Principal C# Micro-Services System Architect (REF1826J)

Job Description

We are currently recruiting for a Principal C# Micro-services Architect, but we are looking for more than an impressive skill set.  We are looking for the type of person who respects others for their knowledge, skills, and experience as individuals and as team members. If you are the type of person who has high integrity and would thrive in an inclusive environment of camaraderie and friendship with your fellow teammates, we’re pretty confident you’ll love it here.

Are you a strong Engineer who collaborates with other high quality, dedicated engineering professionals? Looking for purpose? You would have the opportunity to develop cutting edge Medical Device products that are used every day to improve people’s health and well-being. 

This opportunity requires a driven engineer willing and able to tackle complex and challenging technical issues using their expertise and ingenuity. You will enjoy a culture that values hard work, creativity, and getting the job done; will work side by side with other dedicated engineers across a range of disciplines; and will know that the products that they take to market will ultimately make real improvements in people’s lives.

Responsibilities

Design, implement, and deliver reliable, high quality, robust embedded and desktop software targeted to complex medical instruments meeting regulatory standards

Participate in designing and implementing C# .Net services to coordinate and control medical instrument activities like scheduling, inventory management, and error recovery.

Collaborate with chief architect on design tradeoffs of various approaches to determine appropriate solution.

Create, maintain, and review software project documents including software development plans, software configuration plans, and detailed software design documents

Participate in software project risk analysis and hazard analysis

Drive software requirements with other members of the software team as appropriate (team lead, architect, etc.) and proactively work to integrate with system requirements

Utilize software engineering best practices (e.g., unit testing, integration testing, static analysis, code reviews, design reviews, Doxygen documentation)

Work cooperatively within the software group as well as across disciplines such as systems, electrical, optical and mechanical.

Work in a hybrid work environment with the ability to report onsite when needed.