Principal Laser Engineer

MKS Instruments•Milpitas, CA

About The Position

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.

Requirements

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 f ibers and f iber - optics 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
Eligible to work in the United States.
Will not be sponsoring work visas for this position, at this time.

Nice To Haves

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)

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