Primary responsibilities include design of pipelines and related facilities. Plans, schedules, conducts and coordinates work requiring judgment in the independent evaluation, selection, adaptation and modification of standard pipeline engineering techniques, procedures and criteria.
A Systems Integrations and Test Engineer Staff with the ATLO Test Systems group will be responsible for build, validation, operations, and maintenance of Electronic Ground Support Equipment (EGSE) hardware to test the Talon components and integrated instrument system.
The candidate should be able to integrate performance considerations at the hardware, hypervisor, and application layers into an overall understanding of why various software components perform as they do, and then convert this knowledge into developing a performance analytics engine to do automated problem detection as well as recommendations for solving those problems.
This position will provide technical support to the Engineering Department for the Riverside facility and global suppliers for the purpose of development of processes, and/or material data base qualifications.
Candidate will work closely with ADP team to design manufacturing plans for various programs. Duties will include the following:Facilitating lay-outs, tooling recommendations, processing documentation and validation and planning development.
Responsibilities will include: executing design changes within a Quality System compliant with FDA regulations on existing products to resolve existing Quality Issues; making proactive quality improvements; and making cost improvements.
As a Staff Software Engineer Front End you will bridge the gap between Design and Technology. You understand the importance of human-centered design and the implication of technology on experiences. As a Staff Software engineer Front end you will execute on multiple small to medium sized projects as an individual contributor with a focus on at least one specialized technology domain.
In this role, you will develop new or advance the state of the art in MEMS inertial sensors through MEMS/circuit co-design, including noise analysis, optimization, design for test and manufacturability.