Description
A research opportunity is available at the Environmental Protection Agency (EPA), Office of Research and Development (ORD), Center for Computational Toxicology and Exposure (CCTE), Great Lakes Toxicology & Ecology Division (GLTED) located in Duluth, Minnesota. The participant will be involved in research addressing the endocrine disrupting potential of thousands of chemicals, particularly focusing on thyroid hormone status. The research aims to develop a translational process that integrates relevant information and models to evaluate thyroid hormone disrupting potential of chemicals through in vitro to in vivo extrapolation.
Company Culture and Environment
The EPA fosters a collaborative and innovative research environment, encouraging participants to engage with leading experts and contribute to meaningful projects that have a significant impact on public health and the environment. The culture promotes cross-disciplinary collaboration and the application of cutting-edge scientific techniques.
Career Growth and Development Opportunities
Participants will have the opportunity to interact with internationally recognized leaders and may contribute to original research, potentially leading to publication. They will gain diverse laboratory and analytical skills applicable across life sciences research fields, enhancing their professional development.
Detailed Benefits and Perks
• Opportunity to present research results at regional, national, and international conferences and workshops.
• Contribution to peer-reviewed journal articles and dissemination of research results to stakeholders.
• Engagement in field-based research and use of a range of scientific equipment.
Compensation and Benefits
• Competitive compensation based on experience.
• Flexible start date with options available.
Why you should apply for this position today
This role offers a unique opportunity to work on cutting-edge research projects with significant implications for ecological risk assessment and public health. Participants will be involved in innovative scientific methodologies and have an opportunity to make a tangible impact in understanding chemical toxicity.
Skills
• Strong analytical and problem-solving skills.
• Experience with data analysis pipelines and statistical methods.
• Knowledge of analytical chemistry methods.
• Ability to compile and synthesize data from multiple sources.
• Proficiency in communication and presentation of research findings.
Responsibilities
• Apply innovative approaches in in vitro to in vivo extrapolation and reverse toxicokinetics.
• Design workflows for automated data analysis of large datasets.
• Develop and implement data archiving systems.
• Identify statistical measures for assay quality assurance.
• Conduct analytical methods to verify chemical concentrations in test environments.
• Present research results and contribute to peer-reviewed publications.
Qualifications
• Familiarity with endocrine disruption research.
• Experience in laboratory-based research and data analysis.
• Ability to communicate complex scientific concepts effectively.
Education Requirements
• Bachelor’s degree in a relevant scientific field.
Education Requirements Credential Category
• Science, Engineering, or related disciplines.
Experience Requirements
• Experience in research related to toxicology, chemistry, or environmental science.
• Previous involvement in laboratory settings is preferred.
Why work in Duluth, MN
Duluth offers a unique combination of natural beauty and a vibrant community. Situated on the shores of Lake Superior, it provides ample opportunities for outdoor activities, cultural experiences, and a high quality of life. The area is known for its strong commitment to environmental sustainability, making it an ideal location for a role focused on ecological research.
Location: Duluth, MN, US
Job Posting Language: en
Benefits:
- Health Insurance
Qualifications:
- Strong analytical and problem-solving skills
- Experience with data analysis pipelines and statistical methods
- Knowledge of analytical chemistry methods
- Ability to compile and synthesize data from multiple sources
- Proficiency in communication and presentation of research findings
- Familiarity with endocrine disruption research
- Experience in laboratory-based research and data analysis
- Ability to communicate complex scientific concepts effectively
- Bachelor’s degree in a relevant scientific field
- Science, Engineering, or related disciplines
- Experience in research related to toxicology, chemistry, or environmental science
Responsibilities:
- The participant will be involved in research addressing the endocrine disrupting potential of thousands of chemicals, particularly focusing on thyroid hormone status
- The research aims to develop a translational process that integrates relevant information and models to evaluate thyroid hormone disrupting potential of chemicals through in vitro to in vivo extrapolation
- Participants will have the opportunity to interact with internationally recognized leaders and may contribute to original research, potentially leading to publication
- They will gain diverse laboratory and analytical skills applicable across life sciences research fields, enhancing their professional development
- Contribution to peer-reviewed journal articles and dissemination of research results to stakeholders
- Participants will be involved in innovative scientific methodologies and have an opportunity to make a tangible impact in understanding chemical toxicity
- Apply innovative approaches in in vitro to in vivo extrapolation and reverse toxicokinetics
- Design workflows for automated data analysis of large datasets
- Develop and implement data archiving systems
- Identify statistical measures for assay quality assurance
- Conduct analytical methods to verify chemical concentrations in test environments
- Present research results and contribute to peer-reviewed publications
Benefits:
- Opportunity to present research results at regional, national, and international conferences and workshops
- Competitive compensation based on experience
- Flexible start date with options available
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