A Computer Hardware Designer is responsible for developing and designing electronic devices and computer components. These professionals work as a team with electronics and software engineers to design integrated circuits, printed circuit boards, computing systems, hardware devices, circuits, among others.
The main role of a Computer Hardware Designer is to design the blueprints for hardware equipment, such as printed circuit boards, as well as to develop and evaluate hardware products.
Computer hardware designers are responsible for designing, developing and testing computer components and systems, as well as complete computer equipment. This includes the areas of data processing, storage, transmission, information security, power electronics, networks and communications. These professionals are responsible for finding innovative solutions to hardware problems.
A Computer Hardware Designer is responsible for designing, developing and implementing computer hardware. This includes selecting, designing and testing hardware components, such as boards, chips, circuits and other devices.
The designer may also be responsible for selecting and configuring motherboard systems and expansion cards.
Computer Hardware Designer: what do they do?
Detailed and assembly drawings of design components, circuits and printed circuit boards, using computer-aided equipment or standard drawing techniques and devices.82%
Consult with engineers to discuss and interpret design concepts and determine requirements for detailed working drawings.78%
Locate files related to the specified design project in the database library, load the program into the computer and record finished job data.69%
Supervise and coordinate work activities of workers engaged in drafting, designing layouts, assembling and testing printed circuit boards.69%
Examine electronic schematics and supporting documents to develop, calculate and verify specifications for drafting data, such as parts configuration, dimensions and tolerances.64%
Compare the configuration of logic elements on the screen with engineering schematics and calculate figures to convert, redesign and modify elements.62%
Review work orders and procedure manuals and consult with suppliers and design staff to resolve problems and modify the design.61%
Review blueprints to determine customer requirements and consult with the assembler regarding schematics, wiring procedures and conductor paths.58%
Train students in the use of drafting machines and in the preparation of schematic diagrams, block diagrams, control drawings, logic diagrams, integrated circuit drawings and interconnection diagrams.55%
Generate final layout design computer tapes to produce layered photomasks and photographic plot layout on film.53%
What knowledge do you need?
Design67%
Mathematics67%
Engineering and Technology66%
Mechanical63%
Language58%
Computers and Electronics56%
Production and Processing51%
Physics46%
Administrative39%
Telecommunications34%
What education level does it require?
37%
Associate/Technical
is what most people who work in this career have
No degree / Incomplete24%
Bachelor's23%
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