Key technologies and capabilities for this role
Common questions about this position
The role is based at the R&D facility in Somerset, NJ.
Candidates need an advanced degree (MS or PhD) in Engineering, Optics, Physics, Physical Chemistry, or related field, experience in handling, characterizing and performing data analysis on optical fibers, and expertise in material properties of glass and polymers, mechanical design, and fabrication. Experience with high-power fiber lasers and components such as pump and pump-signal combiners and fiber Bragg gratings is highly desired.
This information is not specified in the job description.
The role involves joining a team that designs, fabricates, tests and prototypes innovative technology, with the ability to identify and solve technical problems both independently and as part of a team, while interfacing with manufacturing and other teams developing fiber laser components.
A strong candidate has an advanced degree in a relevant field, hands-on experience with optical fibers and high-power fiber lasers, and the ability to innovate, conduct experiments, analyze data, and collaborate across teams to advance fiber laser technology.
Sales enablement platform using AI technology
Seismic provides a platform designed to enhance the effectiveness of customer-facing teams, particularly in sales. The platform offers tools, content, and insights that help these teams improve customer experiences and drive business growth. It utilizes artificial intelligence to deliver insights that enable sales professionals to tailor their messages to meet customer needs at the right moment. This approach helps sales teams increase their productivity and engagement with customers. Seismic differentiates itself from competitors by focusing on AI-driven solutions and maintaining a strong commitment to research and development, ensuring they stay updated with the latest technological advancements. The company's goal is to empower businesses to optimize their sales processes and enhance customer interactions through a subscription-based model that provides ongoing access to their platform.