4-VA

Mason Scientists Put Bees Under the Microscope in Groundbreaking Research

As the world has been learning about the precipitous and dangerous decline in bee populations, scientists are scrambling to probe deeper into the “why.”  It’s generally recognized that habitat loss and degradation, increased use of agrochemicals, invasive pathogens, competition from alien species and poor management practices are each contributing factors.  However, what’s not known is the extent and effect of each of these on various species of bees, and, further, the role that the interaction of the species in shared habitats and flower resources plays.  It is supposed that each species will be affected by different degrees, because of differences in bee social organization, foraging and nesting behavior, genetic diversity and other traits, but the hard science is not there. To take a closer look, Dr. Haw Chuan Lim and his Mason team of graduate and undergraduate students armed with a 4-VA2Mason grant are conducting groundbreaking research via their “High Throughput Bee Pathogen Survey.”

In what may be the only study of its kind, the team is in the unique position not only to access, but to develop state-of-the-art research techniques as they closely investigate extracted RNA and DNA from three bee species in Northern Virginia.  Together, they are harnessing the bioinformatics and genomics capabilities at the Mason Sci-Tech campus while developing their own sequence capture probe-set to enable a comprehensive survey of pathogens and micro-parasites. They collaborate closely with Mason’s Rebecca Forkner and UVA’s T’ai Roulston.  Both Forkner and Roulston have many years of experience in pollinator biology, using the Virginia Working Landscapes (VWL) program — the sites of the bee collection — and UVA’s Blandy Experimental Farm.

The team is specifically studying three groups of bees found in Northern Virginia – the European honeybee, the bumble bee and the mason bee – (no relation to George Mason University :+)  To do this, they are collecting bees from nine VWL sites in the region, freezing and preserving each specimen using liquid nitrogen, and bringing them to the lab on the Sci-Tech campus, where they store them in a -80C freezer.

When the initial series of specimens was harvested, master’s student David Lambrecht went into overdrive. “I’ve spent many long days and nights in this space,” notes Lambrecht as he removes a bee sample from the freezer.  After freezing each specimen, the students on the project learned how to extract total RNA and total DNA from each specimen. By using techniques such as target sequence capture and polymerase chain reactions, they can then enrich for and sequence a variety of bee pathogens whose genomes are made up of RNA and DNA molecules.

Although the lab work is taxing, Lim notes that they’re making progress, and big progress at that.  “This is the first time ever that a large-scale target enrichment and sequencing of RNA viruses have been implemented for bees in this region. More specifically, the prevalence of viruses is generally unknown for bees in this region.” explains Lim.  “We have had to optimize lab protocols and bioinformatics analytical approaches.”

Collecting the baseline values and knowing the diversity and strain variation of pathogens can provide valuable information for the future of the bees, including:

  • Being able to identify the pathogen responsible if bees in the region show signs for a particular disease. Conversely, it may be found that high prevalence or abundance of certain pathogen will not affect the bees, suggesting that they have developed resistance to the pathogen.
  • Allowing scientists to target pathogens of interest and to conduct in vivo studies of the mechanisms of infection, as well as the immune responses of bees.
  • Knowing whether managed bees (honey bees) are transmitting diseases to native bees will inform management practices, e.g. – keeping apiaries further away from native vegetation.

But while the initial lab work is buzzing away, the field work was thrown for a loop by Mother Nature.  The total bee collections were hampered by the record setting rains in Northern Virginia this past year.

However, the persistent rains have not dampened the spirits of Lim and his team.  They project that their research findings will not only shed light on critical information to help scientists better understand the bee populations and how to manage disease, stress and habitats; Lim also sees many valuable offshoots of this project for use in various upper division biology courses at Mason, and perhaps as a part of the Bioinformatics Concentration.  Adds Lim, “My goal here is to help push along our bioinformatics and genomics program.”

And with the study still underway, Lim is already looking to the conclusion and beyond.  Explains Lim, “Our results will be very relevant to the basic understanding of pollinator ecology, and management and conservation of bee populations.  I foresee future funding from federal grant resources and private conservation organizations. Some of this lab work hasn’t been done before and it’s already opened up more research opportunities.”

