Difference between revisions of "Priorities:University of Alabama at Birmingham Student Priorities"

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(Created page with "<span class="text-bold" style="font-weight: 700;">Strategy #1: </span>Expanding the Core Curriculum Tactic 1: Interview faculty, staff, and students to get perspect...")
 
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<span class="text-bold" style="font-weight: 700;">Strategy #1:&nbsp;</span>Expanding the&nbsp;Core Curriculum
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= <span class="text-bold" style="font-weight: 700;">Strategy #1:&nbsp;</span>Expanding the&nbsp;Core Curriculum = == Tactic 1: Interview faculty, staff, and students to get perspectives on potential changes (Market Research) == == Tactic 2: Investigate what other schools have done in recent years&nbsp; == == Tactic 3: Rally support through development of pop-up classes == == Tactic 4:&nbsp;Present report to Faculty Senate and Provost == == Tactic 5: Faculty Senate Votes for changes == == Tactic 6: Advise Implementation of changes to the core == &nbsp; = <span class="text-bold" style="font-weight: 700;">Strategy #2:&nbsp;</span>Building and Implementing a Maker Space&nbsp; = == Tactic 1: Fundraising for maker space == == Tactic 2: Gather market research through makers' day == == Tactic 3: Implement changes based off of market research == == Tactic 4: Host workshops and pop-up classes within&nbsp;Maker Space == == Tactic 5: Sponsor and host student-led projects within Maker Space == == Tactic 6: Expand Maker Space into 3rd&nbsp;Level of Library == &nbsp; = <span class="text-bold" style="font-weight: 700;">Strategy #3:&nbsp;</span>Creating a Clinical Innovation Pathway for Students across Campus = == Tactic 1: Meet with Stakeholders in the Honors College, the College of Engineering, the Institute for I&E, the Innovation Depot, and the Center for Biophysical Sciences & Engineering == == Tactic 2: Facilitate partnerships with hospitals and physicians to create shadowing opportunities == == Tactic 3: Develop partnerships with local and regional industry leaders == == Tactic 4: Recruit students to participate in the pathway during the summer&nbsp; == == Tactic 5: Briefing and training students in the Stanford d.school method of human-centered design == == Tactic 6:&nbsp;Utilize Maker Space to generate ideas and prototype creation == == Tactic 7: Find ways to integrate&nbsp;pathway into current courses in the curriculum &nbsp;== == Tactic 8: Course proposal&nbsp; == &nbsp; = <span class="text-bold" style="font-weight: 700;">Strategy #4:&nbsp;</span>Engaging with Students about Innovation and Entrepreneurship = == Tactic 1: Makers' Day == == Tactic 2: Outreach through the Entrepreneurship Club == == Tactic 3: Promote Current Entrepreneurship Offerings to Students across Campus == == Tactic 4: Integrate I&E into Core courses for entering students == == Tactic 5: Use Maker Space as a Hub to connect students with resources both on- and off-campus = =
 
 
Tactic 1: Interview faculty, staff, and students to get perspectives on potential changes (Market Research)
 
 
 
Tactic 2: Investigate what other schools have done in recent years&nbsp;
 
 
 
Tactic 3: Rally support through development of pop-up classes
 
 
 
Tactic 4:&nbsp;Present report to Faculty Senate and Provost
 
 
 
Tactic 5: Faculty Senate Votes for changes
 
 
 
Tactic 6: Advise Implementation of changes to the core
 
 
 
&nbsp;
 
 
 
<span class="text-bold" style="font-weight: 700;">Strategy #2:&nbsp;</span>Building and Implementing a Maker Space&nbsp;
 
 
 
Tactic 1: Fundraising for maker space
 
 
 
Tactic 2: Gather market research through makers' day
 
 
 
Tactic 3: Implement changes based off of market research
 
 
 
Tactic 4: Host workshops and pop-up classes within&nbsp;Maker Space
 
 
 
