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Principal Laser Engineer

Job in Milpitas, Santa Clara County, California, 95035, USA
Listing for: MKS Instruments, Inc.
Full Time position
Listed on 2026-06-26
Job specializations:
  • Engineering
    Systems Engineer, Electronics Engineer, Electrical Engineering, Test Engineer
Salary/Wage Range or Industry Benchmark: 139000 - 231000 USD Yearly USD 139000.00 231000.00 YEAR
Job Description & How to Apply Below

Overview

A Day in Your Life at MKS:
Spectra-Physics is the Lasers Business Unit of MKS Instruments. We have an excellent opportunity for someone like you to join our innovative product development engineering team as a Principal Laser Engineer. In this position, you will build prototypes and contribute to the optical design of free-space and fiber-based laser systems. You will work interactively within a project team and use your excellent interpersonal and communication skills to work effectively with cross-functional team members.

We push the boundaries of technology to develop a wide range of nanosecond, picosecond, and femtosecond lasers that address the needs of Industrial, Scientific, and Life and Health markets. If you have a passion for working with cutting-edge laser systems, this is the role for you.

Responsibilities
  • Serve as a technical expert for the optical design of fiber-based and free space lasers.
  • Execute experiments to test conceptual designs and to document optical system performance.
  • Use software computational tools to aid in the design and analysis of optical system performance.
  • Work with mechanical and electrical engineers to assist in evaluating and documenting opto-mechanical and electro-optical specifications.
  • Define test strategies, build, test and document system prototypes: measure optical and opto-electronic parameters and evaluate results, create test reports and generate design documentation including optical diagrams, drawings, and optical components specifications.
  • Work with optical component vendors for component procurement, and to complete performance and reliability evaluation.
  • Work in a multi-disciplinary team and interact with Electrical, Mechanical, Software and Manufacturing Engineers on new product development and to transfer the design to production.
  • Guide and train technicians on newly developed processes and optical measurement techniques.
Skills You Bring
  • MS degree in Engineering, Physics, Material Science, Chemistry, or a related field required and 5+ years industry experience or PhD and 2+ years industry experience.
  • Hands‑on experience with passive and active fibers and fiber‑optic components, including fiber preparation and splicing and components characterization.
  • In‑depth knowledge of various fiber types, their advantages and disadvantages, and typical use.
  • Experience in making proper fiber and fiber component selection for different applications.
  • Hands‑on experience in free‑space beam and optical cavity alignment.
  • Experience with Gaussian beam propagation software tools.
  • Familiar with optical non‑linear processes (SHG, SPM, SBS, Raman, etc.).
  • Familiar with sub‑picosecond pulse generation, measurement and characterization.
  • Hands‑on experience with operating and characterizing acousto‑optic and electro‑optic modulators and pulse selectors.
  • Proven ability to independently define opto‑electronic measurement procedures, set up and perform the measurements, evaluate the results and clearly communicate the conclusions to peer engineers and management.
  • Proven experience with optical measurement instruments: beam parameters analyzers, power meters, auto‑correlators, fast opto‑electronics, oscilloscopes, spectrum analyzers and spectrometers, scanning interferometers.
Preferred Skills
  • Experience in troubleshooting and failure analysis of optical modules and systems.
  • Experience with high‑power pulsed fiber laser design and testing.
  • Experience with harmonic generation and nonlinear crystals (SHG, THG, SFG).
  • Experience with external‑cavity tunable diode lasers.
  • Hands‑on experience with ultra‑fast laser development and relevant technologies (mode‑locking, CPA, etc.) and characterization (auto‑correlator/FROG).
  • Ability to model basic harmonic generation processes using SNLO, Matlab and/or other suitable software tools.
  • Familiarity with ray‑tracing analysis software (ZEMAX, FRED and/or others).
  • Experience with automated measurement and control methods (Python).
Compensation and Benefits
  • Salary Pay Range: $139,000 to $231,000 per year. This range is a good faith estimate of the expected salary range for this position, based on a wide range of factors including qualifications, experience…
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