Michael Savoy

Senior Data Engineer

As a Data Engineer at ConcertAI, I serve as the technical lead in developing and maintaining robust medical imaging data pipelines. I have built automated systems to facilitate DICOM data migration from various PACS vendors into a centralized Terarecon archive, ensuring compliance with de-identification protocols. My work involves creating software solutions tailored to client needs, including dashboards for data visualization and quality assurance. Leveraging my expertise in Python, Powershell, and cloud environments like AWS, I’ve designed scalable systems to optimize the ingestion and export of imaging data. My focus on data analytics and machine learning has driven enhancements in object detection and predictive forecasting, ensuring high data quality and actionable insights for stakeholders.

Technical Specialist L2

In my role as a Technical Specialist, I provided advanced support for Philips Vue PACS across North America, focusing on resolving Tier 2 level issues and optimizing system performance. I collaborated closely with L1 engineers and development teams to address complex bugs, implement software patches, and improve system stability. My expertise in DICOM, HL7, and SQL enabled me to enhance interoperability between imaging systems while maintaining robust cloud storage configurations using VMware and AWS solutions. This position allowed me to refine my skills in data analysis and system optimization to enhance the reliability of PACS workflows in clinical settings

Informatics Engineer

At Imidex, I played a role in advancing imaging informatics by developing tools to convert non-standard image formats into medical-grade DICOM files, enhancing data interoperability across systems. My work involved building pipelines for data curation and machine learning model training, leveraging Python and Pyspark to automate large-scale dataset analysis. I utilized data visualization tools like Plotly to create insightful dashboards, which supported clinical decision-making. My proficiency in cloud services like Google Cloud Platform and Git allowed me to maintain efficient workflows, ensuring that imaging data was both accessible and secure.

Senior Systems Engineer

In my role as a System Administrator, I was responsible for optimizing the integration of Epic and ancillary systems to streamline clinical workflows. I designed scripts and software to automate repetitive administrative tasks, significantly reducing operational overhead. My experience in database management ensured the health, backup, and migration of clinical data systems. By implementing cloud-based monitoring solutions, I improved server performance and reliability. Additionally, I supported radiology informatics initiatives, enhancing DICOM workflows and optimizing imaging system efficiencies to improve patient care delivery.

Technical Lead

As a Technical Lead, I spearheaded the implementation of Montefiore's first AWS-based vascular PACS, which included integrating AD, modality devices, and cloud infrastructure. I engineered custom workflows to support mobile ultrasound data transmission from remote clinical sites, enabling Montefiore to conduct one of the largest NIH-funded cardiovascular studies. My responsibilities included designing failover architectures, automating server monitoring, and supporting imaging modalities in both cardiology and radiology departments. By leveraging my skills in data management and cloud infrastructure, I optimized clinical workflows and enhanced data accessibility, ultimately supporting high-quality patient care.

Picture Archiving and Communication System Administrator

As a PACS Administrator, I managed the radiology, cardiology, and fetal assessment informatics departments, focusing on improving workflows between clinicians, technologists, and radiologists. I led several full-scale PACS overhauls, upgrading hardware, interfaces, and software to enhance system reliability and user satisfaction. My work in optimizing NAS storage, server management, and application support significantly reduced incident tickets and downtime. I also improved the hospital’s dictation system, drastically reducing report turnaround times from two days to just four hours. This role allowed me to refine my expertise in imaging informatics and healthcare IT systems.

Radiology Technologist

Clinical role - CT, Xray, MRI.

CIty University of New York School of Professional Studies

GPA: 3.92

City University of New York College of Technology

GPA: 3.94

Johns Hopkins Schools of Medical Imaging