Sort by
Refine Your Search
-
Listed
-
Category
-
Country
-
Program
-
Field
-
Environment: Inside medical Facility Noise Level: Moderate Visual Requirements: Near Visual Acuity, Far Visual Acuity, Color Discrimination, Depth Perception, Peripheral Vision Hazards: Biological, Chemical
-
Physical Environment: Inside Medical Facility Environment Noise Level : Moderate Visual Requirements: Color discrimination, Depth perception, Far visual acuity, Near visual acuity Hazards: Biological
-
guidelines and available funding. FTE: Retirement Eligibility: Eligibility based on semesterly assignment, for more information visit https://hr.untsystem.edu/benefits/ About Us - Values Overview: Welcome
-
, and think analytically: Continuously Physical Environment: Inside Medical Facility Environment Noise Level: Moderate Visual Requirements: Color discrimination, Depth perception, Far visual acuity, Near
-
) within interactive perception in agri-robotics The Department of Computing Science is offering a postdoctoral scholarship within the project “Robot-plant interaction for improved plant monitoring and early
-
for perception, decision-making, and system integration within autonomous platforms. Short-term research appointment of approximately 3-6 months to support ongoing research and capability development in AI and
-
Several positions for a postdoctoral associate in human and monkey electrophysiology are available in the Neuroscience of Attention & Perception Laboratory (NA&P Lab), led by Dr. Sabine Kastner
-
investigates how information is integrated among the auditory, visual, and tactile sensory systems to facilitate how we see and hear in the world. We address these questions using behavioral methods and
-
: Continuously Physical Environment : Inside Medical Facility Environment Noise Level : Moderate Visual Requirements: Color discrimination, Depth perception, Far visual acuity, Near visual acuity Hazards
-
Researcher to oversee research activities in the lab starting May 2026. The lab’s focus is on mechanisms of visual perception and cortical computations of sensory information. Our interests include the role