Tactic 5: Sponsor and host student-led projects within Maker Space
 
 
 
Tactic 6: Expand Maker Space into 3rd&nbsp;Level of Library
 
 
 
&nbsp;
 
 
 
<span class="text-bold" style="font-weight: 700;">Strategy #3:&nbsp;</span>Creating a Clinical Innovation Pathway for Students across Campus
 
 
 
Tactic 1: Meet with Stakeholders in the Honors College, the College of Engineering, the Institute for I&E, the Innovation Depot, and the Center for Biophysical Sciences & Engineering
 
 
 
Tactic 2: Facilitate partnerships with hospitals and physicians to create shadowing opportunities
 
 
 
Tactic 3: Develop partnerships with local and regional industry leaders
 
 
 
Tactic 4: Recruit students to participate in the pathway during the summer&nbsp;
 
 
 
Tactic 5: Briefing and training students in the Stanford d.school method of human-centered design
 
 
 
Tactic 6:&nbsp;Utilize Maker Space to generate ideas and prototype creation
 
 
 
Tactic 7: Find ways to integrate&nbsp;pathway into current courses in the curriculum (Note: research credit for EGR majors, Special Topics for other majors, Internship Credit?)
 
 
 
Tactic 8: Course proposal&nbsp;
 
 
 
&nbsp;
 
 
 
<span class="text-bold" style="font-weight: 700;">Strategy #4:&nbsp;</span>Engaging with Students about Innovation and Entrepreneurship
 
 
 
Tactic 1: Makers' Day
 
 
 
Tactic 2: Outreach through the Entrepreneurship Club
 
 
 
Tactic 3: Promote Current Entrepreneurship Offerings to Students across Campus
 
 
 
Tactic 4: Integrate I&E into Core courses for entering students
 
 
 
Tactic 5: Use Maker Space as a Hub to connect students with resources both on- and off-campus
 

Revision as of 02:43, 12 October 2015

Strategy #1: Expanding the Core Curriculum = == Tactic 1: Interview faculty, staff, and students to get perspectives on potential changes (Market Research) == == Tactic 2: Investigate what other schools have done in recent years  == == Tactic 3: Rally support through development of pop-up classes == == Tactic 4: Present report to Faculty Senate and Provost == == Tactic 5: Faculty Senate Votes for changes == == Tactic 6: Advise Implementation of changes to the core ==   = Strategy #2: Building and Implementing a Maker Space  = == Tactic 1: Fundraising for maker space == == Tactic 2: Gather market research through makers' day == == Tactic 3: Implement changes based off of market research == == Tactic 4: Host workshops and pop-up classes within Maker Space == == Tactic 5: Sponsor and host student-led projects within Maker Space == == Tactic 6: Expand Maker Space into 3rd Level of Library ==   = Strategy #3: Creating a Clinical Innovation Pathway for Students across Campus = == Tactic 1: Meet with Stakeholders in the Honors College, the College of Engineering, the Institute for I&E, the Innovation Depot, and the Center for Biophysical Sciences & Engineering == == Tactic 2: Facilitate partnerships with hospitals and physicians to create shadowing opportunities == == Tactic 3: Develop partnerships with local and regional industry leaders == == Tactic 4: Recruit students to participate in the pathway during the summer  == == Tactic 5: Briefing and training students in the Stanford d.school method of human-centered design == == Tactic 6: Utilize Maker Space to generate ideas and prototype creation == == Tactic 7: Find ways to integrate pathway into current courses in the curriculum  == == Tactic 8: Course proposal  ==   = Strategy #4: Engaging with Students about Innovation and Entrepreneurship = == Tactic 1: Makers' Day == == Tactic 2: Outreach through the Entrepreneurship Club == == Tactic 3: Promote Current Entrepreneurship Offerings to Students across Campus == == Tactic 4: Integrate I&E into Core courses for entering students == == Tactic 5: Use Maker Space as a Hub to connect students with resources both on- and off-campus =