Ensure R&D processes are characterized and scaled up utilizing new technologies. Additionally, you will ensure processes reflect standard work, and are capable and compliant with Quality and Regulatory requirements, and validated for manufacturing using Lean/Demand Flow Technology, Six Sigma, Design for Manufacturing and Design for Cost methodologies.
Responsibilities for modeling and simulation of GPS based Navigation Systems Signal Processing Engineering. Responsible for algorithm development, modeling, system simulation, implementation and verification with emphasis on military GPS receivers.
Responsible for systems planning, system and lower level requirements development, system design, analyses and trade studies, embedded and enterprise software design oversight, system integration, system level test, and subcontractor technical management / oversight.
The ideal candidates will also possess knowledge of cloud-based applications development as well have general or specific knowledge in the healthcare domain, including experience with major EMR systems or the use of HL7 and IHE in health data integration systems.
The position is in a small, fast-paced, low-structured team in Edwards' Advanced Technologies Division and the individual who fills it will play a pivotal role in the investigation, identification, conceptualization, design, prototyping and testing of implantable devices and catheter delivery systems from needs identification through proof-of-concept.
In this role, the selected candidate will be responsible for algorithm development, modeling, system simulation, implementation and verification for embedded navigation systems with emphasis on military gps receivers.
In this role, the selected candidate defines, analyzes and interprets needs and requirements for a single component; able to understand high-level design principles and apply them to implement a specific solution. Implements complex software solutions.
As a Principal Electrical Engineer, you will work with a team of hardware and software engineers to sustain and redesign diagnostic medical equipment which is used to analyze respiratory effectiveness in patients.
Plan, develop and implement strategies to keep the infrastructure fully operational and scalable. Develop, configure and troubleshoot automation modules, scripts, and play books to deploy software within dcgs-n.
In this role, you will participate on cross - functional teams to review marketing requirements and to develop concise, unambiguous, non - conflicting and feasible product requirements that support the market needs.