Assistant Project Scientist in the Chemistry and Biochemistry Department

Deadline : July 31, 2025
Full-time research position at UC Santa Barbara focusing on smart polymers, hydrogels, and devices using click chemistry.

Assistant Project Scientist in the Chemistry and Biochemistry Department

FieldDetails
Short DescriptionFull-time research position at UC Santa Barbara focusing on smart polymers, hydrogels, and devices using click chemistry.
TitleAssistant Project Scientist in the Chemistry and Biochemistry Department
Organization/PublisherUniversity of California, Santa Barbara (UC Santa Barbara)
Work LocationChemistry and Biochemistry Department – Carlini Group, UC Santa Barbara, USA
Research FieldChemistry, Biochemistry, Polymer Science, Materials Science
Funding InfoFunded by UC Santa Barbara; renewal based on performance and funding availability
Application DeadlineJuly 31, 2025
Posted DateFebruary 24, 2025
CountryUnited States
Researcher ProfileAssistant Project Scientist
Apply ButtonApply Here
Required QualificationPhD in Chemistry, Chemical Engineering, Materials Science, Biomedical Engineering, or related field
Required Experience4+ years polymerization (ROMP), organic synthesis, spectroscopy, polymer characterization, HPLC, MS
Salary DetailsUSD $75,900 – $84,200 annually at 100% time

Assistant Project Scientist Opportunity at UC Santa Barbara

Chemistry & Biochemistry Department – Carlini Group

If you’re passionate about advanced polymer research and want to work at the cutting edge of chemical sciences, here’s a fantastic opportunity from one of the world’s top universities.

The Department of Chemistry and Biochemistry at the University of California, Santa Barbara (UCSB) is currently hiring a full-time Assistant Project Scientist to contribute independently to high-impact research. This role focuses on NITEC click chemistry, stimuli-responsive polymers, and smart device fabrication.


About the Role

In this position, you will lead and support research projects involving:

  • Synthesis of bio-functional polymers using ROMP, RAFT, ATRP techniques

  • Development of light- and ONOO-responsive materials such as hydrogels, nanoparticles, and smart devices

  • Guiding lab members and collaborators on NITEC-related chemistry workflows

  • Contributing to publications and the mentorship of students

This role is ideal for scientists who enjoy hands-on lab work, innovation in smart materials, and collaborative research environments.


Who Should Apply?

This position requires a PhD (or equivalent) in Chemistry, Chemical Engineering, Materials Science, Biomedical Engineering, or any related STEM field.

Essential Experience:

  • 4+ years in controlled polymerization techniques (especially ROMP)

  • Strong background in organic synthesis and spectroscopy (UV-Vis, plate readers)

  • Experience with polymer characterization (SEC-MALS, DLS)

  • Skilled in analytical chromatography and mass spectrometry (HPLC, LCMS, MALDI)

  • 6+ months working with cell viability assays

Preferred Skills:

  • Computational skills (MATLAB, Python, etc.)

  • Experience with TEM imaging

  • Proven student mentorship and scientific writing skills

Job & Salary Details

  • Job Title: Assistant Project Scientist

  • Department: Chemistry and Biochemistry, UC Santa Barbara

  • Salary Range: $75,900 – $84,200 (100% time)

  • Start Date: Ideally from May 1, 2025 (negotiable)

  • Initial Duration: 1 year, with strong potential for renewal based on performance

  • Work Location: UC Santa Barbara, California, USA


Application Timeline

  • Application Opens: February 24, 2025

  • Priority Review Date: March 10, 2025

  • Final Deadline: July 31, 2025


Required Documents

When applying, prepare the following:

  • Curriculum Vitae (most updated)

  • Statement of Research

  • Optional: Cover Letter, Diversity Statement, Peer-reviewed Publications

  • References: 3–5 references (contact details only)


Why UC Santa Barbara?

UC Santa Barbara is a globally recognized institution that values inclusion, innovation, and interdisciplinary research. You’ll join a dynamic team where your work contributes to developing next-gen responsive materials and devices.

This position is not just a job—it’s a chance to be part of something impactful, creative, and future-forward.