Electronic Hardware Engineer

Hardware Engineer Mid-level (L4 equivalent) 2-5 years

✓ Which company are you aiming at?

To generate precise rejection-prevention feedback and application strategy, tell us where you're targeting.

Google

Apple

NVIDIA

Tesla

Intel

AMD

2 Send your application

You need an account so we know where to send the feedback.

Create an account Sign in

The job description

Tech stack. Analog and digital circuit design, sensor interfacing, ADC/DAC selection, power management ICs, EMC design practices, schematic and layout tools, noise analysis, grounding strategy

About the role

You will design electronic circuits for products that blend sensing, processing, and connectivity into compact, reliable devices people depend on daily. Electronic hardware engineers here own the full analog and digital signal chain: from sensor through conditioning, conversion, processing, and communication to the outside world. You will make trade-offs between noise, power, cost, and size every single day, and your measurements will tell you honestly whether you got them right. This is hands-on engineering where the oscilloscope is the final arbiter and there is deep satisfaction in a quiet, accurate signal chain.

What you will achieve

Design complete electronic subsystems from sensor input through digital output, meeting accuracy, noise, and power specifications with measured margin
Deliver quiet, robust analog front ends through careful grounding, filtering, and layout practices validated by measurement, not just simulation
Select and integrate ADCs, DACs, and sensor interfaces with correct anti-aliasing, reference design, and calibration approaches for the application
Debug mixed-signal issues including noise coupling, ground loops, and ADC artifacts systematically with measurement-driven root cause analysis
Create reusable analog building blocks and design notes that raise the quality bar for the whole team's future designs

What you will bring

Must-haves

2 to 5 years designing electronic circuits spanning analog and digital domains with shipped products in production
Strong analog fundamentals: op-amp circuits, filters, noise analysis, and grounding and shielding practices applied in real designs
Experience with data converters: ADC/DAC selection, interface design, reference circuits, and end-to-end error budgeting
Understanding of sensor interfacing: signal conditioning, excitation circuits, calibration methods, and temperature compensation
Lab proficiency with oscilloscopes, spectrum analyzers, and precision measurement techniques for characterizing low-noise circuits
Familiarity with EMC design practices for mixed-signal boards: partitioning, filtering, and enclosure-level considerations
BS in Electrical Engineering or equivalent demonstrated experience

Nice-to-haves

Experience with precision measurement or instrumentation design involving microvolt-level signals and high dynamic range
Knowledge of power integrity for sensitive analog circuits: LDO selection, filtering strategies, and PSRR requirements
Familiarity with digital signal processing basics enabling informed ADC/DSP partitioning decisions
Experience with intrinsic safety or ultra-low-power design for battery-operated sensing products