These non-permanent positions have been designed for a faculty member from a KCNSC-supported MSIPP, MCA, or consortium university or college to spend 10-12 weeks of summer at KCNSC to expand their research efforts and understanding of the KC campus activities.
The faculty member will work as part of a larger team of Scientists and Engineers to achieve the scope of work on one or more projects related to materials, electronics, or mechanical components.
Interface with internal organizations to resolve design, R&D, production, and acceptance issues,
Identify future technology focus areas,
Research and evaluate the relevant scientific literature in preparation for solving complex materials/component development problems,
Evaluate research results and make recommendations on a project’s forward path,
Draft reports, and prepare and deliver presentations on research results, as needed, to communicate progress and meet project milestones, and
Expand the existing project team knowledge base.
You Must Have
A Faculty position at a partnering MSIPP, MCA, or consortium university or college in academic year 2024/2025 in a Chemistry, Physics, Materials Science, Chemical Engineering, Electrical Engineering, Mechanical Engineering, or similar department
Ph.D. in Engineering, Materials Science, Chemistry, Physics, or similar
This position may require that a Non-Disclosure Agreement be signed, as well as other agreements regarding the ownership of any intellectual property that may be developed
Ability to work remote, hybrid, or on-site as directed by management and is determined by the needs of the business
Regular and reliable attendance is an essential function of this job
United States Citizenship
Ability to obtain and maintain a U.S. Department of Energy (DOE) security clearance (some positions require additional DOE designations)
We Value
Ongoing research and development collaborations with KCNSC, either through MSIPP, MCA, or consortium
Experience with a variety of materials characterization and analytical techniques including mechanical and rheological properties
Progressive experience in electrical engineering research
Experience in design and testing of mechanical systems
Experience in modeling and simulation of physical phenomena
Experience reflective of ability to negotiate, positively influence leaders, team with peers, and mentor teammates to drive resolution for mutually beneficial outcomes
Experience in strategic development with demonstrated success negotiating these efforts
Leadership experience managing large complex projects with history of successful outcomes
Interpersonal skills - ability to build relationships and communicate with all levels of an organization
Strong communication skills - verbal, written, and presentation
All employees must work in a safe manner in accordance with the Laboratory Health and Safety Program