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A CLOSER LOOK…

… How the bees got to the lab.  A story in pictures:

4-VA at Mason Collaborative Research Grants Awarded

Eight Collaborative Research Grants were recently awarded by 4-VA at Mason, providing faculty and their teams of student researchers, as well as their colleagues at other Virginia partner schools, the opportunity to further important research concepts – from utilizing student ambassadors to support dementia patients, to privacy controls for smart home devices, to species resilience in tropical rain forests.

“These research grants are a key element of our 4-VA mission,” explains Janette Kenner Muir, Campus Coordinator for 4-VA at Mason.  “Through this program, we identify vital promising research possibilities and provide the seed money to get them off the ground.  From there, many of our awardees go on to receive further funding from the likes of National Institutes of Health or the National Science Foundation.  We’re proud of the role that 4-VA has played in advancing research of consequence.”

One critical component of the Collaborative Research projects is a focus on the partnerships formed between Mason faculty and the other 4-VA partner institutions – James Madison, Old Dominion, Virginia Commonwealth, Virginia Tech and the University of Virginia.  This aligns with the 4-VA mission “To promote collaborations that leverage the strengths of each partner university and improve efficiencies in higher education across the Commonwealth of Virginia.”

The  Mason grant recipients and project titles awarded for the 19-20 cycle are:

  • Broeckelman-Post, Melissa (College Of Humanities And Social Sciences)
    • Communication Across the Curriculum: Creating Faculty Resources for Building Communication Skills in the Discipline
  • Couch, Robin (College of Science)
    • Developing a Blood Test to Support Treatment of Surgically Induced Type I Diabetes
  • Luther, David (College of Science)
    • Species richness resilience to habitat fragmentation and restoration in tropical rainforests
  • Moran, Jeffrey (Volgenau School of Engineering)
    • Toward T Shaped Graduates A Joint Capstone Program at the Nexus of Mechanical Engineering
  • Motti, Vivian G  (Volgenau School of Engineering)
    • Human-Centric Privacy-Preserving Controls for Smart Home Devices
  • Tompkins, Catherine J (College of Health and Human Services)
    • The Implementation and Evaluation of a Student Ambassador Program for a Music & Memory Intervention
  • Van Aken, Benoit (College of Science)
    • Molecular Biology Methods for Understanding Aerobic Granulation in Wastewater Treatment Systems
  • Van Hoek, Monique (College of Science)
    • Secreted Proteins of Francisella – a new understanding

Mason/NOVA Teacher Education: Public/Private School Representatives Invited to Join the Discussion

While George Mason University produces hundreds of candidates each year in the field of education, academic leaders at Mason recognized the need to work closely with area educational institutions – both public and private – to ensure that those candidates meet and surpass the expectations in today’s educational environment.

To do so, armed with a grant from the Association of Public and Land Grant Universities (APLU), Mason recently held a roundtable of academic leaders as well as a host of representatives from private and public schools from the greater Washington, DC area to look closely at the needs of area teaching institutions.  The event also prominently included educators and faculty from Northern Virginia Community College (NOVA), Mason’s community college partner in the ADVANCE program, a nationally recognized program which supports the seamless transfer of students from the two-year school to Mason.

The roundtable included presentations and focused examinations of various aspects of the educational curriculum, as well as breakout sessions that delved directly into the qualifications of the ideal teacher.  The roundtable host, Mason’s Associate Provost for Academic Iniatives and Services Janette Muir, noted, “It’s time to talk about education in a more organized way.”  Specific goals for the day included future job demands, student preparation, knowledge gaps and work based experiential learning.  Muir told the assembled audience, “Today, we need to learn from you.”

Participants then rolled up their sleeves and dissected a variety of elements and experiences that representatives identified as critical for successful teachers.  Not surprisingly, many groups arrived at the same conclusions, including the need for significant ‘ground level’ experience with groups of students, providing background for how to handle classroom situations; the ability to work in a team environment; and the ‘soft skills’ necessary to handle a variety of audiences — students, fellow teachers and parents.

