Assistant Scientist in Radiation Chemistry
UPTON, NYPosted 30+ days ago
Job summary
Job post source
This job is directly from Brookhaven National Laboratory
Job overview
The Assistant Scientist in Radiation Chemistry at Brookhaven National Laboratory conducts independent, innovative scientific research using ultrafast spectroscopy techniques to advance knowledge in radiation chemistry and related fields.
Responsibilities and impact
The role involves planning and publishing research, presenting results at conferences, developing experimental hardware, collaborating with team members and external partners, supporting facility operations, and contributing to funding proposals.
Compensation and benefits
The position offers a salary range of $103,600 to $140,000 per year, with placement based on experience, and includes fair, equitable, and competitive compensation.
Experience and skills
Candidates must have a Ph.D. in physical chemistry or a related field with at least 2 years post-Ph.D. experience, a strong publication record, and expertise in transient spectroscopies; preferred qualifications include 4+ years experience, radiation chemistry knowledge, ultrafast laser skills, and proficiency in LabView and Igor Pro.
Career development
The position offers opportunities to develop unique experimental capabilities, lead projects, and contribute to scientific proposals, supporting professional growth in a national laboratory environment.
Work environment and culture
Brookhaven National Laboratory emphasizes collaboration, innovation, and scientific excellence within a supportive research environment.
Company information
Brookhaven National Laboratory is a U.S. Department of Energy research facility focused on advanced scientific research in various disciplines including chemistry and physics.
Team overview
The candidate will join the Chemistry Division's EPIP group, working with colleagues on ultrafast spectroscopy and radiation chemistry projects, collaborating internally and externally.
Job location and travel
The position is based at Brookhaven National Laboratory with access to specialized facilities like LEAF; travel to conferences is expected.
Application process
Applicants must submit a three-page research interest statement aligned with DOE Basic Energy Sciences priorities, following specified formatting guidelines.
Unique job features
This role uniquely involves operating the LEAF facility with ultrafast laser capabilities and developing world-unique experimental tools in radiation chemistry.
Company overview
Brookhaven National Laboratory (BNL) is a multidisciplinary research institution primarily funded by the U.S. Department of Energy. It focuses on scientific research in areas such as nuclear and particle physics, energy science, and environmental research. Established in 1947, BNL has a rich history of scientific achievements, including several Nobel Prizes. The laboratory generates revenue through government funding, grants, and partnerships with academic and industrial organizations, contributing significantly to advancements in science and technology.
How to land this job
Tailor your resume to emphasize your advanced knowledge in physical chemistry, radiation chemistry, and ultrafast laser techniques, showcasing your ability to conduct independent and innovative scientific research as outlined in the job description.
Highlight your experience with transient spectroscopies, data analysis using Igor Pro, and LabView application development to demonstrate technical proficiency relevant to the Assistant Scientist role at Brookhaven National Laboratory.
Apply through multiple platforms including the Brookhaven National Laboratory careers page, LinkedIn, and specialized academic job boards to maximize your application visibility.
Connect on LinkedIn with current members of the Chemistry Division or the EPIP group at Brookhaven, using ice breakers like asking about recent research published by the LEAF facility or inquiring how their team integrates ultrafast spectroscopy in their projects.
Optimize your resume for ATS by incorporating keywords such as 'radiation chemistry,' 'ultrafast laser,' 'transient spectroscopy,' 'LabView,' 'Igor Pro,' and 'independent research' to ensure it passes initial screening filters.
Leverage Jennie Johnson's Power Apply feature to automate tailored applications, identify the best job portals, and find relevant LinkedIn contacts, allowing you to focus your energy on preparing for interviews and research presentations.
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