Contract position
Pay rate : $75 / hour
Company Background :
Company is a global technology leader in robotic-assisted vascular interventions. The company's CorPath system is the first FDA-cleared medical device to bring robotic-assisted precision to neurovascular, percutaneous coronary and peripheral interventions. EVR is advancing the field of interventional medicine with robotics through improvements to procedural control, precision, and workflow.
Position Summary :
The Principal Electronics Engineer will be a part of the R&D organization and an important contributor to the realization of the next generation robotic platform that will change the future of healthcare.
You will be a technical lead in driving to resolve complex multi-disciplinary issues. Additionally, you will create, refine and implement technical processes and best practices for electrical engineering development. The result of your work will directly influence design iterations in a regulated medical device development environment.
This is a role well suited to an ambitious professional, looking for the next step in their career. As a Principal Electrical Engineer, Robotics, you will be responsible for :
- Responsible for leading multidisciplinary teams to debug and troubleshoot complex issues and to thoroughly document the investigation including recommendations to design
- Responsible for electrical engineering planning and design for robustness and reliability for PCBs and cabling
- Responsible for generating and implementing best practices and process documentation for electronics development
- Project Management responsibilities may include vendor and supplier management, directing design and test technician resources.
- May lead / conduct characterization or testing of PCBAs
This position may suit you best if you are familiar with what is below, and would like to do develop your career with Healthineers
You have technical systems understanding and interactions between electronics, controls / software and electromechanical disciplinesYou have a solid understanding of determining system performance between cross disciplinesYou have demonstrated successes in systematically determining root cause of electro-mechanical systemsYou have strong electronics fundamentals for analog, digital and electromechanical designYou have strong presentation skillsYou have strong technical collaboration skills including scheduling meetings / discussions, identifying discussion points and driving to obtain agreement on decisions for workstreamsYou have experience developing Class II & III medical devices in a regulatory environment, applying relevant standards such as ISO 13485 IEC 60601-1, 60601-1-2You have demonstrated experience with electronic design for motor control and mixed-signal electronic design for precise sensing applicationsYou are highly proficient in the use of electrical CAD tools, Altium preferredYou possess working knowledge of EMC and electrical safetyYou have exceptional analytical skills with proficiency in analytical tools such as MATLAB / Simulink and Spice requiredYou have exceptional data analysis skills; requiredYou have excellent communication, teamwork, interpersonal skills with the ability to self-direct and have some project management skillsRequired skills to have for the success of this role
Bachelor's degree in Electrical Engineering required, MS or PhD preferredMinimum of 15 years of experience in R&D or product development requiredWilling to travel up to 10%