Biomedical Signal Processing Engineer

About YURA

YURA is a medical device startup on a mission to make clinical-grade stress management accessible through wearable technology. We're developing a wearable patch for chronic stress management and mental well-being using biofeedback therapy.

Here's what makes us different: Unlike rigid electronics for sensing, we use smart textiles for physiological monitoring—making our patch comfortable enough to wear all day. We capture your body's stress signals in real-time and deliver biofeedback interventions the moment heightened stress is detected, helping you regulate before it escalates.

The Role

We're looking for someone with a strong background in biomedical signal processing to develop the core software that powers our wearable patch. You'll be building algorithms that interpret ECG and respiration data in real-time, extract meaningful physiological insights, and help detect stress patterns as they happen. This is a role for someone who enjoys tackling messy real-world data, optimising algorithms for performance, and working independently on complex technical problems with direct impact on people's lives.

What You'll Actually Be Building

• Signal processing algorithms that can handle motion artifacts, breathing patterns, and all the chaos of real-world physiological data.
• ECG and respiration data interpretation pipelines.
• Time-domain and frequency-domain HRV analysis (SDNN, RMSSD, LF/HF ratios, and the whole gang).
• Smart filters that know the difference between actual stress signals and someone just climbing stairs.
• Testing frameworks to validate your algorithms against clinical data and real users.
• Direct collaboration with founders—no management layers, no approval bottlenecks.

You Should Have

• BTech/MTech in Biomedical Engineering, Electronics, or related field—OR extensive hands-on experience working on biomedical signal processing projects (your practical skills and portfolio matter more than your degree).
• Solid grasp of biomedical signal processing (ECG, PPG, respiration, or similar biosignals).
• Ability to thrive in a high-paced environment with real technical challenges.
• Fluency in Python/MATLAB/C++.
• DSP fundamentals (filtering, FFT, spectral analysis).
• Willingness to adapt, learn new things, and figure out solutions to novel problems.
• Comfortable working independently.

Bonus Points If You

• Can code for mobile apps (Android/iOS) or embedded systems.
• Have experience with real-time signal processing.
• Know your way around medical device standards.
• Have dabbled in ML for biosignals.

Why This Might Be For You

• You'll architect the core algorithms, not just execute someone else's designs.
• Direct impact: your code literally helps people manage their stress in real-time.
• Small team = you'll touch everything from R&D to actual deployment.
• Remote-friendly with flexible hours and results-driven culture.
• Competitive compensation package

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