Attendee Zachary Shelton, Director of STEM exCel which offers STEM classes and programs said, “The best programmer is not necessarily the best instructor.  Very important:  They need to have classroom and behavior management skills.”   Shelton then reflected on the roundtable meeting, “I’m inspired by the Education focus here, though.  You are having this meeting and you want to listen.”

At the conclusion of the event, each table shared their findings with the room and a list of targeted skill sets were noted.  Muir recalled the energy and environment throughout the day, “We were able to connect a group of passionate, motivated leaders in education – they were enthusiastic about the idea of building better teachers and I know we’ve begun to construct stronger pathways for our students from NOVA to Mason and beyond.”

Increasing Enrollment + Reduced Teaching Space + New Course Structure: A 4-VA Study Reaps Rewards

The story of increasing enrollment resulting in new instructors, reductions in teaching space, and revisions in course structure: OR How a critical analysis of a Mason Core course created and confirmed a positive change for students

Several dilemmas were facing Mason’s COMM 100 and 101 courses:

  • enrollment topping a record 4,000+ students
  • an ever-changing and often novice set of 50-60 of instructors and the corresponding need to ensure teaching consistency and quality
  • reduced classroom availability
  • three different delivery methods, with no real data on what version was most successful

The question became how to wrestle these problems while maintaining and/or improving failure rates.  While the process was pivotal, successful outcomes were vital.

Such was the concern for Dr. Melissa Broeckelman-Post, the Basic Communication Course Director, an Associate Professor in the Department of Communication and a Senior Scholar in the Center for the Advancement of Well-Being at Mason.  She is responsible for planning, supervising, assessing, and improving the communication courses that meet the general education requirement at Mason.

Broeckelman-Post recognized she needed to put some serious analytical insight into best practices for this course — from materials and methodologies to delivery methods and student results.  But how to pull off this important, yet complex, analysis while juggling an already full schedule?

The answer was found in a grant from 4-VA at Mason. 

The Team:  (left to right) Katherine Hyatt Hawkins, Andie Malterud, Anthony Arciero, Melissa Broeckelman-Post, and Briana Stewart.

Armed with the financial support to hire a cadre of Ph.D. students to produce the “in the weeds” analysis, in one short year, Broeckelman-Post had both the necessary numbers and the path to developing and delivering a course that met the needs of the students and produced a blueprint for a pedagogical “win.”  The research focused on pre- and post- course student surveys which considered communication apprehension, interpersonal communication competence, communication competence and engagement.  Additionally, the analysis considered grades, attendance records, and a detailed review of more than 300 explanatory speeches, a required 5- to 7-minute presentation by all students.  Four expert coders evaluated the presentations for five different elements – introduction, body, conclusion, overall impression and delivery. 

Then, this analysis was applied to the two different delivery versions of the course: Face-to-Face and a fully online course, plus a pilot of a new version of the course which is based on a lecture/lab/speech lab format.

The results pointed to the newer version of the class. 

In this version, Broeckelman-Post delivers an online media-rich introduction, with includes content overviews, readings, TED talks, model speeches, video analysis and pre-class activities.  This not only assured a complete and thorough content delivery, it also saved precious classroom space.  Last spring, this version was pilot tested in six sections of the course, and after seeing the results of this study, has been implemented for 100 sections this academic year.

The introduction is then followed by small group interactive face-to-face lab with discussions, interviews and group work presentations.

The bonus comes in the final element of the course that was added for the fall semester – individualized coaching sessions in the new Communication Center for all students enrolled in the course.  In the Communication Center, which is funded by the cost savings from moving the first hour of the course online, students meet with student Communication Coaches to get feedback on outlines, video record and practice presentations, practice interviews, work on developing group presentations, and more.  Most of the Coaches are members of Mason’s nationally-renowned forensics and debate teams, graduate students who also teach the course, and students who have demonstrated outstanding communication and feedback skills, who are able to share their advanced training with students that are just getting started.

