JOB SUMMARY:

The Clinical Analysis Engineer I performs proprietary software configuration and quality control operations to ensure high quality image analysis data in support of clinical trials and research. The Clinical Analysis Engineer I is thoroughly familiar with medical imaging, radiographic assessments, and a wide variety of medical treatments and devices.

DUTIES AND RESPONSIBILITIES:

• Work extensively with medical imaging (e.g., X-ray, CT, MRI, angiography, ultrasound, etc.)
• Rapidly become intimately acquainted with design and functionality of proprietary software
• Create and manage proprietary software configurations for clinical trial databases
• Perform regulatory software verification activities related to project-specific configurations
• Generate protocol-specific materials to support training of analysts and physician readers
• Organize images and related data for scientific publications and presentations
• Conduct QC of quantitative and qualitative results by visual inspection of medical images
• Generate and approve customer deliverables
• Respond to technical inquiries made by internal team members and consultants
• Assist with preparing technical content for consulting services and client follow-up
• Support MMI’s strategic objectives for growth and penetration of new therapeutic areas
• Understand MMI’s Quality Policy and support the achievement of the organization’s quality objectives
• Comply with MMI’s policies and procedures, as well as ISO 9001:2015 and Good Clinical Practices (GCP) relative to job tasks
• Ensures compliance with HR policies and procedures

EDUCATION AND EXPERIENCE:

• BS in engineering, life sciences, or related discipline; MS preferred
• Research or industry experience in a technical role; experience with medical imaging and clinical applications strongly preferred.

SKILLS REQUIRED:

• Ability to rapidly acquire and apply new technical and scientific knowledge
• Strong technical writing and presentation skills
• Exceptional attention to detail, quality, and completeness
• Excellent interpersonal communications
• Effective project management and organizational strategies
• Ability to manage multiple ongoing projects/tasks under tight timelines
• Highly self-motivated and committed to exceeding planned objectives
• Strong knowledge and practical experience with medical image processing and visualization
• Familiarity with human anatomy and physiology