United Therapeutics Mathematician, Human Organ Design in Manchester, New Hampshire
The Job Details are as follows:
This role will develop the algorithms that will enable 3D bioprinting of human organs. The Organ Manufacturing program seeks to expand its team with a mathematician with the ability to develop generative models of 3D human organ structure to enable organ bioprinting.
This position requires the ability to adapt existing algorithms or to invent new ones that can generate 3D human organ structures that adhere to known rules governing physiological structure and function. This work will support the development of methods to produce 3D printed organ scaffolds that will be cellularized and transplanted into humans. This position also has the possibility of building a team to architect all human tissues, thus transforming the field of 3D bioprinting.
Key Responsibilities & Accountabilities
Lead development efforts for generative modeling of human organs
Lead internal and external development efforts with collaborators
Establish and maintain a deep understanding of current and emerging algorithms in generative modeling, procedural generation, 3D bioprinter data formats and automated image processing
Oversee the use of algorithms to generate Human Organ Blueprints
Analyze and present data from 3D printer runs that evaluate novel algorithm performance
Work closely with the Organ Manufacturing mechanical engineering team to integrate hardware and algorithm development
Work closely with the Organ Manufacturing biomaterials team to ensure bioink development is integrated with algorithm development
Analyze data and present results
Work independently and meet milestones
Work with software engineering team on implementation of algorithms
- BS, MS, or PhD in Mathematics, Computer Science, Electrical Engineering, Computer Graphics, or related field
Other Preferred Knowledge, Skills & Abilities
Experience in the development of algorithms, methods, or procedures for the generation of 3D structure data sets
3-5 years of experience in mathematics, computer science, or computer-aided graphic design
3 years of experience managing algorithm development projects
Experience with generative systems, L-Systems, and related fields
Experience in overseeing sponsored collaborations is desired
Experience in writing scripts to handle large 3D printer data sets
3D design experience in MatLab, Mathematica, COMSOL, or CAD is desirable; including FreeForm, Magics, Solidworks, Rhino, Z-Brush, or 3DS Max
Experience with 3D bioprinting software design preferred
Experience with Houdini, Matlab, Mathematica, Python, L-System rendering packages, 3D printing object rendering software, AutoCAD, FreeForm, Magics, Solidworks, Rhino, Z-Brush, and/or 3DS Max is a plus
United Therapeutics Corporation is an Equal Opportunity/Affirmative Action Employer - EOE Minorities / Females / Protected Veterans / Individuals with Disabilities
United Therapeutics Corporation is a biotechnology company focused on the development and commercialization of unique products to address the unmet medical needs of patients with chronic and life-threatening conditions. We currently have five approved products on the market, and a long-term mission of providing an unlimited supply of transplantable organs for those who need them! Our employees can be found collaborating across the United States, Europe and Asia. As a group, we are relentless in our pursuit of “medicines for life” and continue to research and develop treatments for cardiovascular and pulmonary diseases, pediatric cancers, and other orphan diseases.
We challenge our employees with innovative and revolutionary projects, offer an environment which fosters high level job performance, and provide state of the art facilities in which to flourish. This is what makes United Therapeutics a stimulating place to work. We strive to be an organization that engages the minds, hearts, and most spirited efforts of each of our employees. Our sense of purpose transforms what we do from work into mission, occupation into vocation, and achievement into success.