The Communication Center is a ‘one stop shop’ for valuable one-on-one coaching sessions for students as they prepare presentations.  Currently, the Center is open every day between 10:00 AM and 5:00 PM and books more than 300 appointments a week.  It is anticipated that number will balloon as more students recognize the benefit of the help.

“The bottom line of this effort is that we’ve produced a course pathway that provides the best possible outcomes for our undergraduate students, while supporting our instructors with a rich resource of teaching tools and techniques,” explains Broeckelman-Post.  “What’s more, we’ve streamlined the course and saved some money, which we then were able to use to create our first-of-its-kind on-campus Communication Center.  We are very proud that we were able to deliver this terrific outcome for all Mason students — thanks to our 4-VA grant!”

Communication Research and the Communication Center: It takes a team

Broeckelman-Post credits much of the success of this research project to the graduate student research team, which includes an ace crew of PhD candidates and a student earning her Masters.  Katherine Hyatt Hawkins, Andie Malterud, and Anthony Arciero worked on the 4-VA grant, and Hyatt Hawkins and Briana Stewert are working on a subsequent research grant that is evaluating the added impact of the Communication Center.

Katherine Hyatt Hawkins is a third year PhD candidate in Communication who will graduate in May 2019.  She studies health and instructional communication, and is currently managing the Communication, Health, and Relational Media (CHARM) Lab for the Communication department with Dr. Sojung Kim.  Hyatt Hawkins served as the Basic Course Assistant and has helped to build the Communication Center.  Hyatt Hawkins’ resume also includes internships at the Food and Drug Administration (FDA) and the National Cancer Institute (NCI).

Andie Malterud is a second year PhD student in Communication and is the Communication Center Coordinator.  She also studies health and instructional communication and has served as the Basic Course Assistant. Malterud comes to Mason following her undergraduate and Masters work in South Dakota.

Anthony Arciero is now in his fourth year of a PhD program, with a specialization in Educational Psychology, and a secondary emphasis in Research Methodology. Arciero also works in the College of Education and Human Development in the Accreditation and External Reporting Office as a Graduate Research Assistant.  He is a 22-year veteran of the Air Force, retiring as a Lieutenant Colonel.

Briana Stewart is a first year MA student in Communication and is the Assistant Communication Center Coordinator this year.  She previously worked in the writing centers at Oakton High School and Christopher Newport University.  Stewart and Malterud are currently working on a follow-up project funded by a Curriculum Impact Grant and Faculty Research Development Award to help evaluate the impact of the Communication Center.

Moving Virginia Healthcare Forward Through Effective Communication

Just as the nation as a whole is grappling with issues from A to Z in healthcare, concerned scholars studying the Rhetoric of Health and Medicine in Virginia were interested in what role they could play in moving and improving their field within the Commonwealth.  While faculty members and students around the state have previously communicated on a range of topics via emails or brief phone calls, they saw the need to work collaboratively to create a space for research and study.

“What we knew was that our discipline continues to grow in Virginia, with programs at Virginia Tech, Old Dominion, and James Madison as well has here at Mason. But we didn’t want to grow these programs in silos,” explains Heidi Lawrence, assistant professor in writing and rhetoric at Mason.  “What we also knew was that by working together, it would be better for our collective student and faculty bodies as well as to help advance critical medical communications and messaging issues at the state level.”

When Lawrence saw the opportunity to use a 4-VA grant to achieve that goal, she jumped at the chance to take the important first step in generating collegiality in the field among the Virginia partner schools.

The grant provided the funding for a first-of-its-kind statewide symposium “The Virginia Colloquium on the Rhetoric of Health and Medicine” (VCRHM).

Their goal was three pronged:  to provide students and faculty with mentoring and academic opportunities; to look closely at what role the group could collectively play in improving healthcare of populations across the state utilizing their humanistic approach; and to explore possibilities for pursuing funded research in the future.

