The engineer will be responsible for researching, prototyping and
developing 3D visualization software. You will work with Neuroimaging
engineers to show slices and fibers of the brain with augmented
information. Additionally, you will develop clinical applications such
as pre-surgical planning for Neurosurgeons.
The challenge is to implement sophisticated rendering features with
high quality for medical applications. You must be creative and strive
to impress users with state-of-the-art visualization techniques that are
simply delivered. At the same time, you should be proficient in testing
to make sure the product works well in clinical use.
DESIRED SKILLS AND EXPERIENCE
3+ years of experience in 3D programming or Scientific data visualization
Expert of Unity or other 3D graphics engine
Experience in 3D modeling and rendering
Strong coding skills in C++
Solid portfolio demonstrating modern design-savviness
Healthcare industry experience is a plus
Working knowledge of Test tools
Desire to work within an Agile/Scrum framework
Bachelor’s or advanced degree in Computer science, Physics, Biomedical engineering, or related field
What We're Building
We offer a cloud-based platform with data management, advanced
analysis, 3D visualization, and sharing - collaboration - capabilities
for all neuroimages and related data.
Mint Labs platform employs advanced analytics tools to integrate
thousands of images and derived data from patients and characterizes
patients based on 1) neurological assessments ; 2) MRI data and 3)
biospecimen data. We help researchers and doctors to aggregate all data
and seamlessly analyze millions of imaging records with automatic
de-identification and standardization, all in one place. Furthermore, it
allows for easy Quality Control (QC) features at all levels to keep the
data integrity and the reproducibility of results.
The platform can support various aspects of the neuroimaging R&D
workflow and collaboration by bringing data and algorithms together in a
PHI privacy compliant environment; accelerating the discovery and
development of new therapies for neurological diseases.
