Job Summary: 

• Create and develops hardware architectures that meet the overall product systems requirements and cost targets.
• Creates, develops, and tests electrical hardware designs (circuits) from the hardware architecture that meet both internal and external Systems and Product Performance Requirements.
• Creates and documents schematics via Altium.
• Performs Worst-Case-Circuit-Analysis and/or Simulation to ensure design robustness and compliance to requirements and overall conditions.
• Performs hardware DFMEAs, and supports Systems FMEAs.
• Reviews work and/or leads peer reviews of other electrical hardware engineers and outside design service companies’ electrical designs, analyses, and simulations.
• Specifies component location on circuit board designs and ensures the circuit board design meets electromagnetic compatibility (EMC) targets.
• Selects (and releases) electronic components that fulfill product requirements and cost targets.
• Diagnosis and testing prototype designs using standard laboratory equipment i.e., Oscilloscopes, and can determine solutions to EMC performance issues.
• Supports overall program timing via the timely completion of assigned tasks and activities.
• Keeps management informed of progress, and escalates issues to program and or engineering management.
• Evaluate and implement engineering changes.
• Follows and suggests improvements to the Inspection Electrical Hardware design procedures.

Skills on Resume: 

• Hardware Architecture Development (Hard Skills)  
• Circuit Design (Hard Skills)  
• Altium Proficiency (Hard Skills)  
• Circuit Analysis (Hard Skills)  
• DFMEA Management (Hard Skills)  
• Peer Review Leadership (Soft Skills)  
• EMC Compliance (Hard Skills)  
• Component Selection (Hard Skills)  

Job Summary: 

• Be a part of a multidisciplinary team (Electrical and Mechanical engineers) that is responsible for developing cutting-edge surgical platforms.
• Designing surgical instruments and surgical platforms according to specification and regulation requirements. 
• Researches, develops, designs, and tests electrical components, equipment, systems, and networks.
• Be the leader of the electrical design of a complex multidisciplinary robotic surgical system.
• Interfaces with outside vendors for component selection, PCB layout and manufacturing.
• Work closely with System Engineering, Mechanical Engineering, RA\QA, Procurement and NPI Engineers.
• Design, procure, assemble, and evaluate prototypes.
• Write engineering reports and create presentations as required to document and communicate results.
• Design of digital/analog electronic circuits
• Design of Power supply, Filters and other analogic electronic architectures

Skills on Resume:

• Team Collaboration (Soft Skills)  
• Surgical Design (Hard Skills)  
• Electrical Engineering (Hard Skills)  
• Leadership (Soft Skills)  
• Vendor Management (Soft Skills)  
• Cross-disciplinary Coordination (Soft Skills)  
• Prototype Development (Hard Skills)  
• Technical Reporting (Hard Skills)  

Job Summary: 

• Always follows and supports all Company Safety policies, procedures and initiatives
• Central contact person for all E/E-related topics
• Planning, installation, and update for plant ESD controls and standards
• Maintains established housekeeping standards for responsible area
• Planning, installation, updating, and acceptance of electrical equipment according to industry and internal specifications
• Support and troubleshoot all production-related situations
• Central contact person for all Production IT topics
• Usage of laboratory instruments such as oscilloscope, multimeters waveforms generator, spectrum analyzer, power sources

Skills on Resume: 

• Safety Compliance (Hard Skills)  
• Electrical Engineering (Hard Skills)  
• ESD Implementation (Hard Skills)  
• Housekeeping (Soft Skills)  
• Equipment Installation (Hard Skills)  
• Troubleshooting (Hard Skills)  
• IT Management (Hard Skills)  
• Instrumentation (Hard Skills)