The Colloquium was hosted at Mason in June 2018 and featured a keynote address by internationally-renowned health and medical communication expert Dr. Kirk St. Amant of Louisiana Tech University, presentations from four graduate students, a lightning round collaboration session and concluded with a panel presentation on pursuing further research.  Attendees included representatives from Mason, Madison, Tech, the University of Mary Washington, and the University Detroit Mercy.

Evaluations from the workshop illustrate the success of the event:

“It was a treat meeting other students and faculty in Virginia (and elsewhere) doing RHM work.  I especially like the opportunity for faculty to mentor students and, in turn, learn from them.”

“The networking was most valuable.  The unique perspectives that people brought were also equally valuable.”

Lawrence explains that the Colloquium participants are now moving forward as a team.  In April, the second annual meeting of the VCRHM will be convened at Madison.  During this workshop-based meeting, team members will use their expertise to tackle a difficult and weighty issue in Virginia – managing communications and messaging as applied to the opioid crisis.  They are now analyzing methods of rhetoric to develop a humanities-based approach to the problem, including collecting qualitative data on communities in crisis and working through mechanisms to communicate findings to community partners (e.g. hospitals, first responders, public health officials), and other stakeholders.

“If not for the 4-VA grant, we would never have been able to begin this important work,” says Lawrence.  “We owe our foundation and progress to 4-VA — 100 percent!”

4-VA @ Mason logo

4-VA Grant Supports Growing Multilingual Student Population at Mason

While at some institutions a student population of 45 to 50 percent identifying that English is not their primary language at home might be viewed as a challenge — at George Mason University that multilingual and multicultural diversity is celebrated as a resource.

Although national data on this subject at the university level is not easily gathered, it’s a good guess that Mason’s level of multilingual diversity may in fact teeter on being historic.  The degree of diversity, however, is not surprising for a campus that is located near an international city like Washington, DC and one that has valued and encouraged diversity.

With no existing road maps for multilingual student success, Mason INTO has joined with the Stearns Center to develop a ground-breaking effort to harness this resource and create a path for faculty and students to support them on their academic journey.

Helping build that path is a grant from 4-VA which funds two fellows who are already knee deep in data analysis and resource development – the foundation of the effort.

“At Mason, we pride ourselves on our diversity, but we can’t just point to our population numbers and say ‘look at us’ — we want and need to do more.  Our focus is to develop Mason’s agility and ability to work across cultures and languages,” explains INTO’s Interim Academic Director Karyn Kessler.  “We have a treasure trove at our fingertips which we can use to prepare Mason grads to have a global mindset and to work on global problems.”

Sara Mathis was brought on to analyze and report on quantitative and qualitative data regarding multilingual/international students, and their educational needs, as well as to design and implement follow-up studies to determine further needs for students and faculty. Mathis points out, “Although we already have clear data about international students, who form 8-11% of Mason’s student body, it’s important that we expand our base to include all our multilingual students. For instance, when we look at the results of surveys of the 100 level students, we conclude that 30-35% of our students speak a language other than English at home.  However, when we survey our 300 level students, which includes transfer students from NOVA, that figure grows to as high as 45-50%.”

Esther Namubiru has been selected to develop online resources and face-to-face guidance for faculty as they work with both international and locally-based Mason students who would benefit from English language support.  “We are looking at developing a variety of resources for our faculty in this area,” notes Namubiru.  “It might be a workshop or a series of workshops, course redesign support, online resources, or presentations – we will be flexible in our delivery methods based on the needs of the faculty.”

Thanks to 4-VA support, Mason is now set to move forward to take a leadership role in this arena.

Shelley Reid, Director for Teaching Excellence at the Stearns Center and Kessler’s partner in the program, notes “Our Mason student population is a microcosm of the population of Metropolitan Washington, DC, which, in turn, is a reflection of our growing global community.  We have an exciting resource at our hands, and we want to make the most of it.”

