - Mastering Kernel module development, creating GUI, and understanding various intricacies of Linux systems to optimize performance and usability About Company: Computers are slowing down due to increased usage by artificial intelligence and machine learning programs, which consume more memory space. There is a demand for faster computers to run software more quickly for increased productivity. All current CPUs use Von Neumann architecture, limiting parallel computing capabilities and hindering software acceleration, resulting in scalability challenges and higher costs. Vicharak is a platform enabling parallel computing. As current software and solutions evolve, they will become more accelerated. Utilizing FPGA reconfigurable hardware and Verilog/SystemVerilog logic design, Vicharak is spearheading the development of the next generation of computers. As an Intern at the company, your day-to-day responsibilities will include: - Diving into the sophisticated Linux Kernel and exploring the collaborative efforts of thousands of developers to enhance system functionality - Gaining hands-on experience with u-boot, C/C++ programming, and contributing to various Linux driver development (e.g., camera, display, USB, UART, power management) to improve hardware-software integration - Mastering Kernel module development, creating GUI, and understanding various intricacies of Linux systems to optimize performance and usability About Company: Computers are slowing down due to increased usage by artificial intelligence and machine learning programs, which consume more memory space. There is a demand for faster computers to run software more quickly for increased productivity. All current CPUs use Von Neumann architecture, limiting parallel computing capabilities and hindering software acceleration, resulting in scalability challenges and higher costs. Vicharak is a platform enabling parallel computing. As current software and solutions evolve, they will become more accelerated. Utilizing FPGA reconfigurable hardware and Verilog/SystemVerilog logic design, Vicharak is spearheading the development of the next generation of computers.