Electrical Engineering Intern

Electrical Engineering Intern – Enteronova™ Medical Technologies

Location: Hybrid (Seattle, WA)
Start Date: November 2025 | Duration: 6 months (flexible)
Compensation: $28 /hour

About Enteronova

Enteronova™ is a healthtech startup pioneering OTC, non-invasive, and AI-powered bioelectronic therapies for gut health.
Our flagship product, Nevia™, targets the brain–gut axis to help manage conditions like IBD and IBS through precision neuromodulation.
We operate at the intersection of neuroscience, gastroenterology, and digital health, backed by expert advisors, university collaborators, and early investors.

The Role

We are seeking a Graduate Electrical Engineering Intern to support PCBA design, firmware development, and embedded integration for Nevia™, our wearable bioelectronic therapy device.
You’ll work closely with our product, mobile, and industrial design teams to bring Nevia’s smart hardware to life — from early prototyping to validation and pilot manufacturing.

This role is ideal for someone excited by biomedical hardware innovation, comfortable in both electronics and firmware, and eager to contribute to a product improving patient well-being.

Key Responsibilities

• Design, prototype, and test PCBAs for Nevia’s wearable therapy device
• Develop and debug firmware for microcontrollers handling biosignal sensing and neuromodulation control
• Support hardware–software integration with the Nevia™ mobile app and backend systems
• Work on signal acquisition, filtering, and power optimization
• Conduct hardware validation, performance testing, and regulatory documentation for medical-grade standards
• Collaborate with industrial designers and vendors on component selection, electrical layout, and enclosure integration
• Assist in BLE communication and embedded data transmission workflows

Ideal Candidate

• Graduate student in Electrical Engineering, Computer Engineering, or Embedded Systems (required)
• Experience with microcontrollers (ARM Cortex, ESP32, nRF, or similar) and C/C++ firmware
• Familiarity with PCB design tools (Altium, KiCad, or Eagle) and hardware debugging instruments (oscilloscope, logic analyzer, JTAG)
• Understanding of BLE protocols, low-power design, and sensor integration
• Interest in biomedical devices, IoT systems, or human–machine interfaces
• Strong problem-solving ability, attention to detail, and collaborative mindset

What You’ll Gain

• Hands-on experience developing biosensing and stimulation hardware for a clinical-grade device
• Mentorship from hardware, product, and regulatory experts in medtech
• Exposure to PCBA fabrication, firmware testing, and medical device prototyping
• The opportunity to make real contributions to a product entering human trials