CW Applied Quantum Researcher (99W210)

Ann Arbor, MI - USA

Monthly Salary: Not Disclosed

Posted on: 12 hours ago

Vacancies: 1 Vacancy

Job Summary

Job Summary

The Applied Quantum Researcher will design develop and experimentally validate quantum photonic devices and systems with a focus on quantum communication single-photon technologies and applied quantum methodologies. This role involves hands-on laboratory research system integration data analysis and collaboration across multidisciplinary teams to deliver prototypes intellectual property and scientific publications.

Responsibilities

Design and implement quantum photonic devices and components including systems for quantum communication single-photon generation entanglement and low-count measurement techniques.
Design and assemble optical and quantum components into functional subsystems and integrated platforms.
Conduct applied research in quantum information and quantum communication technologies including squeezed light quantum interference and mode decomposition.
Investigate and develop novel applied quantum methodologies beyond traditional information-based applications.
Design execute and analyze rigorous experiments to characterize quantum photonic devices under varying environmental conditions such as temperature vibration and magnetic fields.
Develop test and optimize single-photon sources and integrate them into larger quantum systems while preserving quantum state integrity.
Contribute to the establishment of quantum information test benches including standardized calibration procedures and automated measurement systems.
Collaborate effectively within cross-disciplinary research teams to deliver prototypes publications and intellectual property.
Document experimental results and communicate findings through technical reports presentations and scientific publications.

Minimum Education & Experience

Ph.D. in Physics Applied Physics Electrical Engineering Optical Engineering or a closely related field.

Required Skills & Qualifications Quantum Systems

Deep understanding of quantum mechanics concepts including entanglement mode decomposition nonlinear generation of quantum states and spin physics.

Optical Systems

Strong proficiency with laser systems optical design precision optical coupling free-space alignment and single-photon detection techniques.

Instrumentation & Experimental Methods

Hands-on experience with chip-scale photonics testing precision fiber alignment instrument synchronization and rigorous experimental data validation.

Programming & Data Analysis

Strong programming skills in Python MATLAB or similar languages for data analysis modeling and instrument control.

Scientific Communication

Proven ability to clearly communicate technical results using data visualization mathematical analysis and written documentation.

Preferred Skills & Experience

Simulation & Design: Experience with integrated photonics design and FDTD simulation tools such as Lumerical COMSOL or CST.
Electronics: Familiarity with high-speed electronics design PCB layout and optoelectronic packaging.
Fabrication: Experience with nanofabrication processes including e-beam lithography etching and cleanroom procedures.

Why Join eShocan

At eShocan we provide a collaborative environment for brilliant minds to make an immediate real-world impact. This role offers a unique opportunity to directly influence vehicle safety and help protect lives through innovative engineering.

Benefits for Full-Time Employees

Medical Insurance: Three comprehensive plans through United Healthcare including 100% coverage for preventive care and zero-cost employee-only options.
Dental & Vision Insurance: Multiple plan options including zero-cost employee-only coverage.
401(k) Plan: Immediate eligibility with a 3% employer match (3-year vesting period).
Paid Time Off (PTO): Accrue 80 hours of PTO annually starting from the date of hire.
Employer-Paid Benefits: 100% employer-paid Group Term Life Insurance AD&D and Long-Term Disability (LTD).

Job Summary The Applied Quantum Researcher will design develop and experimentally validate quantum photonic devices and systems with a focus on quantum communication single-photon technologies and applied quantum methodologies. This role involves hands-on laboratory research system integration data ...