Work Flexibility: Onsite

Why join Stryker?

Looking for a place that values your unique talents? Discover Stryker's award-winning culture.

As an R&D Co-Op Student, you will perform a wide variety of technical work in planning and design of medical devices for Orthopedic Surgeons to allow them to plan and perform their procedures.This role will support the R&D New Product Development Teams as they bring new medical devices products to market.

Who are we looking for?

Dedicated Achievers. Relentless about quality, people who thrive in a fast-paced environment and will stop at nothing to ensure a project is complete and meets regulations and expectations
Motivated product launchers. Engineers who bring strategic direction and drive for execution to ensure products are developed and launched with precision
Goal-oriented developers. Keeping the customer and requirements squarely in focus, people who deliver safe and robust solutions.
User-focused creators. People who imagine with the user in mind, developing technology that helps change patients’ lives.
Curious learners. People who seek out cutting-edge research and information to expand and enhance their ability to develop new ideas into reality.

Technical Competencies: Under supervision, the intern will assist in the following areas to support the design, development, and verification of electrical components for medical devices:

Schematic, Netlist, Layout Generation & Review: Assist in developing and reviewing electrical schematics, generating netlists, and performing layout reviews.
BOM Management: Support the generation, scrubbing, and review of Bills of Materials (BOM).
Prototype Design & Evaluation: Contribute to designing prototypes and evaluating their performance through systematic testing.
Bench Testing: Perform hands-on bench testing to verify electrical designs and assess device performance.
Electrical Stack-Ups: Participate in stack-up analysis, including:
Component de-rating analysis
Worst case/Monte Carlo analysis
LTspice simulations
Design for Excellence (DFX): Assist in Design for Manufacturing (DFMA), Design for Fabrication (DFF), and Design for Testability (DFT) reviews.
PCB and PCBA Print Review: Generate and review PCB and PCBA prints, including detailed D-prints for manufacturing.
Engineering Documentation: Draft engineering specifications, including:
Engineering Design Documents (EDD)
Engineering Requirements Specifications (ERS)
Architectural Requirements Documents (ARD)
Full Design Review: Participate in comprehensive design reviews, covering schematics, layouts, BOMs, print packs, and WCA design review with electrical engineering subject matter experts (EE SMEs).
Trainer Competency Report: Collaborate with trainers and evaluators to meet competency requirements and pass technical evaluations (e.g., AO EE, Design EE, etc.).

Additional Responsibilities:

Support problem-solving and root cause analysis to identify and evaluate potential solutions against defined requirements.
Conduct research and studies to support innovative product design..

Business Responsibilities:

Understand the product’s intended use and clinical procedures.

Med Device Compliance:

Learn fundamental industry standards, design requirements and test strategies which align with regulatory requirements.
With supervision, create or refine engineering documentation, such as the Design History file per company design control procedures.
Learn R&D procedures like design controls and risk management, per the Quality Management System.

General Responsibilities:

With supervision, work with R&D, Quality, Manufacturing, Regulatory, Clinical, Marketing and Project Management to ensure project success.
Learn procedures, policies, processes, systems, and technology required.
Work on problems in limited scope; purposefully learn while gaining experience.
Demonstrate ownership and integrity of work.
Build stable relationships.
Contribute to the project as a team member.

Fundamental Knowledge:

Basic understanding of electrical engineering principles, including circuit design and analysis.
Familiarity with electrical design tools and practices within a structured or regulated environment (e.g., team projects, internships, coursework).

Design Tools:

Exposure to eCAD tools for schematic capture and basic layout design (e.g., Altium Designer or similar tools).
Awareness of circuit simulation tools (e.g., LTspice, Multisim) through coursework or personal projects.

Analysis Skills:

Ability to perform basic analysis tasks, including:
Understanding of tolerances and their impact on design.
Simple statistical methods for data evaluation.

Manufacturing & Materials:

Introductory knowledge of PCB design and manufacturing processes (e.g., stack-ups, component selection).
Awareness of Design for Excellence (DFX) concepts (basic understanding is sufficient).

Documentation:

Ability to interpret basic electrical drawings and schematics.
Exposure to preparing or understanding engineering reports and documentation through class assignments or internships.

Preferred Skills / Engineering Tools:

Proficiency in MS Office (Excel, Word, PowerPoint) for documentation and analysis.
Familiarity with eCAD tools (e.g., Altium Designer, KiCad, or similar tools used in coursework).
Exposure to bench-testing equipment (e.g., multimeters, oscilloscopes) during labs or projects.
Willingness to learn PCB/PCBA print generation and review processes.

What we can offer:

Attractive salary & vacation entitlement
Experience our inclusive, people-first culture. You will be paired with mentors and have access to leaders who support your growth, give constructive feedback, and help build confidence.
Flexible working hours
Sports & Social clubs and DE&I Employee Resource Groups and the opportunity to connect with other co-ops
The opportunity to contribute to real-world projects that make a difference in improving healthcare and patients’ lives. In Stryker, you will be given responsibilities that truly matter.

Next steps:

Once you have applied to one of our co-op opportunities, our dedicated University Recruiting Business Partners will take some time to look through your application and ensure you meet the criteria in relation to the specific position.
Should all requirements be met, and you are happy to proceed, in September, successful candidates will be invited to a final round business interview with the hiring team.
If successful through the final round business interview, you will receive your offer shortly after
Please note, individual recruitment timelines may vary – please keep in contact with your University Recruiting Business Partner and your university placement coordinator for specific timelines and updates.

Travel Percentage: 0%

Electrical Engineering Co-Op Placements

Stryker