EngineeringHiringCostRun TCO

2026 Benchmarks

2026 Engineering Hiring Cost Benchmarks

The single-source benchmark snapshot. Discipline, seniority, channel, and geography in one place, with data sources cited per benchmark. Calibrated against the per-discipline pages on this site and the major public sources used throughout.

This page consolidates the engineering hiring cost benchmarks used across the per-discipline, per-seniority, and per-channel pages on this site. The data sources combine the major US public benchmarks (BLS Occupational Employment and Wage Statistics, SHRM Talent Acquisition Benchmark Report, USCIS fee schedule and lottery data) with industry-specific compensation surveys (Levels.fyi, ClearanceJobs Compensation Survey, ASCE and ASME compensation surveys, IEEE Computer Society salary survey, AESC State of the Executive Search Industry, Robert Half engineering salary guide) and aggregated recruiting-team published observations (ERE.net, RecruitingDaily, Greenhouse and Karat customer benchmarks, LinkedIn Talent Insights).

All numbers stamped as of 2026-05. The benchmark midpoints reflect US-market 2026 conditions; specific hires may run 20 to 40 percent above or below midpoint based on local market dynamics, company tier, role specialism, and individual offer-stage conditions. For each discipline, see the per-discipline page on this site for the deeper TCO ledger and contributing-line breakdowns.

Discipline Matrix

2026 engineering hiring TCO by discipline and seniority (US)

All-in TCO ranges per accepted offer. Includes recruiter or channel fee, sourcing-tool seats, interview-loop hours, job-board allocation, ramp loss, and cost of vacancy. Excludes principal IC compensation packages at frontier labs and the fellow/distinguished tier.

DisciplineSenior (L5)Staff (L6)Principal (L7)Time to fillSource
Software engineering (general)$62k-$130k$85k-$180k$110k-$240k60-130dLevels.fyi, BLS 15-1252
Machine learning engineering$95k-$165k$130k-$230k$160k-$300k75-180dLevels.fyi ML, frontier-lab disclosures
Hardware engineering (digital design)$70k-$140k$100k-$200k$130k-$260k75-160dLevels.fyi, BLS 17-2061
Firmware engineering$55k-$115k$85k-$175k$115k-$230k65-150dLevels.fyi, IEEE surveys
Embedded systems engineering$70k-$130k$95k-$175k$120k-$230k85-180dLevels.fyi embedded, IEEE Computer Society
Robotics engineering$80k-$160k$110k-$210k$140k-$280k80-160dIEEE RAS, major-employer reporting
Aerospace engineering (cleared)$55k-$135k$95k-$190k$130k-$260k85-200dBLS 17-2011, ClearanceJobs Survey
Mechanical engineering$32k-$95k$50k-$130k$70k-$175k45-100dBLS 17-2141, ASME surveys
Electrical engineering$28k-$145k$45k-$190k$65k-$240k30-150dBLS 17-2071, IEEE surveys
Civil engineering (PE)$32k-$65k$50k-$95k$70k-$130k40-100dBLS 17-2051, ASCE surveys
Chemical engineering$40k-$95k$60k-$130k$85k-$180k40-130dBLS 17-2041, AIChE surveys

As of 2026-05. Time-to-fill range spans senior IC through principal IC. Industry and geography adjustments per discipline can shift midpoints 15 to 30 percent.

Year-Over-Year

2026 versus 2022 benchmark changes

Three benchmark categories have moved meaningfully from 2022 baselines. First, ML and AI hiring TCO has expanded 25 to 40 percent above 2022 baselines driven by frontier-lab competition that accelerated after the ChatGPT launch in late 2022. The expansion has stabilised through 2025 to 2026 but remains above pre-2023 levels. Second, semiconductor process engineering and hardware engineering have expanded 18 to 28 percent above 2022 baselines driven by the CHIPS Act funded US fab buildout. The expansion is expected to continue through the buildout completion window in 2028 to 2030. Third, civil and infrastructure engineering has expanded 10 to 18 percent above 2022 baselines driven by the Infrastructure Investment and Jobs Act funded project pipeline, with the wave expected to peak in 2027 to 2029.

Two categories have moderated. General software engineering hiring TCO has moderated 10 to 15 percent from the 2022 peak driven by the post-layoff candidate market loosening and reduced sign-on bonus prevalence. The current level remains well above pre-2020 baselines but has reset from the 2021 to 2022 frontier. Aerospace and defence engineering hiring TCO has held steady from 2022 baselines, with the cleared-premium structure remaining consistent. Time-to-fill in cleared aerospace has lengthened modestly because DCSA investigation timelines have extended.

