Remote Medical Image Analysis Jobs in Tennessee (NOW HIRING)

Experity offers the following:

• Benefits - Comprehensive coverage starts first day of employment and includes Medical, Dental/Orthodontia, and Vision.

• Ownership - All Team Members are eligible for synthetic ownership in Experity upon one year of employment with real financial rewards when the company is successful!

• Employee Assistance Program - This robust program includes counseling, legal resolution, financial education, pet adoption assistance, identity theft and fraud resolution, and so much more.

• Flexibility- Experity is committed to helping team members face the demands of juggling work, family and life-related issues by offering flexible work scheduling to manage your work-life balance.

• Paid Time Off (PTO) - Experity offers a generous PTO plan and increases with milestones to ensure our Team Members have time to recharge, relax, and spend time with loved ones.

• Career Development- Experity maintains a learning program foundation for the company that allows Team Members to explore their potential and achieve their career goals.

• Team Building -We bring our Team Members together when we can to strengthen the team, build relationships, and have fun! We even have a family company picnic and a holiday party.

• Total Compensation - Competitive pay, quarterly bonuses and a 401(k) retirement plan with an employer match to help you save for your future and ensure that you can retire with financial security.

Compensation:Budgeted between $107,750 and $120,000 dependent upon applicable experience.

Remote:Experity offers Team Members the opportunity to work remotely or in an office.

Experity is seeking a Senior Software Engineer to help design, build, modernize, and support the OnePACS medical imaging platform. This role will have a primary focus on our C# desktop medical image viewer while also contributing across Java services, PostgreSQL, React applications, REST APIs, and AWS-hosted infrastructure. This is a hands-on engineering role for someone who brings strong technical judgment, takes ownership of meaningful product areas, and consistently improves the quality, reliability, maintainability, and supportability of the platform. The Senior Software Engineer will work closely with the Staff Engineer, Product, QA, DevOps, Support, and other engineering partners. Success is measured not only by completed work, but by whether the codebase, platform, and engineering practice are stronger because of the engineer's contribution.

Responsibilities:

• Design, develop, maintain, and modernize desktop and web applications used in medical imaging workflows.

• Serve as a primary contributor to the C# desktop viewer while contributing across supporting Java services, PostgreSQL, React applications, REST APIs, and AWS infrastructure.

• Deliver complete solutions from technical design through implementation, automated testing, release, production validation, and ongoing support.

• Write clean, secure, efficient, testable, and maintainable code using sound engineering practices.

• Partner with the Staff Engineer on architecture, modernization, technical standards, and complex design decisions.

• Diagnose and resolve complex issues across application code, APIs, logs, data, cloud services, configuration, and customer workflows.

• Improve observability, diagnostics, automated testing, documentation, and runbooks to make the platform easier to operate and support.

• Identify and address technical debt, recurring defects, performance concerns, and reliability risks.

• Use AI coding assistants responsibly and effectively for implementation, debugging, refactoring, testing, documentation, and legacy code analysis.

• Participate in code reviews, technical design discussions, mentoring, pairing, and knowledge sharing.

• Collaborate with Product, QA, DevOps, Support, and other stakeholders to clarify requirements and deliver practical technical solutions.

• Work within Agile and Scrum practices while maintaining accountability for quality, predictability, and continuous improvement.

• Consistently leave the codebase, platform, documentation, and team practices better than they were before.

• Other duties as assigned.

Education:

• Bachelor's degree in Computer Science, Software Engineering, or related field of equivalent combination of education and experience.

• Six or more years of professional software engineering experience.

• Strong hands-on experience developing and supporting production applications using C# and .NET.

• Experience building and maintaining Windows desktop applications.

• Experience working with Java services, Spring Boot or comparable frameworks, and REST APIs.

• Experience developing modern web applications using TypeScript, JavaScript, React, or comparable frameworks.

• Strong SQL skills and practical experience working with PostgreSQL, including data investigation, query analysis, indexing, and application performance troubleshooting.

• Hands-on experience working in AWS-hosted environments, including cloud configuration, deployment, observability, security, and production diagnostics.

• Experience with distributed systems, object-oriented design, software design patterns, automated testing, and maintainable coding standards.

• Experience troubleshooting production systems across application code, logs, data, infrastructure, configuration, and integrations.

• Hands-on experience using AI coding assistants such as Claude Code, GitHub Copilot, OpenAI Codex, Kiro, Cline, or comparable tools.

• Mature judgment regarding the value, limitations, security, quality, and responsible use of AI-assisted software development.

• Experience with code reviews, source control, CI/CD pipelines, established release processes, and Agile or Scrum delivery.

• Ability to communicate technical risks, tradeoffs, and recommendations clearly to technical and non-technical stakeholders.

• Experience mentoring engineers and influencing technical decisions without relying on formal authority.

Experience with several of the following is strongly preferred:

• Medical imaging, PACS, radiology, teleradiology, diagnostic imaging, or healthcare interoperability platforms

• DICOM, HL7, medical image routing, storage, retrieval, viewing, or related clinical workflows

• Viewer technologies or frameworks such as ClearCanvas, Cornerstone, OHIF, or comparable imaging solutions

• FDA-regulated software, Software as a Medical Device, healthcare compliance, HIPAA, PHI-sensitive environments, or other regulated software domains

• High-volume, customer-facing platforms requiring strong reliability, performance, security, and operational discipline

Experience with several of the following is preferred:

• C#, .NET, WPF, or Windows Forms

• Java, Spring Boot, Hibernate, or JPA

• TypeScript, JavaScript, and React

• PostgreSQL and relational database performance

• REST APIs and distributed application patterns

• AWS services, Docker, ECS, Kubernetes, Terraform, or comparable cloud and platform tooling

• CI/CD pipelines, observability, logging, metrics, alerting, and production diagnostics

• Performance profiling, multithreading, concurrency, memory management, or high-volume data processing

• Secure software development and production support in regulated environments

The Senior Software Engineer will be expected to:

• Lead through technical credibility, sound judgment, and consistent execution.

• Remain hands-on and close to implementation details.

• Take ownership of meaningful product and platform areas.

• Raise risks early and recommend pragmatic solutions.

• Improve systems instead of repeatedly working around deficiencies.

• Partner effectively with the Staff Engineer while independently owning day-to-day technical execution.

• Mentor engineers and strengthen the technical capability of the team.

• Improve quality, documentation, diagnostics, testing, and repeatability.

• Build shared ownership and reduce dependency on individual knowledge.

• Contribute to a culture of engineering excellence and continuous improvement.

The strongest candidates may come from backgrounds such as:

• Medical imaging, PACS, radiology, healthcare interoperability, or diagnostic software

• Complex Windows desktop application development

• Legacy .NET or Java platform modernization

• AWS-hosted, high-volume, customer-facing SaaS platforms

• PostgreSQL-intensive applications

• FDA-regulated healthcare technology or other regulated software environments

• Engineering teams with mature use of AI-assisted software development

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