Build things that matter.
We are looking for engineers, researchers, and builders who are energized by difficult physical constraints, real-time telemetry, and high-impact biomedical challenges.
How We Build at Avyantrix
Our core operational standards for anyone designing circuits, writing firmware, or architecting systems.
First-Principles Thinking
We do not blindly copy standard patterns. We derive engineering constraints from physical realities, sensor dynamics, and patient safety requirements.
Speed with Engineering Rigor
We iterate with the velocity of a championship hackathon team, but maintain the disciplined validation standards required for medical IoT.
Deep Multi-Disciplinary Exposure
You will not be confined to a narrow silo. Firmware engineers understand biomedical physiology; software developers learn microcontroller interrupts.
Direct Ownership & Impact
Every team member works directly on systems that touch real hardware and real human health telemetry. Your code and circuits ship to physical devices.
Current Areas of Opportunity
Embedded Firmware & Systems Engineer
Architect and optimize ultra-low-power firmware for BLE-connected biomedical and environmental sensing hardware with real-time DSP filters.
- Write deterministic C/C++ firmware for ARM Cortex-M and Nordic/Espressif SoC architectures.
- Implement digital signal processing pipelines for multi-sensor physiological and environmental streams.
- Design low-power sleep modes, DMA transfers, and robust over-the-air (OTA) firmware upgrade protocols.
- Collaborate with hardware designers on PCB bring-up, oscilloscopes, logic analyzers, and EMC validation.
- Strong proficiency in C/C++, RTOS (FreeRTOS or Zephyr), and embedded debugging tools.
- Hands-on experience with I2C, SPI, UART, BLE 5.x, and ADC conversion interfaces.
- Familiarity with low-power hardware design constraints and battery management ICs.
TinyML & Time-Series Machine Learning Engineer
Design, quantize, and benchmark edge neural network models and anomaly detection pipelines for real-time physiological signal analysis.
- Develop lightweight models for physiological waveform classification, baseline drift estimation, and signal quality indexing.
- Quantize and optimize deep learning architectures for execution on microcontrollers via TensorFlow Lite for Microcontrollers / Edge Impulse.
- Build synthetic validation pipelines and benchmark models against clinical open-access datasets.
- Demonstrated experience with Python, PyTorch/TensorFlow, and signal processing libraries (SciPy, NumPy).
- Understanding of INT8/INT4 model quantization, pruning, and embedded memory constraints.
- Background in biological signals (PPG, ECG, spirometry waveforms) or environmental time-series data.
Full-Stack & Cloud Systems Architect
Build end-to-end encrypted telemetry ingestion pipelines, clinician web dashboards, and high-performance mobile APIs.
- Develop resilient distributed ingestion backends capable of parsing high-frequency sensor streams.
- Build reactive, accessible clinician portals and patient analytics dashboards using Next.js and TypeScript.
- Enforce zero-trust security architectures, HIPAA/GDPR-compliant encryption at rest and in transit.
- Proven expertise in Next.js, TypeScript, Node.js/Go, and modern PostgreSQL/time-series databases.
- Experience building authenticated, real-time WebSocket/gRPC and REST microservices.
- Knowledge of cloud infrastructure (AWS/GCP), Docker, and infrastructure-as-code.
Biomedical Engineering & Clinical Validation Fellow
Lead laboratory validation protocols, calibration test benches, and literature alignment for pulmonary diagnostic parameters.
- Design test rigs and calibration benches for spirometric flow rate validation and gas sensor response verification.
- Synthesize peer-reviewed respiratory health guidelines (ATS/ERS standards) and translate them into engineering tolerances.
- Prepare technical documentation, validation reports, and ethical review compliance frameworks.
- Degree or active studies in Biomedical Engineering, Biotechnology, Pulmonology, or related discipline.
- Hands-on experience with physiological transducers, laboratory calibration rigs, and statistical validation.
Product & Human-Centred Systems Designer
Design intuitive, high-legibility interfaces and physical ergonomics for patients and clinicians navigating complex medical telemetry.
- Design mobile and web UX for stress-free patient data comprehension and high-density clinician dashboards.
- Collaborate with industrial designers on ergonomics, physical button interactions, and enclosure usability.
- Maintain and expand the Avyantrix enterprise design system with strict accessibility standards.
- Strong portfolio showcasing deep-tech, healthcare, or complex system interface design.
- Deep mastery of Figma, design systems, micro-interactions, and accessibility (WCAG 2.1 AA).
Research & Academic Collaborator
Co-author research publications, participate in joint laboratory experiments, and investigate novel sensing technologies.
- Collaborate on joint technical papers, grant proposals, and translational engineering projects.
- Bridge university research groups with Avyantrix venture development infrastructure.
- Affiliation with an academic institution, research laboratory, or independent research collective.
Do not see an exact match for your specialty?
We frequently create bespoke roles and fellowships for exceptional builders, student researchers, and technical specialists who demonstrate extraordinary capability.