Channel Benchmarks

Sourcing channel benchmarks (2026)

Contingency agency fees for engineering placements concentrate at 18 to 25 percent of first-year base for mid and senior IC across most disciplines, with the upper end of the range reserved for scarce-skill specialisms (security engineering, low-level systems, ML-adjacent backend, hardware design, embedded systems). Retained search engagements at director and above engineering leadership run 28 to 35 percent of first-year base with three or four milestone payments across the engagement. RPO providers typically price per-hire at $3,000 to $6,000 once volume is committed. Referral bonuses sit at $3,000 to $8,000 for engineering IC roles with structured programs producing 25 to 35 percent of total hires at most growth-stage technology employers.

University recruiting cost per accepted offer in 2026 typically runs $8,000 to $40,000 depending on program tier and recruiting investment. Tier-1 US engineering programs (CMU, Stanford, MIT, Berkeley, Waterloo) concentrate at the upper end. Tier-2 programs (Georgia Tech, Illinois, Michigan, Texas Austin, UCLA) cluster at $15,000 to $30,000. Strong regional programs at $8,000 to $20,000. Conference recruiting at SWE, NSBE, SHPE, and oSTEM annual conferences typically runs $8,000 to $20,000 per accepted offer, comparable to tier-2 university recruiting.

H-1B sponsorship cost per resulting hire runs $12,000 to $35,000 effective cost (direct USCIS and legal fees divided by lottery selection probability). The 2026 lottery dynamics continue the patterns observed in FY 2025 with roughly 28 percent regular-cap selection and 42 percent advanced-degree exemption selection rates. OPT-to-H-1B multi-cycle conversion paths typically run $20,000 to $45,000 cumulative cost across the process.

Methodology Note

How these benchmarks are constructed

The benchmarks on this page are constructed by triangulating across multiple public sources rather than relying on any single source. For compensation data: BLS Occupational Employment and Wage Statistics anchors the lower half of each band, Levels.fyi specialisation reporting and major-employer compensation disclosures cover the upper half. For time-to-fill: LinkedIn Talent Insights provides the cross-discipline baseline, with discipline-specific staffing-firm published placement data and SHRM Talent Acquisition Benchmark Report cross-checks. For recruiter and channel fees: AESC industry statistics anchor retained-search benchmarks, Dover Talent Research and major specialist staffing firms anchor contingency benchmarks, Everest Group RPO market research anchors RPO benchmarks.

Ranges rather than point estimates are used throughout because hiring cost varies meaningfully by company tier, geography, role specialism, and offer-stage conditions. Midpoints reflect US-market 2026 conditions for general-purpose engineering hiring at growth-stage to public-company employers. Specific hires may run 20 to 40 percent above or below midpoint. For mission-critical budget planning, calibrate against the per-discipline page on this site for the specific cost-line breakdown and the relevant industry, geography, and seniority adjustments.

Cross-Reference

Discipline pages on this site

FAQ

2026 benchmark questions

What is the typical 2026 senior engineering hiring TCO?

Discipline-dependent. Senior software $62k to $130k all-in. Senior ML $95k to $165k. Senior hardware $70k to $140k. Senior mechanical and electrical $32k to $95k by industry. Time-to-fill 30 to 130 days depending on discipline and specialism.

How have benchmarks changed from 2022 to 2026?

ML and AI 25 to 40 percent above 2022 driven by frontier-lab competition. Semiconductor process and hardware 18 to 28 percent above driven by CHIPS Act. Civil and infrastructure 10 to 18 percent above driven by IIJA. General SWE moderated 10 to 15 percent from 2022 peak.

Which sources back the benchmarks?

BLS OEWS, Levels.fyi, SHRM Talent Acquisition Benchmark, AESC industry statistics, LinkedIn Talent Insights, ASEE, USCIS, ClearanceJobs Compensation Survey, ASCE and ASME compensation surveys, IEEE Computer Society salary survey, Robert Half engineering salary guide.

Should we use point estimates or ranges?

Always ranges. Hiring cost varies meaningfully by company tier, geography, role specialism, and offer-stage conditions. Midpoints reflect US-market 2026 conditions; specific hires may run 20 to 40 percent above or below midpoint.

Does the SHRM $4,700 cost-per-hire apply to engineering?

Only to the narrow direct-spend definition. For engineering specifically, the true TCO including recruiter fees, interview-loop time, ramp loss, and vacancy cost is 8 to 25x the SHRM headline number depending on level. Use the discipline-and-seniority benchmarks on this page for engineering planning.

How often should we update budget targets?

Quarterly check-ins against industry compensation guides (Robert Half engineering salary guide) and BLS wage updates. Major demand-wave events (CHIPS Act, IIJA, frontier-lab competition shifts) warrant ad-hoc recalibration. The 2026 baselines on this page assume no major demand shock through 2026.

Calibrate your hiring budget

The calculator applies the benchmarks to your specific discipline, seniority, channel, and geography for a calibrated per-hire TCO estimate.