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  • Understand scientific principles and the scientific method.
  • Understand fundamental concepts in vision sciences, including pharmacology, medicinal chemistry, pharmaceutical therapeutics, and drug discovery/development.
  • In a rigorous and reproducible manner, be able to design, perform, and critique hypothesis-driven research that applies concepts in the pharmacological sciences (e.g., pharmacokinetics, pharmacodynamics, medicinal chemistry principles, drug design and discovery) using advanced decision-making and creative problem-solving skills.
  • Be able to work effectively and collegially in collaborative and team science projects.
  • Be able to identify and have a thorough understanding of concepts related to the responsible conduct of research.
  • Be able to effectively communicate scientific concepts, interpret data from the literature, accurately and objectively report new findings, and propose hypotheses to a broad range of audiences.
  • Be comfortable exploring different career paths, applying skills in a variety of careers, stepping up to lead, and conducting themselves with maturity and integrity in all professional endeavors.
  • Experience in scientific communication, such as presentation of scientific research results, preparation of research manuscripts.

 

Career Outcomes

Upon successful completion of their degree and VSTP requirements, Visual Science Training Program alumni, transition into careers in the vision research workforce, in a wide range of capacities. Their careers span many areas and sectors, such as academia, consulting, healthcare, law, and science communication.