when you’re a stranger to stem advising stem students
TRANSCRIPT
What is...
What is STEM anyway?
sedimentologystudy of sand, silt and clay, and the process
that results from their formation (erosion and
weathering)
What is...
What is STEM anyway?
hydrologystudy of the earth’s water and its movement
in relation to the land
What is...
What is STEM anyway?
neuroeconomicsinterdisciplinary field that seeks to explain
human decision making, the ability to process
multiple alternatives and to follow a course of
action
What is...
pathogenic bacteriologystudy which focuses on the mechanisms
utilized by bacteria to establish infection and
cause disease
What is...
cytogeneticsstudy of inheritance in relation to the
structure and function of chromosomes
What is STEM anyway?
Session Objectives
What is STEM anyway?
1. Overview literature and academic advising philosophies as they apply to
STEM undergraduate students
2. Analyze research project findings and identify trends for STEM advising
3. Provide strategies for how to learn the language of a STEM curriculum
4. Discuss experiences common among STEM students
5. Strategize opportunities for growth within knowledge of STEM advising
Presenter background
Elaine LewisAssistant Director of Undergraduate ProgramBiological Sciences
▪Bachelor’s: history/political science
▪Master’s: higher education
▪Advisor: first experience
April NewcomerStudent Programs Coordinator & AdvisorGeosciences
▪Bachelor’s: psychology
▪Master’s: counseling & human dev.
▪Advisor: transfer, transition, exploratory
new to Virginia Tech
Highlights from STEM literature
guiding literature is posted as a conference handout
▪expectancy-value theory
○ meaningful exploration
○ perception of costs
▪intrusive advising application
○ achieving STEM success
○ timeline for advising interventions is crucial in STEM
▪metacognitive learning approaches
○ secondary level STEM learning is vastly different than postsecondary
○ incorporate short lessons into advising sessions
▪strong occupational outlook
○ check sources frequently
Applying existing knowledge to STEM
narrowing your focus through data
▪Intrusive Advising
○ pursuit not deterred by interest, but by lack of realistic strategies
○ know your population: self-perception is key
○ classes build on each other; students must really learn material to
succeed in STEM, not just pass the test
○ disconnect between math/science preparation and reality of
academic rigor in higher ed
○ interventions (skills workshops, tutoring, resources)
Applying existing knowledge to STEM
▪Developmental Advising
○ respect student’s thinking and prior knowledge
○ identity is often associated with expected career plans
○ students have differing amounts of motivation, expectations for
success
○ assist with realistic goal-setting
○ understand what has drawn student to this field for help with
parallel planning; be aware of alternatives - many paths
Applying existing knowledge to STEM
▪Career Advising
○ hands-on experience is imperative in STEM (show what you
know)
○ encourage experiential activities such as culmination experiences,
field study, undergrad research, study abroad, internships, etc.
○ know your resources/keep a database: career centers, faculty
from field, industry contacts
○ O*net, Occupational Outlook Handbook - be comfortable with
the fact that you will never know everything in this area
Methodology▪met once weekly (February-September)
○ highlighted knowledge acquisition
○ identified professional development
○ discussed challenges
▪conversation outline
○ structured with seven consistent questions
▪coded qualitative data
○ identified themes
○ inclusion vs. exclusion
sample meeting notes posted in the NACADA handouts
Methodology: seven questions
questions developed from the 6 phases of the appreciative
advising framework
What did I learn about my STEM program this week? (disarm)
What challenges did I face this week? (discover)
Was this a STEM specific challenge, why or why not? (discover)
Does this fit into an existing category of STEM issues? (dream/design)
What did I do to overcome this challenge? (dream/design)
What strategies can I use to prevent this issue in the future? (deliver)
How have these strategies worked thus far? (don’t settle)
Themes from weekly meetings
career exploration
special populations
advising resourcesacademic policy
departmental collaboration
student athletes
communication
orientation programsstruggling students
professional development
course sequencing
advising technology
experiential learning
institution wide STEM specific
academic technology
student resources
financial support
Strategies to learn the STEM language
What are your key personal relationships?
▪cultivate your resources
○ key personal relationships
○ resource file/bookmarks bar
▪techniques to learn terminology
○ flashcards
○ a quick “google” is okay!
▪career opportunities
○ understand the career options for your students
▪make a cheat sheet
○ understanding prerequisites
○ explaining undergraduate research
bioinformatic methods
glacier ablation
Experiences common for STEM students▪experiential learning
○ undergraduate research
○ field study
○ co-ops/internships
▪parallel planning
○ finding an alternative pathway to goal
○ course sequencing - alternatives: local
community college, course substitutions
▪vital study skills
○ test taking strategies
○ metacognitive study (process analysis,
concept mapping)
be ready for unexpected challenges
Next Steps▪dominant themes
○ is STEM advising really different?
○ are STEM students really different?
▪course sequencing
○ gateway courses
○ curriculum evaluation
○ course realignment
▪building communication venues
○ is this an internal challenge only?
▪expectancy-value theory
○ career motivation
○ academic commitment
iGEN
Questions?
April [email protected]
Elaine [email protected]
you can access our slides on the NACADA handouts page