This role pays more than
63%
of similar roles. Most pay
$159,000–$235,875
— the shaded band above.
At the midpoint, this role pays about
$209k
versus about
$197k
for comparable roles.
Based on 240 similar postings.
Employer
About Microsoft
Microsoft Corporation is a global technology leader producing software, hardware, and cloud services including Windows, Office 365, Azure cloud platform, Xbox gaming, and Surface devices. Industry: Software & Cloud Computing
Microsoft currently has
598 open roles
on FindRole.
Listed pay typically runs
$119,800–$234,700
across 586 roles with salary data.
Principal Electrical Engineer, Instrument Development joins the Quantum Systems team to lead the architecture, design, and deployment of special-purpose instrumentation for quantum hardware characterization, readout, and control. This technical leadership role involves developing mixed-signal electronics, low-noise precision measurement systems, timing and clocking solutions, and high-speed data conversion across lab and cryogenic environments. The successful candidate will manage the full lifecycle from concept to prototype, including schematic oversight, calibration, and building shared reference platforms to de-risk new designs. Key technical competencies include signal integrity, power integrity, RF/microwave design, and high-speed digital interfaces. Collaborating with cross-functional teams in physics, firmware, and cryogenics, the role addresses the challenge of creating scalable control systems for quantum computing. Essential skills include experience with automated measurement workflows, vendor management, and navigating complex hardware-software boundaries to ensure reliable performance in demanding environments.
What does a Electrical Engineer earn?
Median $150000 from 97 postings across 19 companies.
Lead instrument development from initial concept through prototype, bring-up, calibration, and final deployment.
Architect and design precision, low-noise, and mixed-signal electronics for measurement and control in cryogenic environments.
Define timing, clocking, and synchronization methods across instruments and various hardware subsystems.
Develop robust validation plans, automated measurements, and calibration workflows to ensure instrument reliability.
Create and maintain shared reference platforms and testbeds to de-risk new designs and accelerate team iteration.
Manage vendor engagement and make build-versus-buy decisions for instrumentation components like chassis, cabling, and power modules.
Translate complex system requirements from cross-functional teams into measurable electrical specifications and hardware roadmaps.
What we're looking for
A Doctorate in Electrical Engineering and 3+ years of experience, or a Master's and 6+ years, or a Bachelor's and 8+ years.
Equivalent professional experience to the specified degree and year requirements is acceptable.
Ability to pass Microsoft Cloud Background Checks and meet export control regulations (ITAR/EAR).
Proof of citizenship or U.S. permanent residency is required for access to export-controlled information.
Proficiency in at least two areas: precision analog, mixed-signal, signal/power integrity, timing/clocking, RF/microwave, or high-speed digital interfaces.
Experience designing and delivering complex electrical instruments, including mixed-signal boards and high-speed data acquisition systems.
Ability to leverage AI tools for performance modeling, research gathering, and task automation in an "AI-first" environment.
Master’s Degree in Electrical Engineering or related field AND 6+ years.
Instrumentation Engineering
Scientific Instrumentation
Windows
Linux
System Integration
Networking
Endpoint Support
Data Handling
Laboratory Systems
Cybersecurity
Technical Support
C
C++
Objective-C
Digital Signal Processing
DSP
Control Systems
Test Automation
Circuit Analysis
Electromechanical Systems
Root Cause Analysis
NPI
Modeling
Simulations
Algorithms