Getting a chance to work on cutting-edge technologies keeps you motivated.
Resourceful environment with ample opportunities.
Competitive compensation, which keeps you happy at least once a month.
Too much of politics; half of the time goes in dealing with logistics.
Difficult to focus on pure technical stuff.
Work-life balance is not good most of the time.
Try minimizing politics, but wait, it's getting passed on from upper management only!
There were five technical rounds. Each round focused on a different topic: * GPU architecture concepts * Graphics pipeline in-depth discussion * System design problems with implementation in your choice of programming language.
Total 4 rounds. 1. Digital design basics like sequence detector, Flip-flops. 2. SI and PDN basics like crosstalk, power delivery network, crosstalk, jitter. 3. Most difficult issue solved. 4. HR round.
Project related technical discussion. Technical discussion in SystemVerilog UVM, protocol knowledge. Given some coding questions. Puzzle questions. Verilog, SystemVerilog, UVM, AXI protocol-based questions. Project architecture and interface signals.
There were five technical rounds. Each round focused on a different topic: * GPU architecture concepts * Graphics pipeline in-depth discussion * System design problems with implementation in your choice of programming language.
Total 4 rounds. 1. Digital design basics like sequence detector, Flip-flops. 2. SI and PDN basics like crosstalk, power delivery network, crosstalk, jitter. 3. Most difficult issue solved. 4. HR round.
Project related technical discussion. Technical discussion in SystemVerilog UVM, protocol knowledge. Given some coding questions. Puzzle questions. Verilog, SystemVerilog, UVM, AXI protocol-based questions. Project architecture and interface signals.