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Remote 3D Post Processing Radiology Jobs in Silver Spring, MD

You always strive to expand your knowledge and improve work processes to increase quality and ... Inventor 3D, AutoCAD, Civil 3D, Bluebeam, and MicroStation What we would like you to have ...

Process documents after real estate settlement completed (95-100%) * Title policy preparation ... This position is Remote, must be based in Virginia or Maryland. Wage: $24.04 - $31.25 hourly ...

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Remote 3D Post Processing Radiology information

See Silver Spring, MD salary details

$805

$2.2K

$3.3K

How much do remote 3d post processing radiology jobs pay per week?

As of Jun 9, 2026, the average weekly pay for remote 3d post processing radiology in Silver Spring, MD is $2,192.50, according to ZipRecruiter salary data. Most workers in this role earn between $1,659.62 and $2,684.62 per week, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a Remote 3D Post Processing Radiology Specialist, and why are they important?

To thrive as a Remote 3D Post Processing Radiology Specialist, you need a solid background in radiologic technology or medical imaging, usually with ARRT certification and experience in advanced imaging modalities. Proficiency with specialized 3D post-processing software like Vitrea, TeraRecon, or GE AW, and familiarity with PACS systems are essential. Attention to detail, strong analytical thinking, and effective virtual communication skills help ensure accurate interpretations and collaboration with offsite medical teams. These skills and qualifications are crucial for producing high-quality 3D images that aid in precise diagnoses and patient care, even in a remote setting.

What is a Remote 3D Post Processing Radiology specialist?

A Remote 3D Post Processing Radiology specialist is a medical imaging professional who utilizes advanced software to create 3D models and reconstructions from radiological scans such as CT and MRI, working remotely rather than on-site at a hospital or clinic. Their work supports radiologists and physicians by providing detailed visualizations that aid in diagnosis, surgical planning, and treatment monitoring. They often collaborate with other medical professionals and must be proficient in using specialized imaging software. Remote work allows them to serve multiple healthcare facilities while maintaining high-quality standards and patient confidentiality.

How do remote 3D post processing radiology professionals typically collaborate with on-site radiologists and referring physicians?

Remote 3D post processing radiology professionals often work closely with on-site radiologists and referring physicians through secure digital platforms. Communication is key—they discuss imaging requests, clarify clinical questions, and review processed images and reconstructions via virtual meetings or messaging systems. Clear documentation and timely response to feedback are essential, ensuring that final 3D images meet diagnostic needs. This collaborative workflow helps maintain high-quality patient care, even though the team may be geographically dispersed.

What is the difference between Remote 3D Post Processing Radiology vs Remote MRI Post Processing Radiology?

AspectRemote 3D Post Processing RadiologyRemote MRI Post Processing Radiology
CredentialsCertification in radiologic technology, 3D imaging software proficiencyCertification in radiologic technology, MRI-specific processing skills
Work EnvironmentRemote, computer-based, using 3D imaging toolsRemote, computer-based, focusing on MRI data analysis
Industry UsageMedical imaging centers, radiology departmentsHospitals, diagnostic imaging clinics
Common Search/ComparisonYesYes

Remote 3D Post Processing Radiology involves creating detailed 3D images from various scans, while Remote MRI Post Processing Radiology specializes in analyzing MRI data. Both roles require radiologic technology certifications and involve remote work environments. The main difference lies in the imaging modality focus: 3D imaging versus MRI-specific processing.

What are the most commonly searched types of 3D Post Processing Radiology jobs in Silver Spring, MD? The most popular types of 3D Post Processing Radiology jobs in Silver Spring, MD are:
What are popular job titles related to Remote 3D Post Processing Radiology jobs in Silver Spring, MD? For Remote 3D Post Processing Radiology jobs in Silver Spring, MD, the most frequently searched job titles are:
What job categories do people searching Remote 3D Post Processing Radiology jobs in Silver Spring, MD look for? The top searched job categories for Remote 3D Post Processing Radiology jobs in Silver Spring, MD are:
What cities near Silver Spring, MD are hiring for Remote 3D Post Processing Radiology jobs? Cities near Silver Spring, MD with the most Remote 3D Post Processing Radiology job openings:
Infographic showing various Remote 3D Post Processing Radiology job openings in Silver Spring, MD as of May 2026, with employment types broken down into 79% Full Time, 14% Part Time, and 7% Contract. Highlights an 100% Remote job distribution, with an average salary of $114,010 per year, or $54.8 per hour.
Junior Video Editor (Post-Prod - Lightworks) - Remote

Junior Video Editor (Post-Prod - Lightworks) - Remote

micro1 AI

Baltimore, MD • Remote

$50 - $100/hr

Part-time

This job post has expired today. Applications are no longer accepted.


Job description

Job Title: Junior Post-Production Expert - Lightworks


Job Type: Contractor


Location: Remote


Job Summary: In this role, you'll apply your expertise to help train next-generation AI systems. Your work will shape how models learn, reason, and perform through high-quality, real-world input. No prior experience in AI is required — your domain knowledge is what matters.


Key Responsibilities:

  1. Review non-linear editing (NLE) workflows and validate AI-driven instructions for advanced trimming, console-based editing, and efficient bin management in Lightworks.
  2. Audit post-production processes, focusing on specialized features such as the Shark console, multi-cam functionalities, and VFX routing within the Lightworks environment.
  3. Evaluate AI recommendations for media format and codec compliance, ensuring seamless delivery for AVID/ProTools interchange and XML/EDL exports.
  4. Assess AI-generated user interface (UI) instructions, particularly regarding the fixed versus flexible layout options unique to Lightworks.
  5. Identify and troubleshoot complex project-sharing and metadata issues, providing feedback to improve AI system understanding.
  6. Ensure AI accurately describes workflows involving proxy media, local and linked files, and advanced media management.
  7. Verify the correct implementation of node-based effects and LUT adjustments within Lightworks projects.


Required Skills and Qualifications:

  1. Demonstrated expertise in Lightworks, with an emphasis on rapid, keyboard-driven editing.
  2. Extensive experience in video production, editing, and composition within a professional or high-volume environment.
  3. Deep understanding of link-based versus local media workflows and proxy management in Lightworks.
  4. Strong proficiency with advanced VFX, color grading, and node-based effect implementation.
  5. Ability to resolve complex technical issues, including metadata errors and collaborative project challenges.
  6. Familiarity with industry-standard delivery formats, interchange protocols, and workflow optimization.
  7. Attention to detail and a commitment to delivering high-quality post-production results.


Preferred Qualifications:

  1. Prior experience as a junior film editor, post-production specialist, or video producer with extensive Lightworks usage.
  2. Hands-on knowledge of multi-cam editing and advanced console operations (Shark console) in Lightworks.
  3. Background working with AI tools or evaluation processes within media production is a plus.



Looking for motivated individuals eager to help shape the future of AI-assisted post-production as part of our customer's team. Your Lightworks expertise will have a direct impact on the next generation of video editing technology.