Alyssa Accomando, PhD

Scientist

San Diego, California, United States

About

Neuroscientist working in animal bioacoustics with environmental and technological applications. I conduct basic and applied, behavioral and biological, laboratory and field research with a strong track record of scientific publications and environmental and technical scientific writing. I specialize in application of psychoacoustic datasets to environmental regulations.

Experience

  • Scientist at NIWC Pacific
    Aug 2023 - Present · 3 yrs

  • National Marine Mammal Foundation (San Diego, California, United States)
    • Deputy Director of Environmental Stewardship, Conservation Biology
      Aug 2022 - Aug 2023 · 1 yr 1 mo

    • Scientist
      Feb 2017 - Aug 2023 · 6 yrs 7 mos

  • Lecturer at UC San Diego
    Apr 2018 - Apr 2019 · 1 yr 1 mo

    I taught PSYC 138: Sound and Music Perception to 50 students in the Spring 2018 and 70 students in the Winter 2019 quarters at UCSD.

  • Long Term Substitute Teacher - 7th Grade Life Sciences at Pacific Ridge School
    Aug 2016 - Jan 2017 · 6 mos

  • Brown University (6 yrs)
    • Graduate Research Assistant, Department of Neuroscience
      Jun 2010 - May 2016 · 6 yrs

      I conducted my doctoral work with James A Simmons studying the behavior and neuroscience of bat echolocation.

    • Teaching Assistant: "Anatomy of Human Cognition"
      Jul 2014 - Aug 2014 · 2 mos

      As a teaching assistant for this new, three-week long Summer@Brown course for advanced high school students, I was responsible for grading homework assignments, quizzes, and exams. I assisted the instructor during all class sessions, and helped to maintain the online interface.

    • Course Instructor: "From Sound to Synapse: Introduction to Auditory Neuroscience"
      Jun 2014 - Jul 2014 · 2 mos

      I designed and taught a two-week course for advanced high school students. The main objective of this course was to explore what sound is and how the brain interprets it with a special focus on the perception of music. We related the physical properties of sound to acoustic perception, and investigated the neurobiological foundation for emotional responses to music.