UROP Leader Information Submission: Submission #230

serial: '230'
sid: '19376'
uuid: e3cdd197-7a47-4058-b11a-8f6b01960b70
uri: /urop-leader-information-submission
created: '1745081769'
completed: ''
changed: '1745083861'
in_draft: '1'
current_page: ''
remote_addr: 47.202.9.181
uid: '0'
langcode: en
webform_id: urop_leaders_information
entity_type: node
entity_id: '1086'
locked: '0'
sticky: '0'
notes: ''
data:
  answer_one_of_the_following_two_questions_about_being_a_urop_lea: affect_students
  approved: '0'
  are_there_any_other_research_oriented_clubs_you_participate_in_: ''
  email_availability: '1'
  first_name: Dev
  fsu_email: ds23s@fsu.edu
  graduation_year: 'Spring 2027'
  headshot: '61206'
  hometown: 'Jersey City, NJ, USA'
  last_name: Sangha
  linkedin_url: linkedin.com/in/dev-sangha-0b173526b
  major_s_: 'Biological Science'
  minor_s_: Chemistry
  name_for_the_website: 'Dev Sangha'
  please_list_any_of_your_hobbies_or_interests_: ''
  preferred_pronouns: he/him/his
  selected_response: 'As a UROP Leader, I am excited to share my passion for research and show students how enjoyable and rewarding it is to explore questions in a practical way. I hope to create an open atmosphere where they will feel free to take initiative, be creative, and gain confidence in their skills. I want to inspire them to see research as not just something they have to do, but as a useful tool for discovery and contribution.'
  update_url_urop_leaders: 'https://cre.fsu.edu/urop-leader-information-submission?element_parents=elements/headshot&ajax_form=1&_wrapper_format=drupal_ajax&token=B4SHtrs2bilNBrU1KgSMW3EjzulzC6fBoi4L1o7DP2s'
  what_is_your_current_research_focus_: 'My overall research interest is the intersection of medicine and engineering with an emphasis on biomedical tool design for research and clinical applications. My specialty is in the integration of 3D CAD modeling, electronics, and programming to construct devices that address unmet clinical needs in biological data collection and analysis. Currently, my work centers on building a tissue stiffness analyzer designed to measure the mechanical properties of soft tissue, supporting research in pathology, regenerative medicine, and biomechanics. I’m driven by a goal to advance scientific instrumentation through innovative, engineering-driven design.'
  year: '2025'
  years_as_a_urop_leader: 2025-2026