 

4-VA Funding Advances the ASSIP Success Story

As a former high school science teacher at Chantilly and Thomas Jefferson in Fairfax County, Andrea Cobb, (PhD in biochemistry) saw the difference with her own eyes.  After sending her students off to a summer research experience through Mason’s Aspiring Scientist’s Summer Internship Program (ASSIP), they would return in the fall as changed students.  “They came back to school looking and sounding like inspired scientists, with a resume full of authentic research under their belts.  I could see the difference in their eyes and read it in their papers,” says Cobb.

Fast Forward: Today Cobb is the Director at ASSIP and has hands-on evidence of that evolution, from student learner to avid researcher, reflected in the more than 100 students that passed through the doors last summer – both high schoolers from across the region and undergraduates from across the nation.

Launched in 2007 by Dr. Lance Liotta, Dr. Emanuel Petricoin III, Dr. Virginia Espina, and Amy Adams, ASSIP gives high school and undergraduate students with an interest in STEM access to real-world, research.  ASSIP attracts students from a wide range of schools — from Virginia (including UVA and William and Mary), to California, (including Stanford and Berkeley), as well as students from smaller schools like Troy University and Carleton College. Mentors from Mason’s College of Science donate their time each summer to deliver this rich experience.

ASSIP’s reputation is almost without parallel. “Aside from a similar program being run, and richly funded, by NIH; ASSIP is in a league of our own,” says Cobb.

The program boasts a long string of success stories, including 2018 ASSIP alums Ankit Gupta and David Rudo who won Virginia Congressional Representative Gerry Connelly’s APP Challenge (a national competition aimed at encouraging U.S. high school students to learn how to code by creating their own applications) with their leading-edge technology known as “Stroke Save.”

As Cobb reports, ASSIP and the team behind it, had much work to do.  Their intention was to go full steam ahead and grow the program exponentially.  “We see this program as a game changer for our students. And to be truly successful, we need to broaden our reach,” explains Cobb.

For 2019, their goals were aggressive: Grow from 100 students and 25 mentors in 2018, to 200 students with additional mentors this year.

But the challenge for Cobb was clear:  funding.  They would need to supplement their budget with the dollars necessary to overcome a number of critical roadblocks preventing them from scaling up including conducting background checks, hiring a work flow manager, developing a training program for grad student mentors and a myriad of other essential elements.

That’s where 4-VA came in.  “This program aligns nicely with our 4-VA goals,” says Mason’s Campus Coordinator and Associate Provost Janette Muir.  “We identify and support those jewels of ideas that create opportunities for higher education.  We see the possibilities and provide greater access.”

Now, thanks to that grant from 4-VA, Cobb put the ASSIP growth plans into motion. The 2019 summer program includes students from 54 universities and 171 high schools worldwide.   Cobb notes that there are 135 participants researching with 38 mentors.  Of the 135 students, 41 are college students from at least 16 different universities in 7 states (Virginia, Pennsylvania, Maryland, DC, Florida, Kentucky and New York).  Virginia universities represented include William and Mary, George Mason, University of Virginia, the University of Mary Washington, James Madison University, Virginia Tech and Northern Virginia Community Colleges.  The high school students hail from 28 different high schools within 5 states (Oregon, California, Maryland, New Jersey and Virginia).

In addition to the 135 students mentored for the entire summer, ASSIP has expanded access to real world research through several shorter duration courses.  This summer, 107 students attended research-related short courses including Introduction to Bioinformatics, Hands-On Introduction to Data Sciences and Life Sciences Proposal Preparation Boot Camp.

Dr. Michael Summers addresses the ASSIP students.

With that, they have welcomed 242 students for research this summer, well exceeding their 2019 goal of 200 students.  That welcome officially kicked off June 17 with the ASSIP orientation.  The students filled the Verizon auditorium at the Sci-Tech campus, brimming with ideas, energy and enthusiasm.  After settling in to their seats in the auditorium, the orientation started strong with a presentation by Mason’s own Dr. Michael E. Summers, a planetary scientist who specializes in the study of structure and evolution of planetary atmospheres.  Summers reviewed for the students his role and experiences on the mission teams of several NASA space probes considering science planning and interpretation of spacecraft observations. He is currently a co-investigator on the NASA New Horizons mission to the Pluto-Charon double planet, where he serves as the deputy lead of the Atmospheres Theme Team.

