Imaging is the application of digital imagery, powerful equipment and technology to capture, analyze, manipulate and display images for a variety of purposes. Imaging engineers are specialists in the use of imaging to solve problems in various fields, including science, healthcare and industry. An Imaging engineer uses imaging technology to capture photos and create models that can be used for diagnostics, evaluation and machining processes.

As an Imaging Engineer, you can use your technical skills to solve complex problems through the synthesis of real-world data with sophisticated software systems. In the healthcare field they can create detailed 3D visualisations of the human body which can be used to diagnose diseases and injuries. In the industry space they can use imaging to improve the productivity of machinery such as 3D printing equipment, optical navigation modules and accelerometers.

Here’s some projects our expert Imaging Engineer made real:

  • Developed software for processing medical images for better analysis
  • Utilised motion graphics and web design for creating custom visuals
  • Created a program for scanning photos to allow multi-photo imports
  • Used computer vision & deep learning algorithms for automated image segmentation & classification
  • Automated text input into images from an Excel file
  • Developed software for finely tuning product images for high quality visuals

Imaging technology is constantly evolving and its applications are endless. Whether it's healthcare, industry or even data science, the power of imaging engineering can be harnessed to bring innovative solutions and redefine outcomes. With so many possibilities available through Freelancer.com, clients are encouraged to post their projects and hire an Imaging Engineer today. We are confident that with their technical expertise, our Imaging Engineers will help you achieve your desired results.

26,548 건의 리뷰 기록에서, 저희 프리랜서( Imaging Engineers )에 대한 거래선 측의 평가는 별점 5점 만점에 4.9점입니다.
Imaging Engineers 분야 채용

Imaging is the application of digital imagery, powerful equipment and technology to capture, analyze, manipulate and display images for a variety of purposes. Imaging engineers are specialists in the use of imaging to solve problems in various fields, including science, healthcare and industry. An Imaging engineer uses imaging technology to capture photos and create models that can be used for diagnostics, evaluation and machining processes.

As an Imaging Engineer, you can use your technical skills to solve complex problems through the synthesis of real-world data with sophisticated software systems. In the healthcare field they can create detailed 3D visualisations of the human body which can be used to diagnose diseases and injuries. In the industry space they can use imaging to improve the productivity of machinery such as 3D printing equipment, optical navigation modules and accelerometers.

Here’s some projects our expert Imaging Engineer made real:

  • Developed software for processing medical images for better analysis
  • Utilised motion graphics and web design for creating custom visuals
  • Created a program for scanning photos to allow multi-photo imports
  • Used computer vision & deep learning algorithms for automated image segmentation & classification
  • Automated text input into images from an Excel file
  • Developed software for finely tuning product images for high quality visuals

Imaging technology is constantly evolving and its applications are endless. Whether it's healthcare, industry or even data science, the power of imaging engineering can be harnessed to bring innovative solutions and redefine outcomes. With so many possibilities available through Freelancer.com, clients are encouraged to post their projects and hire an Imaging Engineer today. We are confident that with their technical expertise, our Imaging Engineers will help you achieve your desired results.

26,548 건의 리뷰 기록에서, 저희 프리랜서( Imaging Engineers )에 대한 거래선 측의 평가는 별점 5점 만점에 4.9점입니다.
Imaging Engineers 분야 채용

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    I have a full-arch CBCT study exported from CS 3D Imaging Light as DICOM slices. Your task is to open the stack in CS 3D Imaging Light or 3D Slicer, isolate only the mandibular anatomy, and hand back the new DICOM and STL. The software CS 3D Imaging Light is licensed, but the 3D Slicer software is free. Scope • Segment the entire mandible slices — no maxillary slices data should remain. • Choose high resolution so the before the file converted to STL and print-ready for a physical model. Deliverable • One high-quality STL of the segmentation of the mandible, oriented in precise anatomical position and cleared of artefacts or stray voxels. A team working with 3D printer for teeth will import it into the 3D printer; if it loads without errors and the cortical...

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