RunTime Recruitment · Engineering Hiring

Engineering Hiring
Is Broken.

One mis-hire can burn quarters of runway, stall releases, and cause good engineers to leave. This paper outlines the core failure modes in engineering hiring and how RunTime de-risks every stage with a rigorous, engineering-first process.

3-Month Guarantee
Embedded · Firmware · FPGA
Electronics · Robotics
AU and US
Overview

The Problem. The Answer.

Pain Points

Unclear role scopes, weak scorecards, shallow technical vetting, poor process control, slow feedback loops, and mismatched expectations around ownership, velocity, and code quality.

Downstream Impact

Missed ship dates, rework, production defects, cultural drag, attrition of A-players, and blown budgets. The hidden cost always exceeds the obvious one.

RunTime's Answer

A disciplined, end-to-end hiring system built by engineers. We define the work precisely, benchmark the market, technically validate candidates, and align incentives around delivery and retention. Not CV volume.

Commercials

3-month free replacement or credit note if the hire leaves or is terminated for performance. Retention checkpoints baked in. Fee structure outlined in your Terms of Business.

Failure Modes

The Real Problems Engineering Leaders Face

01
Fuzzy Problem Definition. Fuzzy Hires.

Symptoms

  • Job ads describe people, not problems
  • "Senior" means different things to different interviewers
  • Teams want a unicorn. Nobody owns the trade-offs.

Cost

  • 8 to 16 weeks lost in loops and rewrites
  • Hires who are strong in the wrong places. App dev when you needed bare-metal determinism.
02
Shallow Technical Screening

Symptoms

  • Generic coding tests with no hardware or firmware realities
  • No assessment of determinism, EMC, safety standards, or debug craft

Cost

  • Hidden gaps only surface in integration. The most expensive place to find them.
03
Process Drag and Candidate Drop-off

Symptoms

  • Five-plus interview rounds with unclear ownership and slow decisions
  • Top candidates accept elsewhere while your team debates

Cost

  • Restarting searches, pressure on current staff, slipping milestones
04
Cultural and Expectation Mismatch

Symptoms

  • Different definitions of "done", quality bars, and documentation standards
  • Ownership vs. collaboration expectations collide
  • Senior ICs forced into people management or vice versa

Cost

  • Early friction, rework, and eventual churn
05
Retention Failure

Symptoms

  • No 30/60/90 plan. Unclear success metrics. Feedback arrives too late.
  • Work drifts from the promise made in the interview

Cost

  • Replacement cycles, lost domain knowledge, morale impact, reputational damage
Our Process

RunTime's Risk-Mitigation Framework

RunTime was founded and is operated by engineers. We hire for embedded, electronics, firmware, FPGA, controls, mechatronics, avionics, and software teams across Australia and the US. Our process controls risk at every stage.

1

Problem Decomposition and Scorecarding

  • Clarify non-negotiables vs. teachables before sourcing begins
  • Translate product goals into a capability matrix. RTOS vs. bare-metal, timing analysis, signal integrity, EMC/IEC 62368/60601, toolchains, CI/CD, hardware bring-up, safety lifecycle.
  • Define success with quantified 30/60/90 day outcomes. "Board bring-up and driver stable in 45 days. Integration tests passing 95% or above by day 60."
2

Market Mapping and Calibration

  • Rapid calibration shortlist of 3 to 5 profiles inside the first week to align on bar, comp, and trade-offs
  • Transparent market reality. Availability, salary bands, relocation appetite, notice periods.
3

Targeted Sourcing for Scarce Skill Sets

  • Deep networks in embedded, electronics, and firmware communities
  • Direct outreach to passive specialists. EMC, safety-critical, power electronics, motor control, RF, FPGA, ROS/controls.
4

Engineering-Grade Technical Validation

  • Firmware/RTOS. Determinism, ISR design, memory models, toolchains, HAL/driver craft, latency and timing analysis
  • Electronics. Schematic/PCB review, power, high-speed design, noise/EMC, DFM, safety and compliance
  • FPGA. Timing closure, verification, toolflow, HDL quality, embedded SoC integration
  • Software. C/C++ proficiency, Linux, CI/CD, testing strategy, observability, performance tuning
  • Standards. ISO 13485, IEC 62368, IEC 60601, DO-178/254. Evidence over claims.
  • Work-sample or artifact review where possible. Design docs, test plans, code snippets, schematics.
5

Structured Interview Orchestration

  • Consolidated stages with clear ownership and decision criteria
  • Interviewers receive the scorecard and record evidence against it
  • Candidate experience measured. Comms within 24 to 48 hours.
6

Offer, Close and Expectation Alignment

  • Align comp, growth path (IC vs. leadership), velocity and quality expectations, and on-call obligations before the offer
  • Reference checks focused on delivery, collaboration, grit, and rehire probability
7

Onboarding and Retention Guardrails

  • Pre-start checklist. Access, toolchains, hardware benches, test fixtures.
  • 30/60/90 plan co-signed by hiring manager and hire
  • RunTime check-ins at weeks 2, 6, and 12 to surface drift early and course-correct
  • Optional quarterly pulse for the first year
Risk Map

How We Reduce Failure Probability

Failure Mode Typical Impact RunTime Solution Outcome
Vague role definition 8 to 16 weeks lost, mis-hire risk Problem decomposition, scorecard, calibration shortlist Faster alignment, fewer loops
Shallow technical screen Integration defects, rework Engineering-grade vetting, artifact review Early detection of gaps
Process drag Candidate drop-off Orchestrated interviews, 24 to 48h feedback Higher acceptance rate
Culture/expectation mismatch Early churn Explicit alignment on ownership, quality, documentation Stable integration
Weak onboarding Slow ramp, morale issues 30/60/90 plan, RunTime check-ins at weeks 2, 6 and 12 Predictable ramp, retention
Economics

Cost of a Mis-Hire vs. Doing It Right

$400k

A $160k engineer who churns at month 8 can easily exceed $250k to $400k in total impact once schedule slip, rework, and delayed revenue are counted.

Direct cost: salary and on-costs for 6 to 12 months. Hidden cost: schedule slip, rework, delayed revenue, team attrition. Doing it right the first time is cheaper.

Specialisations

Who We Hire

Embedded and Firmware (bare-metal, RTOS, Linux)
Electronics / Hardware (analog, digital, power, EMC)
FPGA / HDL / SoC
Controls / Robotics / Mechatronics
Avionics / Safety-Critical
Software (C/C++/Python) close to hardware
Computer Vision (Jetson, embedded inference)
Team Leads and EMs with hands-on depth
Australia and United States · Remote and relocation options available
Engagement

How to Start

1

Scoping Call

30 minutes. We map the problem, environment, and success criteria. No fluff.

2

Calibration Shortlist

3 to 5 vetted profiles in 5 to 7 business days. Align on bar and market reality before committing to a full search.

3

Interview and Close

We keep momentum, surface risks early, and land the right hire. Then stay engaged through onboarding.

De-Risk Your Next Engineering Hire.

RunTime Recruitment · Engineering hires that ship.

lance@runtimerec.com runtimerec.com