{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:40:51.225Z","occupation":{"soc":"17-2061.00","title":"Computer Hardware Engineers","group":"Architecture & Engineering","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers computer hardware engineering practice from supervised entry-level design and testing through autonomous expert-level development to organizational leadership of hardware strategy, team development, and multi-generation product roadmaps in commercial and industrial technology environments.","levels":{"emerging":{"label":"Emerging","statements":["Hardware specifications and technical documentation — read and interpret under supervisor guidance to support component selection on an entry-level design team.","Computer hardware components and support peripherals — identify and describe functions within a structured lab or classroom environment using provided schematics.","CAD and development environment software — operate basic features under direction to produce simple hardware layout drafts for review.","Hardware and software interface requirements — recognize and summarize key compatibility considerations when reviewing existing system specifications with senior engineers.","Test instruments and analytical software — apply under supervision to record baseline performance data from prototype hardware in a controlled lab setting.","Technical vocabulary and engineering standards — use accurately in written reports and team communications within a cross-functional hardware development group.","Prototype assembly procedures — follow prescribed steps to build working models under the direction of experienced hardware engineers.","Version control and file versioning software — apply basic check-in and check-out procedures to maintain hardware design files within a team repository.","Continuing education resources and industry publications — review regularly to recognize emerging trends in computer technology relevant to assigned projects.","Technician support tasks — assist and relay instructions from senior engineers to technical staff during routine hardware testing activities."]},"developing":{"label":"Developing","statements":["CPU and microprocessor design parameters — analyze and refine with reduced oversight to meet functional requirements on a mid-stage hardware development project.","Hardware prototype builds and modifications — execute iteratively using working models and computer simulation tools to validate design choices against specifications.","Interface requirements between hardware and software — evaluate by conferring with engineering and software teams and documenting findings in functional specification drafts.","Verification test plans — develop and run for hardware and support peripherals, recording and analyzing test data to confirm conformance with design requirements.","Functional hardware specifications — write clearly and completely to document development decisions and support smooth hardware introduction to downstream teams.","Complex problem-solving approaches — apply inductive and deductive reasoning to diagnose recurring hardware faults encountered during prototype validation cycles.","CAD and pattern design software — use proficiently to create detailed component layouts and custom integrated circuit designs for engineering review.","Technical support and guidance — provide to designers, suppliers, and sales engineers during product development phases with appropriate escalation for novel issues.","Systems evaluation techniques — employ to assess overall hardware performance against operational requirements and recommend targeted design adjustments.","Time and task management — coordinate personal workload across multiple concurrent hardware sub-projects within a structured engineering department environment."]},"proficient":{"label":"Proficient","statements":["Full-scope hardware architecture — design and develop autonomously, encompassing CPUs, support logic, custom integrated circuits, and peripheral devices for complex commercial systems.","Hardware-software co-design trade-offs — resolve independently by consulting cross-functional specifications and applying systems analysis across the complete product development lifecycle.","Non-routine hardware failure modes — diagnose and remediate using advanced analytical and simulation software without requiring escalation to senior staff.","Prototype test and verification programs — lead end-to-end, synthesizing multi-variable test data to produce actionable conclusions and design iteration plans.","Detailed functional specification documents — author and own for complex hardware programs, ensuring accuracy and completeness that enables manufacturing and regulatory handoff.","Technical knowledge currency — maintain proactively by engaging with research literature, industry standards bodies, and emerging technology forums to sustain expert-level competence.","Telecommunications and physics principles — apply to solve advanced signal integrity, power delivery, and electromagnetic compatibility challenges in high-performance hardware designs.","Engineering technicians and design support staff — direct and evaluate task assignments, ensuring technical quality and adherence to project timelines across the design cycle.","Operations analysis methods — use to systematically evaluate how hardware design decisions impact system-level performance, reliability, and manufacturability.","Cross-departmental technical collaboration — facilitate between hardware, software, marketing, and supply-chain teams to resolve integration issues throughout product implementation."]},"advanced":{"label":"Advanced","statements":["Hardware engineering strategy and multi-generation roadmap — define and champion at the organizational level, aligning technology investments with long-range business objectives.","Hardware architecture standards and design methodologies — establish and institutionalize across engineering teams to ensure consistency, quality, and competitive differentiation.","Complex system-level trade-off decisions — resolve with executive authority, balancing performance, cost, time-to-market, and risk across flagship hardware product lines.","Senior and mid-level hardware engineers — mentor and develop through structured coaching, technical feedback, and stretch assignments that build organizational depth.","Research partnerships and advanced technology scouting — lead with universities, standards bodies, and industry consortia to position the organization at the frontier of computer hardware innovation.","Organization-wide hardware verification and validation frameworks — design and govern to ensure all product lines meet regulatory, quality, and customer performance requirements.","Hardware engineering talent acquisition and team structure — shape by defining role requirements, interviewing senior candidates, and building high-performing cross-functional engineering organizations.","Enterprise-scale hardware-software integration challenges — arbitrate by convening senior stakeholders, applying deep systems evaluation expertise to reach durable technical decisions.","Intellectual property and patent strategy — guide for novel hardware innovations, working with legal and technical teams to protect and leverage proprietary design advances.","Engineering culture of continuous learning and innovation — cultivate across the division by modeling intellectual curiosity, sponsoring professional development, and recognizing technical excellence."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}