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Computer Hardware Engineer Mock Interview

Question 23 of 30 for our Computer Hardware Engineer Mock Interview

Computer Hardware Engineer was updated by on September 13th, 2021. Learn more here.

Question 23 of 30

How do you design scalability into your computer hardware designs?

"When beginning a new computer hardware design, one of the factors I consider is how to make it scalable. This is important because it allows the organization to use the same design as its use grows or the applications it runs expand. Methodologies I use to incorporate scalability into my designs include providing additional real estate on the motherboard, including provisional circuits that can be used later for additional memory and I/O, and creating extra expansion slots. It is much less expensive to do this during the initial design than to have to redesign a new system to accommodate the additional capacity."

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How to Answer: How do you design scalability into your computer hardware designs?

Advice and answer examples written specifically for a Computer Hardware Engineer job interview.

  • 23. How do you design scalability into your computer hardware designs?

      How to Answer

      Making your designs scalable is a critical skill needed for computer hardware engineers. Every type of technology will need to grow as it is used more or used for different applications. Building scalability into your designs is important expertise you will need to communicate to the interviewer if you expect them to hire you. You may want to provide an example of how you have done this in the past to illustrate your answer.

      Written by William Swansen on September 13th, 2021

      Answer Example

      "When beginning a new computer hardware design, one of the factors I consider is how to make it scalable. This is important because it allows the organization to use the same design as its use grows or the applications it runs expand. Methodologies I use to incorporate scalability into my designs include providing additional real estate on the motherboard, including provisional circuits that can be used later for additional memory and I/O, and creating extra expansion slots. It is much less expensive to do this during the initial design than to have to redesign a new system to accommodate the additional capacity."

      Written by William Swansen on September 13th, 2021