Provides technical leadership and individual contributions to mechanical and electro-mechanical engineering design and development efforts on multi-disciplinary project teams to create reliable, robust, high performance medical instrumentation. Participates in project planning and insures that schedule milestones are met. Applies technical insight and judgment for technology assessment and problem solving. Serves as a subject matter expert on medical consumables development and mid to high volume molded part design.
This includes leading teams, interfacing to customers, earned value management, architecture development, performing detailed analysis, component selection, schematic creation, and supporting build/test of the designed antennas and RF Subsystems.
The successful candidate will be responsible for ensuring the logical and systematic conversion of customer or product requirements into a total system solution that acknowledge technical, schedule and cost constraints.
The successful candidate is responsible for technology integration of projects and systems that have both life science/chemistry and instrumentation/engineering components. These individuals are members of a team that ensures adequate system level performance for instrumented diagnostic systems through close collaboration with assay development, hardware design, software, and other functional groups.
Will work on the electrical design and coordination of various projects, involving industrial, municipal projects with an emphasis on water and wastewater treatment plant related buildings, industrial facilities, and associated electrical systems, as well as the analysis of existing facilities.
Responsible for attending to patients to render diagnostic, therapeutic, medical, dental, podiatric or surgical services in the Hershey Medical Center as part of the Medical Staff or Specified Professional category as defined in the Medical Staff Bylaws.
Collaborate with Project Test and Software Leads to understand product specifications and test requirements across the business portfolio/platforms. Make proposals that include resource and schedule estimations, tools, risks and benefits to build Test Automation solutions.
The Staff Materials Development Engineer will be responsible for all technical aspects of metallurgical, polymeric, and ceramic materials used in the design and manufacture of orthopaedic implants and instruments.