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Biophysics Scientist information

What are common challenges faced by biophysics scientists when working on interdisciplinary research projects?

Biophysics scientists often work at the intersection of biology, physics, and computational science, which can present challenges in effectively communicating and collaborating with professionals from diverse backgrounds. Understanding and integrating different scientific languages, methodologies, and expectations requires adaptability and strong teamwork skills. Additionally, balancing experimental work with data analysis and computational modeling can be demanding, but it also provides opportunities for professional development and innovation. Navigating these interdisciplinary environments successfully is key to advancing both individual and team research goals.

What are the key skills and qualifications needed to thrive as a Biophysics Scientist, and why are they important?

To thrive as a Biophysics Scientist, you need a strong background in physics, biology, mathematics, and chemistry, typically supported by a PhD or advanced degree in biophysics or a related field. Expertise with laboratory techniques, computational modeling tools, and familiarity with scientific software like MATLAB, Python, or specialized imaging systems is essential. Strong analytical thinking, problem-solving abilities, and effective communication are standout soft skills in this role. These skills and qualities are crucial for conducting innovative research, analyzing complex biological systems, and collaborating with interdisciplinary teams to advance scientific understanding.

What is the difference between Biophysics Scientist vs Biophysicist?

AspectBiophysics ScientistBiophysicist
Required CredentialsTypically a Ph.D. in biophysics, biology, or related fieldsUsually a Ph.D. or Master's in biophysics or related disciplines
Work EnvironmentResearch labs, universities, biotech companiesResearch institutions, healthcare, academia, industry
Employer & Industry UsageAcademic, government, biotech sectorsResearch institutions, healthcare, pharmaceutical companies

Both roles involve research in biophysics, often requiring advanced degrees and working in similar environments. The term "Biophysics Scientist" is often used in academic and research settings, emphasizing scientific investigation, while "Biophysicist" is a broader term that can include applied research and industry roles. Overall, they are closely related, with overlapping credentials and work settings.

What does a Biophysics Scientist do?

A Biophysics Scientist applies the principles of physics and mathematics to understand how biological systems work at the molecular and cellular levels. Their research can include studying the physical structure of proteins, DNA, and other biomolecules, as well as investigating how these molecules interact and function within living organisms. Biophysics Scientists often use advanced techniques such as X-ray crystallography, nuclear magnetic resonance (NMR), and computational modeling to analyze biological processes. Their work contributes to advances in medicine, drug development, and biotechnology.
More about Biophysics Scientist jobs
What cities are hiring for Biophysics Scientist jobs? Cities with the most Biophysics Scientist job openings:
What states have the most Biophysics Scientist jobs? States with the most job openings for Biophysics Scientist jobs include:
Postbaccalaureate Fellow in Experimental or Computational Biophysics

Postbaccalaureate Fellow in Experimental or Computational Biophysics

Dartmouth College

Hanover, NH • On-site

$55K/yr

Full-time

Posted 3 days ago


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Job description

Description
The Department of Chemistry at Dartmouth College invites applications for a Postbaccalaureate Fellow (PBF), at the rank of postgraduate research associate, in the area(s) of experimental biophysics or computational biophysics working with Professor Paul Robustelli. The fellow will work in an interdisciplinary research group on projects that integrate experimental and computational approaches to characterize the binding mechanisms of small molecules that target highly dynamic intrinsically disordered proteins at atomistic resolution. Applicants interested in working in experimental biophysics should have research experience in protein biochemistry and/or structural/biophysical characterization of proteins. Applicants interested in working in computational biophysics should have experience implementing and writing code in Python and research experience with computational methods in chemistry or biophysics (such as molecular dynamics simulations, molecular docking), or research experience applying mathematical, machine learning or AI approaches for analyzing high dimensional datasets. Applicants interested in applying for a computational role are highly encouraged to include a link to a GitHub repository containing Python code they have implemented. This position is ideal for students seeking research experience before applying to a PhD program.
Postbaccalaureate Fellows (PBFs) work with faculty supporting and conducting scholarly research and teaching in anticipation of advancing their skills and experience to prepare for the next stage of their careers. PBFs are expected to contribute to all stages of research - including research design, literature searches, conducting experiments, collecting and analyzing data and writing reports and papers. PBFs may also have the opportunity to contribute in the classroom or in laboratory sections of courses, helping undergraduate students with labs, review sessions, paper editing and grading certain assignments.
This position is full-time, non-remote, in-residence at Dartmouth College in Hanover, NH, with start date as early as August 1, 2026. Appointments are typically for a 1-year period. The compensation level will be $55,000 plus benefits.
Fellows who are working in residence in Hanover, NH are eligible for Graduate Special Student status and the ability to take certain Dartmouth courses with the tuition paid by Dartmouth as a working condition fringe benefit. The benefit covers a maximum of 1 course per academic term the fellow is employed and in residence at Dartmouth.
Dartmouth is committed to academic excellence and encourages the open exchange of ideas within a culture of mutual respect. Dartmouth welcomes people with different backgrounds, life experiences, and perspectives and believes that diversity in all its forms enhances academic excellence. Applicants should address in their application letter how their research, teaching, service, and/or life experiences prepare them to serve Dartmouth's commitment to academic excellence in an environment that is welcoming to all.
Qualifications
  • Bachelor's in Chemistry, Biochemistry, Mathematics, Physics, Computer Science or a related field, completed by the start of the appointment.
  • Applicants interested in working in experimental biophysics should have research experience in protein biochemistry (ie. protein expression and purification) and/or structural/biophysical characterization of proteins.
  • Applicants interested in working in computational biophysics should have experience implementing and writing code in Python and research experience with computational methods in chemistry or biophysics (such as molecular dynamics simulations, molecular docking), or research experience applying mathematical, machine learning or AI approaches for analyzing high dimensional datasets. Applicants interested in applying for a computational role are highly encouraged to include a link to a GitHub repository containing Python code they have implemented.
  • Intends to pursue graduate studies in Chemistry, Biochemistry, Biophysics, Physics or a related field

This position is eligible for J-1 visa sponsorship for eligible candidates. Employment is contingent on authorization to work in the United States.
Application Instructions
Please submit the following electronically via Interfolio:
1. Application letter that addresses:
  • relevant research-related experience,
  • any teaching or mentoring experience,
  • preparation to serve Dartmouth's commitment to academic excellence in an environment that is welcoming to all,
  • educational and career goals and how this position would advance them.

2. CV/Resume
  • Name
  • Email and phone/text contact
  • Current position, or academic affiliation
  • Date of (expected) undergraduate degree
  • Academic concentration(s)
  • List all academic classes (and final grades) you have completed that focus primarily on chemistry, biochemistry, physics, mathematics and computer science.
  • Include programming languages and/or software and levels of proficiency. Applicants interested in computational research should include a link to GitHub repository containing code that they have written, implemented, or modified

3. Most recent academic transcript (unofficial transripts accepted)
Review of applications will begin April 15, 2026 and will continue until the position is filled. Recommendation letters will be requested only for finalists. For questions about the position, please contact Professor Paul Robustelli at paul.j.robustelli@dartmouth.edu.

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