Embedded SW Engineer Co-op

This is a full time 6-month Co-op starting in January 2026, ending in June 2026.

INVENT. IMPROVE. INSPIRE.

Fresenius Medical Care, a global leader in renal care, offers a product portfolio under the NxStage brand, which represents a suite of innovative medical technologies. We are not your typical medical products company. Our team of dedicated professionals is united by a shared commitment to revolutionizing renal care through simple, innovative therapeutic solutions that enhance the lives of patients, caregivers, and society at large. We are focused on driving innovation, education, and advocacy to redefine renal care. In partnership with our customers, patients, industry partners, and governmental agencies, we aim to realize a future where renal care is better, simpler, and more accessible.

Position Summary

Participate in the design, development, and testing of NxStage Medical’s software products and/or related tools.

Core Responsibilities

• Assignment will vary but may include embedded SW development, Windows, Linux tools and/or scripting projects.
• Add new functionality, as needed, along with supporting documentation and unit tests.
• Develop software test bench setups to test hardware modules
• Ensure all activities conform to design controls. Ensure all analysis, design, and testing activities are properly documented.
• Debugging new designs and developing reliability improvements to existing & new designs.
• Perform other duties as assigned.

Requirements

• Candidate for BS in Computer Engineering, Electrical Engineering, Software Engineering or related
• Programming in C/C++ language
• Programming in scripting languages like Python
• Embedded programming experience against hardware/electronic interfaces
• Ability to understand electronic schematic diagrams
• Technical knowledge in software development methodologies, design, and implementation
• Beginning analytical and design skills
• Basic knowledge of project lifecycles, software development environments, and source control techniques