Sr Engineering Designer - Irvine, United States - TalentBurst

Description

Position: Sr Engineering Designer, Req#: 6635-1
Location: Irvine, CA (100% onsite)

Duration: 6+ Months Contract

Schedule: 8 am PST to 5 pm PST or 7 am PST to 4 pm PST

Job Description:

This is an excellent opportunity to join the Critical Care Mechanical R&D Engineering organization working on industry-leading patient sensors and diagnostic devices. The client is the global leader in patient-focused innovations for critical care monitoring and is actively expanding its portfolio to transform care for the many patients we serve. The R&D engineering team is looking for a candidate with the right set of innovative technical and problem-solving skills to contribute to the development and continuous improvement of Critical Care patient monitoring platforms.

Education and Experience:

• Bachelor's degree in mechanical or aerospace engineering required.
• 4+ years of experience
• Expert SolidWorks experience within a medical device setting.
• Prior experience designing products (non-implantable) from start to finish.
• Strong knowledge of the design and development of electro-mechanical medical devices
• Knowledge of injection molding, sheet metal, machining, and thermoforming design methodologies for reusable and disposable parts
• Knowledge of general manufacturing processes including injection molding, sheet metal, machining, and various plastic part-joining technologies
• Knowledge of Medical Electrical Safety Standard
• Understanding of the ASME Y14.5M-2009 drawing standards
• Strong problem-solving, organizational, analytical, and critical thinking skills
• The capability to quickly learn and interpret complex systems is required.
• Ability to effectively communicate and collaborate with the team is essential.
• Effective organizational and prioritization skills are critical for success in this position.
• Strong written and verbal communication, interpersonal, and relationship-building skills
• Ability to plan, organize, and manage time effectively.
• Ability to work both independently and as a team member with minimal direction.

Nice to have:

• Previous experience with Windchill PLM or Teamcenter
• Prior work with non-implantable medical device products such as cable housing, wiring, or any medical monitoring products.
• Work with 3-D printers and Instron's.

Additional Skills:

• An effective candidate must have hands-on skills with the proven ability to independently apply deep technical knowledge, perform detailed design analyses, and apply sound judgment to lead complex initiatives. Creative mechanical development skills are required.
• Demonstrated innovation, curiosity and ability to tackle technical problems.
• Demonstrated track record of delivering on projects in a high-energy environment.
• Strong mechanical aptitude
• Knowledge of the design and manufacturing of electro-mechanical medical devices
• Experience with patient sensors is a strong plus.
• Proven design skills using 3D CAD solid modeling software.
• Experience with 3D CAD data management systems.
• Deep materials knowledge desired
• Solid understanding of general manufacturing processes including machining, injection molding, thermoforming, extrusions, additive manufacturing, and surface treatments
• Experience with DFM methodologies and a passion for delivering highly manufacturable products.
• Expert understanding of the ASME Y14.5M-2009 drawing standards.
• Must be a highly motivated self-starter able to achieve results with minimal direction.
• Highly effective verbal and written communication skills are necessary (This position requires extensive collaboration, and, working cross-functionally).

Roles and Responsibilities:

• Drive ideation, design, hands-on prototyping, and feasibility testing of design enhancements for newly introduced electro-mechanical patient monitoring platforms.
• Identify product design opportunities and manufacturing process improvements.
• Collaborate with cross-functional teams to investigate manufacturing and field issues; Design, test, and implement corrections.
• Generate test protocols, reports, and supporting documentation for formal design verification.
• Support new product development teams.

TB_EN