P

Perceptive

Imaging core labs and eClinical solutions

Senior Software Engineer, Medical Imaging

Backend EngineeringConfirmed live in the last 24 hours
Full-timeHyderabad, Telangana, IndiaIn-person

About the Job

Requirements

  • Substantial post-qualification software development experience and a strong track record delivering solutions in medical imaging or healthcare technology.
  • Experience developing cloud-native applications and Software as a Service components.
  • Experience integrating artificial intelligence and machine-learning systems in production environments, preferably in medical imaging.
  • Experience with regulated software development processes, including FDA, GxP, and ISO 13485.
  • Background in medical imaging file formats, processing libraries, and viewer integrations.
  • Experience with clinical trial management systems or electronic data capture platforms.
  • Expertise in cloud platforms, including serverless and scalable architectures, modern cloud-native services, and integration with artificial intelligence and machine-learning services.
  • Proficiency in developing RESTful APIs, GraphQL, and real-time communication protocols.
  • Experience with medical imaging standards, including DICOM and HL7 FHIR, and DICOM processing libraries such as pydicom, DCMTK, and GDCM.
  • Experience implementing the DICOM standard, including DICOM parsing libraries and tag manipulation.
  • Exposure to artificial intelligence and machine-learning solutions within imaging platforms and MLOps practices.
  • Experience designing databases for relational and NoSQL systems.
  • Experience with medical image viewer technologies and PACS integration.
  • Experience working in regulated environments.
  • Experience with DICOM image-processing workflows, anonymization techniques, and metadata preservation.
  • Experience with medical image viewer technologies, PACS integration, and DICOM routing workflows.
  • Proficiency in Java and J2EE.
  • Knowledge of containerization and serverless architectures.
  • Knowledge of message queuing systems for high-throughput medical data processing.
  • Knowledge of DICOM networking protocols, including C-STORE, C-FIND, and C-MOVE, and DICOMweb services.
  • Knowledge of security frameworks, encryption, and identity management solutions.
  • Understanding of medical imaging modalities, including CT, MRI, X-ray, PET, and ultrasound, and clinical workflows.
  • Knowledge of clinical trial processes, regulatory requirements, and quality management systems.
  • Familiarity with artificial intelligence applications in medical imaging, including computer-aided diagnosis and image segmentation.
  • Understanding of DICOM standard implementation, including DICOM conformance statements and IHE integration profiles.
  • Understanding of medical imaging modalities and their specific DICOM implementations.
  • Familiarity with artificial intelligence applications in medical imaging using DICOM datasets.
  • Ability to communicate technical concepts to clinical and business stakeholders.
  • Ability to balance technical requirements with business objectives.

Responsibilities

  • Implement scalable, multi-tenant Software as a Service components using cloud-native services.
  • Design and develop microservices for medical imaging data processing and artificial intelligence workloads.
  • Implement auto-scaling and load-balancing features for medical imaging datasets.
  • Develop API endpoints and service integrations with clinical trial systems.
  • Support platform scalability for concurrent clinical trials and imaging workflows.
  • Implement artificial intelligence and machine-learning model integrations for medical image analysis, including generative artificial intelligence, computer vision, and deep-learning algorithms.
  • Develop systems for real-time and batch processing of medical imaging data, including DICOM and NIfTI.
  • Implement DICOM-compliant data-processing pipelines.
  • Develop efficient DICOM image-preprocessing workflows for artificial intelligence model preparation.
  • Support artificial intelligence model deployment and monitoring in production environments.
  • Develop integration components for third-party medical imaging viewers, such as OHIF, Cornerstone.js, or proprietary systems.
  • Implement APIs and software development kit components for clinical trial management system integration.
  • Develop collaboration features for multi-site clinical trials.
  • Create visualization components for artificial intelligence-generated insights and annotations.
  • Ensure responsive design implementation for various devices and browsers.
  • Implement security features compliant with FDA 21 CFR Part 11, GxP, and medical device regulations.
  • Develop audit trails, electronic signatures, and data-integrity controls.
  • Implement encryption, role-based access control, and authentication features.
  • Support disaster recovery and backup solutions for clinical trial data.
  • Implement high-performance database solutions for DICOM metadata storage and retrieval and artificial intelligence model outputs.
  • Develop solutions for the storage, analysis, access, and movement of large-scale medical imaging datasets.
  • Implement data-processing pipelines for large-scale DICOM datasets.
  • Develop real-time data-streaming components for live DICOM image analysis.
  • Implement data-governance features that ensure data quality and privacy protection.
  • Implement monitoring and observability components for Software as a Service platform performance.
  • Optimize system performance for medical imaging file processing and transfer.
  • Implement caching strategies and content delivery network integration for global access.
  • Develop automated alerting and performance-monitoring features.
  • Support service-level agreement compliance and platform reliability initiatives.
  • Contribute to technology-stack decisions for medical imaging and artificial intelligence workloads.
  • Support adoption of emerging technologies in medical imaging and artificial intelligence and machine learning.
  • Participate in code reviews and maintain development best practices.
  • Support coding standards, development processes, and quality assurance.
  • Collaborate in technical architecture reviews and system-design decisions.
  • Monitor the market for information on emerging technologies.
  • Share knowledge and insights with others.
  • Carry out other reasonable duties as requested.

About the Company

Perceptive

Imaging core labs and eClinical solutions

Generate a clear, concise company summary for Perceptive based on the provided description.

Company size
1,001-5,000
Company stage
Late Stage VC
Total funding
$15M
Headquarters
New Haven, CT
Founded
2000

Recently Posted Jobs

Explore more opportunities at Perceptive

See more jobs