Senior Software Engineer
Pearl HealthFull Time
Senior (5 to 8 years)
Key technologies and capabilities for this role
Common questions about this position
The position is on-site in Omaha, NE plus customer sites CONUS, with periodic work inside IL5/IL6 enclaves.
Must-have skills include 5+ years building real-time systems with Java 17+/Spring Boot and Node.js/TypeScript plus React for UIs, OGC/Geo standards like WMS/WFS/WMTS and CesiumJS or Mapbox GL, TAK/CoT ecosystem experience, streaming/messaging with Kafka and schema management, Gov environments with RMF/ATO, security hardening like DISA STIG and PKI, observability tools, and multi-tenant multi-domain EA.
An active TS/SCI clearance (or TS with SCI eligibility) is required, with CI poly preferred.
This information is not specified in the job description.
A strong candidate has 5+ years of must-have experience in real-time systems with specified tech stacks, government environments, security hardening, and observability, plus nice-to-haves like C2/JADC2 touchpoints or Cross Domain Solutions.
AI platform for patient monitoring and insights
AiCure enhances patient care and clinical research through its AI-powered platform, IMA (Interactive Medical Assistant). This platform monitors patient responses to treatments using visual and audio data, providing healthcare providers and researchers with insights into treatment effectiveness. AiCure primarily serves pharmaceutical companies, healthcare providers, and clinical researchers, helping them ensure patient adherence to treatments, improve retention in clinical trials, and detect any deceptive behaviors that could affect research outcomes. The platform also identifies digital biomarkers to predict clinical progress more accurately. Unlike its competitors, AiCure focuses on delivering real-time, reliable patient data, which is crucial for optimizing treatment and reducing risks in clinical research. The company's goal is to improve the quality of patient care and unlock the potential for new therapies by tailoring treatments to individual patient responses.