We are seeking a Computational Physicist with a specialty in optics possessing a strong background in numerical simulations, particularly ray tracing simulations and multi-physics analysis of optical systems to join our development team. The successful candidate will play a lead role in design, development, characterization, and optimization of algorithms targeting specific customer applications, and will be responsible for developing the computational foundation of our current and future platforms for improved optical discrimination. The successful candidate must be able to work both independently and with multiple technical staff as required during product development. The candidate should be a confident, self-motivated computational physicist / scientist / engineer who can lead investigations to explore the properties of advanced algorithms, using state-of-the-art computational methods including Monte Carlo and related techniques, with a focus upon the parameterization of the contributions these phenomena make to imaging system performance. The candidate's experience should reflect an ability to do so with minimal technical supervision. The candidate should be prepared to author reports and publications, and to deliver presentations to share results with colleagues and customers.
Primary tasks include developing computational algorithms to model the physical optics, exploring and developing computational algorithms to improve upon the imaging performance in real time imaging environments, establishing test methods and supporting test systems development, and reporting results in a concise and lucid format through written reports and presentations. A high commitment to both technical and software quality is mandatory. The successful candidate must possess strong communication skills, and enjoy analyzing and solving problems while working with customers and business development staff. Proficient verbal and written communication skills are essential to effectively collaborate in a team environment to present and explain technical information.
An MS or PhD in Optical Engineering/Sciences, Physics, Applied Mathematics or related field with an emphasis in computation techniques, and a minimum of 10 years’ experience in computation modelling and advanced research and/or development of optical/electro-optical systems design.
Proficient with computational software (i.e. ZEMAX, CODE 5, Matlab, COMSOL, stray light analysis, etc.) to design and optimize optical systems with experience in the use of one or more optical design tools.
Experience in optical engineering, with a solid understanding of optics/optical design and demonstrated expertise in the multi-scale modeling of a variety of advanced/emerging computational methods.
Experience creating algorithms to improve imaging discrimination, execution of test protocols, analyzing test results and supporting prototype design iterations to optimize system optical performance.
Advanced knowledge of computational physics, mechanics, and the theory and application in optics, with significant experience providing solutions to complex scientific and/or technical problems that require in-depth analysis and demonstrated ability to conduct independent development.
Expertise in designing, prototyping and evaluating new optically-based design concepts, sub-systems and components for next generation products in optical/electro-optical systems in areas such as laser beam delivery, imaging performance, optical coatings, optical scattering, fluorescence, etc.
Ability to contribute in a cross-functional development team that is creating the next generation of electro-optical systems with an ability to provide guidance to a variety of advanced development projects to quickly resolve optical system issues and improve overall optical systems performance.
Strong organization skills, with an ability to efficiently handle numerous projects simultaneously.
Excellent verbal and written communication skills to support collaborative technology development.
Genuine interest in mathematical modeling, computational physics, and software simulation.
Use of rapid prototyping methods to enable quick cycles of learning.
Specific computational imaging expertise with an emphasis on the development of novel optical techniques combined with algorithmic techniques for calculation of imaging performance such as:
Familiarity with software development and QA practices for their continuous improvement.
Experience with typical opto-mechanical fabrication and assembly methods and the optimization of the design for manufacturing, testing, and serviceability.
Experience with optical component specification and allocation to support design performance while accommodating fabrication of optical components by suppliers.
Familiarity in opto-mechanical design concepts, finite element methods, finite volume methods, or direct numerical simulation can be useful, as well as experience with multi-physics analysis.
Experience proposing development concepts and trade studies and preparing/conducting high-level briefings to senior management and government sponsors.