Senior Software Engineer – Platform Frontend Team

As a Senior Software Engineer, you ll take ownership of key components in Motilent s advanced medical imaging platform, ensuring our viewer technology remains robust, performant, and scalable. You ll collaborate closely with engineers, solution architects, and product leads to design and maintain high-quality, regulatory-compliant software that supports both clinical and research use. The role combines hands-on development with technical leadership 6 from defining architectural direction and implementing modern React-based interfaces, to mentoring other engineers and upholding engineering excellence across Motilent s imaging ecosystem.

Key Responsibilities

• Act as code owner for critical viewer components, ensuring maintainability, performance, and alignment with product goals.
• Integrate with Motilent s internal SDKs, DICOMWeb services, Keycloak authentication, and reporting/persistence APIs; guide configuration and deployment best practices across environments.
• Uphold engineering standards 6 code style and quality gates, localisation requirements, Jest unit coverage, Typedoc documentation, and CI-ready builds via Webpack/Docker.
• Provide technical leadership: mentor engineers through reviews, pairing, and architectural collaboration, while investing in practical logging, monitoring, and performance profiling.
• Take on line-management duties as the team grows: support onboarding, run structured 1:1s and performance reviews, set and review individual objectives and KPIs with the Solution Architect, and work with HR on wellbeing, disciplinary, and offboarding processes.
• Collaborate on roadmap planning, decompose work into deliverable increments, and communicate trade-offs to stakeholders.
• Help shape the architectural direction for the viewer and shared libraries, selecting patterns, interfaces, and technical investments that meet performance, scalability, and regulatory needs.
• Contribute to shared frontend libraries covering GPU rendering, measurement workflows, geometry utilities, algorithm implementations, and localisation resources to ensure platform-wide consistency.
• Work with stakeholders to define, review, and execute necessary and sufficient verification protocols based on deep understanding of the product and its intended use.
• Operate within the QMS, contributing to process reviews, keeping technical documentation current, and maintaining the training and competency records required for regulated work.

Required Skills

• Bachelor s degree (or equivalent) in Computer Science, Engineering, or a related technical discipline, and 3+ years of experience as a software engineer within a commercial environment.
• Production experience with React 18 and TypeScript, including strongly typed hooks, component composition, and modular architecture.
• WebGL or Canvas-based rendering expertise for interactive medical or imaging UIs (LOD layers, measurement overlays, viewport coordination).
• Deep knowledge of DICOM/DICOMWeb workflows, imaging metadata, multi-series coordination, and medical data privacy considerations.
• Tooling fluency: Webpack 5, npm scripts, Dockerised deployments, Jest testing, ESLint/Prettier automation, and scalable state management patterns.
• Secure OAuth/OpenID (Keycloak) implementations, robust API integration, resilient error handling, and localisation pipelines.
• Strong grasp of numerical methods, vector/matrix maths, 3D transformations, and geometry.
• Comfortable working within regulated software development practices, including documentation, automated testing, and traceability expectations aligned with medical device standards.

Nice to Have

• Background in medical imaging analysis, clinical research tooling, or reporting pipelines.
• Performance tuning for WebGL renderers, worker-based computations, or large data streaming in browsers.
• Contribution to design systems, accessibility audits, and automated localisation workflows.
• Fluency in adjacent languages used across Motilent products (e.g. Python 3, modern C++, Java, Terraform) for pipeline or tooling integration.
• Experience applying advanced mathematics, geometry, optimisation, or algorithm design to imaging problems.
• Experience with cloud infrastructure solutions such as AWS, Microsoft Azure, and Google Cloud.
• Comfortable learning and extending proprietary libraries covering WebGL rendering, measurements, deformation, localisation, and related imaging toolkits.