Intel Soc Verification Engineer Interview Questions and Answers

Q1. Assertions and coverage
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Q2. Umv basic principle
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UVM (Universal Verification Methodology) basic principle is to provide a standardized methodology for verifying digital designs.
• UVM is based on SystemVerilog and provides a framework for creating reusable verification environments

• It promotes the use of object-oriented programming techniques for creating modular and scalable testbenches

• UVM encourages the use of constrained-random stimulus generation and coverage-driven ...read more
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Q1. Basics of analog , digital and vlsi
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Q2. On face to face interview, they asked me abt my projects , digital, little analog , vlsi ( verilog), microcontrollers and c programming
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Q1. The question was draw cmos inverter transfer characteristics and by varying some parameters they asked their effects on it.
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Q1. FSMs, Caches, Mealy, Moore
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Q2. Caches, verilog, basic coding, d_flip_flop
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Q1. Plans for the future?
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I plan to continue advancing my skills in design verification engineering and eventually move into a leadership role.
• Continue taking relevant courses and certifications to stay updated on industry trends

• Seek opportunities to lead projects and teams to gain leadership experience

• Network with professionals in the field to learn from their experiences and insights
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Q1. Simple FSM given similar to mux and asked for testcases and assertions.
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Q2. Coverage to write transitions of states.
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Coverage-driven verification techniques are used to ensure all possible state transitions are exercised.
• Coverage metrics like state, transition, and toggle coverage can be used to track the completeness of state transitions.

• Writing directed tests to cover specific state transitions can help achieve higher coverage.

• Random stimulus generation can also be used to explore different state transitions.

• Functional coverage can...read more
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Verilog, c++ pointers, mosfets

Q1. In depth questions about coding language you chose?
Ans. Use pointers to solve a problem
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Q2. Use uart protocol to solve a problem?
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UART protocol can be used to transmit and receive data between two devices.
• UART can be used to communicate between a microcontroller and a computer

• UART can be used to send and receive data between two microcontrollers

• UART can be used to interface with sensors and actuators

• UART can be used to implement a simple command/response protocol

• UART can be used to implement a data logging system
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Q3. Use uart to receive signals from micrcontroller
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UART can be used to receive signals from a microcontroller.
• Connect the UART pins of the microcontroller to the UART pins of the receiving device.

• Configure the UART settings such as baud rate, parity, and stop bits.

• Use a UART library or write code to read the incoming data from the UART buffer.

• Process the received data as required by the application.
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