Systems Engineering Intern — Medical Devices R&D (Hybrid)

Smith & Nephew; Andover (MA); Hybrid; USD 37,000 - 44,000; Full time

Job summary

Smith & Nephew in Andover, MA is offering a Systems Engineering Intern position within the Sports Medicine R&D team. The role emphasizes manual and automated testing, cross-functional collaboration, and hands-on verification of novel medical devices.

You will contribute to test protocols and report results while gaining exposure to embedded software in a regulated environment. The program runs 12 weeks starting May 2027 with some remote work flexibility, and invites current undergraduates in

Qualifications

• Currently enrolled in an undergraduate Engineering program (junior or higher) in Electrical & Computer, Biomedical, or related field.
• Major GPA of 3.40 or above preferred.
• Previous internships or co-ops are preferred.

Responsibilities

• Work closely with test engineers and verification manager to complete identified projects tasks including manual and automation test generation.
• Present project conclusions to senior leadership.
• Support exploratory testing and pre-planned integration dry-run testing for systems and software and report defects.
• Generate, maintain, revise, and execute test protocols, and generate reports.

Skills

Cross-functional collaboration

Strong communication

Analytical problem-solving

MATLAB experience

LabVIEW experience

Education

Undergraduate Engineering (Electrical & Computer, Biomedical)

GPA 3.40+ preferred

Enrollment junior or higher

Tools

Minitab

JMP

R

MATLAB

LabVIEW

Job description

Smith & Nephew in Andover, MA is offering a Systems Engineering Intern position within the Sports Medicine R&D team. The role emphasizes manual and automated testing, cross-functional collaboration, and hands-on verification of novel medical devices.

You will contribute to test protocols and report results while gaining exposure to embedded software in a regulated environment. The program runs 12 weeks starting May 2027 with some remote work flexibility, and invites current undergraduates in