Following Summers’ presentation, students were divided into groups so that they could learn more about important safety procedures in advance of their summer research.

Svetlana Senina, Biosafety Officer
John Crocker, Chemical Safety Manager

 

 

 

 

 

 

 

The afternoon was filled with copious note taking, thoughtful discussion, and group decision-making.  For 17-year-old Divjot Bedi, a rising senior at Thomas Jefferson High School for Science and Technology, it was a day to whet his appetite for a deep dive into another summer of research.  This will be Bedi’s second stint at ASSIP and he can’t wait to get started.  “Last year, I gained a lot of strengths going through this program, but, importantly, I also learned a lot about my weaknesses, it showed me where I needed to focus to make the most of my time here,” said Bedi.  “This program fosters creativity, imagination, and collaboration — it’s truly exciting.”  Bedi emphasizes the importance and value of working with a mentor.  “I was able to do research with Dr. Caroline Hoemann last year, who is in the Bioengineering Department.  We analyzed white blood cell movement and how that might be applied to cancer research and therapy.” Bedi is clearly passionate about his work through ASSIP, but credits the program for giving him hands-on access to important research that brings his passion to life.

Even with the heavy lift of the subject matter during the orientation, it was clear that the aspiring scientists concluded the day more enthused then when they walked in that morning.

Concludes Cobb, “This funding couldn’t have come at a better time.  Imagine the possibilities; imagine the real-world difference this will make. We are so appreciative of the 4-VA support.”

Collaborative Research Grants — Deadline Extended to Feb. 15!

NOVA and Mason Summit Encourages Business and Educational Collaboration

Taking another important step forward, the innovative partnership program between Northern Virginia Community College (NOVA) and George Mason University (Mason) — known as ADVANCE — recently hosted a Summit which brought together regional and national leaders from both the Technology and Health sectors to work with faculty to develop collaborations in support of current students and future needs of the business community.  This summit was the first in a series of meetings supported through an APLU Collaborative Opportunity Grant.  Mason 4-VA supports the ADVANCE initiative through personnel support and course development — aligning well with state 4-VA goals focused on access and completion.

Although the goal of the Summit was multipurpose, it focused heavily on determining the future employee skill sets desired in the two sectors with an eye toward building educational curricula for the Mason/NOVA ADVANCE students to meet those needs.  “We recognize the importance of building relationships with the business community so that we can work together to build the employee workforce necessary to be successful,” explained Janette Muir, Associate Provost for Academic Initiatives and Services at Mason, one of the hosts of the event.

A wide range of more than 40 diverse companies were represented at the event – including MITRE, Deloitte, SAIC, Amazon, INOVA, OrthoVirginia, and Sunrise Senior Living.  Leaders from these companies along with faculty from Mason and NOVA spent the afternoon in a working round-table setting, outlining the specific needs of future work forces.  “We want our students to walk into the doors these companies and others being the best prepared and effective employee. To do so, we need to identify the current knowledge gaps and determine what we can do to bridge those gaps,” continued Muir. 

The Summit produced an array of concrete steps to begin to integrate not only the hard, technical skills needed by the business community but also a detailed list of “soft” skills important in any office environment, including communication tools and techniques, office protocol, business development and team building.  

Thanks to the Summit, faculty members from both NOVA and Mason will return to their departments armed with an updated set of educational goals and guidelines to integrate into their curricula. 

Karen Underwood, the Academic Manager of Computational and Data Sciences at Mason left the Summit with an even more concrete result, a list of business community members who have agreed to visit the campus to provide seminars to students on a variety of topics.  Underwood sees real value in developing these relationships, “Learning about real world work scenarios and meeting potential future employers as an undergraduate will be a wonderful networking opportunity for our students.  This feels like the start of something very worthwhile for all.”