We’re working with a venture-backed deep-tech company building next-generation distributed sensing systems designed for deployment in challenging real-world environments.

They are hiring a Senior Electronics Engineer to help architect and develop ultra-low-noise, low-power hardware platforms operating under extreme performance and deployment constraints.

This is a highly technical, hands-on role within a small engineering team composed largely of top-tier semiconductor, sensing, RF, and embedded systems backgrounds.

What You’ll Work On
  • Design and optimization of precision analog and mixed-signal electronics
  • Low-noise sensing front-ends and signal conditioning chains
  • EMI/EMC-aware PCB architecture and layout
  • Hardware bring-up, debugging, characterization, and validation
  • System-level integration across electronics, RF, embedded, and mechanical domains
  • Performance optimization for power, robustness, and signal integrity
  • Transition of advanced hardware from prototype through production
The work combines deep electronics engineering with real-world deployment challenges, requiring careful balancing of:
  • signal quality,
  • power consumption,
  • physical constraints,
  • manufacturability,
  • and environmental robustness.
Ideal Background

We are particularly interested in engineers from:
  • advanced sensing systems,
  • semiconductor / mixed-signal environments,
  • RF or instrumentation companies,
  • high-performance embedded hardware teams,
  • or technically elite product engineering organizations.
Relevant backgrounds may include:
  • analog/mixed-signal electronics,
  • sensor hardware,
  • RF hardware,
  • precision instrumentation,
  • EMC/signal integrity,
  • low-power systems,
  • or embedded sensing platforms.
Requirements
  • Strong experience in analog and mixed-signal electronics design
  • Experience with low-noise hardware and signal integrity considerations
  • Hands-on PCB development and hardware debugging experience
  • Familiarity with lab equipment such as oscilloscopes, VNAs, analyzers, etc.
  • Understanding of EMI/EMC-aware design principles
  • Experience validating and optimizing real hardware systems
  • Strong engineering fundamentals and systems thinking
Nice to Have
  • Experience with sensing systems or distributed hardware platforms
  • Exposure to production hardware and DFM/DFT
  • Background in RF, instrumentation, MEMS, or embedded sensing
  • Experience in highly constrained hardware environments
  • Startup or advanced R&D experience
Why This Role Is Interesting

This is not a narrow subsystem role inside a large organization.

Engineers here work across architecture, validation, optimization, integration, and production hardware, with unusually broad ownership and direct technical influence on the product direction.
The environment is deeply engineering-led, highly selective, and focused on solving difficult real-world hardware problems.

Competitive compensation, bonus structure, and meaningful equity included.