Job Family:
Scientific Research & Analysis (Digital)
Travel Required:
Up to 25%
Clearance Required:
Ability to Obtain Public Trust

What You Will Do:

• Utilize computer simulation expertise such as molecular dynamic and monte carlo simulations to solve protein structures’ dynamics and mechanism of protein-protein interaction.
• Develop and apply in silico tools to design vaccine and therapeutic products against diverse pathogens, including HIV-1, Influenza, or Malaria.
• Develop methods to study vaccin-elicited immune responses, including antibodies’ sequence and structural analysis.
• Develop and apply custom-made AI/ML tools to analyze vaccine outcomes.
• Serve as expert to identify critical/biological findings of experimental data and collaborate with other scientists.
• Utilize High performance computing (HPC) to bring the state-of-the-art techniques such as machine learning, artificial intelligence, deep learning to vaccine target protein design.
• Co-lead on projects, including (but not limited to) HIV-1 Malaria, Influenza and Lassa) and coordinate with scientists from other organizations or institutions involved in similar or related research projects.
• Provide scientific expertise to facilitate protein and vaccine design.
• Mentor interns and postbaccalaureate scientists.
• Publish the findings and analysis in peer-reviewed journals.

What You Will Need:

• PhD in Computational Biology/Chemistry or a related field is required.
• 2-3 years of postdoctoral experience is required.
• Utilize computer simulation expertise such as molecular dynamic and monte carlo simulations to solve protein structures’ dynamics and mechanism of protein-protein interaction.

What Would Be Nice To Have:

• Demonstrated ability to work on multiple projects.
• Strong communications skills, both oral and written.

• Utilize computer simulation expertise such as molecular dynamic and monte carlo simulations to solve protein structures’ dynamics and mechanism of protein-protein interaction.
• Develop and apply in silico tools to design vaccine and therapeutic products against diverse pathogens, including HIV-1, Influenza, or Malaria.
• Develop methods to study vaccin-elicited immune responses, including antibodies’ sequence and structural analysis.
• Develop and apply custom-made AI/ML tools to analyze vaccine outcomes.
• Serve as expert to identify critical/biological findings of experimental data and collaborate with other scientists.
• Utilize High performance computing (HPC) to bring the state-of-the-art techniques such as machine learning, artificial intelligence, deep learning to vaccine target protein design.
• Co-lead on projects, including (but not limited to) HIV-1 Malaria, Influenza and Lassa) and coordinate with scientists from other organizations or institutions involved in similar or related research projects.
• Provide scientific expertise to facilitate protein and vaccine design.
• Mentor interns and postbaccalaureate scientists.
• Publish the findings and analysis in peer-reviewed journals