What Training do You Need to Become a Computer Hardware Engineer?

A computer hardware engineer is an engineer that designs and tests computer chips, printed circuit boards and electronic items and computer components such as modems, cell phones and printers. In order to design electronic components, there are many different engineers involved in the different aspects of the design. The first step of the engineer is to describe the specifications of the electronic components of the computer device. An example of this would be what the desired processor speed is. Then the work is divided up into the analog, memory and digital portions. For the analog component, the schematics need to be designed, the layout hand-crafted and verification run to make sure the design is manufacturable. For the digital component, a hardware description language is used to describe the functionality. Then simulations are used to test that functionality. Because of the specialist role in many of these functions, becoming a computer hardware engineer requires a college degree as well as industry training.
  1. High School Preparation

    • To become a computer hardware engineer, you need to at least have a bachelor's degree from a college or university. And to get into a college engineering school, you should have successfully completed advanced courses in math, physics and chemistry in high school. Calculus is required, and is a primary component of the math used in engineering school. If you enjoy math, chemistry and physics, then engineering may be a good fit for you.

    College Degree

    • A bachelor's degree in electrical or electronics degree is required to become a computer hardware engineer. The relevant courses in the engineering program include semiconductor physics, Verilog and circuit design.

    Post-Graduate Studies

    • Many computer hardware engineers have master's and doctorate degrees in engineering. There are many areas of specialization, including RFIC design, VLSI design, semiconductor physics, MMICs and CAD design.

    Specialized Training

    • Even with the proper university training, often there is a gap between the skills learned in school and what is required in industry to do hardware design. Some universities or companies offer intensive training sessions to get graduates up to speed to be able to work in the industry. Focused courses include layout, simulation, schematic capture, Verilog, RFIC design and switched-capacitor design.

    CAD Training

    • There are many software tools that are required to design electronic components such as computer chips and printed circuit boards. The companies that make the software tools have education services where you can learn how to use the software, which is often quite complicated and requires specialized training. CAD (computer-aided design) tool training is usually paid for by the company that you work for. But many EDA (electronic design automation) vendors, such as Mentor Graphics, provide free training for people who are unemployed or who are students.

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