Creating a Sustainable Professional Network of K-16 Science Faculty
Author: David May;Nancy Shapiro;Basmat Parsad;Joy Frechtling

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4. Results
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All program areas showed large increases both in the numbers of collaborations among participants, and in the numbers of "vertical" partnerships - those that were between a K-12 teacher and an IHE science faculty member. The numbers of collaborations within each area before and since the VIP project are shown in Table 1.

Table 1. Increases in the numbers of collaborative relationships among VIP participants and in "vertical" collaborations between K-12 and IHE faculty, in four program areas.

Area of collaboration

Number of collaborations

Change

Number of "vertical" collaborations

Change

Before VIP

(2002)

Spring 2006

Before VIP

(2002)

Spring 2006

Inquiry instruction

194

711

4x

19

181

10x

Mentoring relationships

25

175

7x

7

69

10x

Undergraduate teaching interest

42

154

4x

5

49

10x

Planning VIP activities

85

623

7x

26

195

8x

The graphical networking diagrams display very dramatic changes in all program areas. As an example, the diagrams for program area 1 (sharing inquiry teaching strategies) are shown in Figure 1 (the overall network) and Figure 2 ("vertical" collaborations).

Fig. 1. Networks on sharing new inquiry science teaching strategies or materials: before and since VIP.

Before VIP (2002)

Spring 2006

N=134 (Network participants= 110; Isolates = 24)
Number of possible ties = 8,911
Number of ties in network = 194
Percent of possible ties in network = 2.2%

N = 134 (Network participants= 134; Isolates = 0)
Number of possible ties = 8,911
Number of ties in network = 711
Percent of possible ties in network = 8.0%
Number of new ties = 517

NOTE: Detail may not sum to totals because of rounding.

SOURCE: Survey on Collaborative Ties Within the Vertically Integrated Partnership (VIP) Program, 2006.

Fig. 2. "Vertical" networks on sharing new inquiry science teaching strategies or materials: before and since VIP.

Before VIP (2002)

Spring 2006

N=134 (57 IHEs and 77 MCPS)
Network participants = 26; Isolates = 108
Number of possible ties across groups = (57x77) = 4,389
Number of ties across groups = 19
Percent of possible ties across groups = 0.4%

N=134. (57 IHEs and 77 MCPS)
Network participants = 101; Isolates = 33
Number of possible ties across groups = (57x77) = 4,389
Number of ties across groups = 181
Percent of possible ties across groups = 4.1%
Number of new ties = 162

graph key: red = IHE faculty, blue = K-12 faculty

NOTE: Detail may not sum to totals because of rounding. The networks focus only on ties between IHE and K-12 participants and they do not include ties within each of the two groups.

SOURCE: Survey on Collaborative Ties Within the Vertically Integrated Partnership (VIP) Program, 2006.

In addition, the data show that a few key personnel are central to the networks and have connections with relatively many other participants. However, removing these people from the analysis in most cases does not disrupt the high density of the networks. In other words, while these key people are connected to a large number of others, the others are still connected to each other directly and not just through key leaders.

Again, these results indicate a large increase in the number of collaborations but not their intensity, something upon which the interview responses touched. The comments of those participants who were interviewed revealed the following themes:

  • Minimal connections meant either minimal involvement, or intense collaboration with a few partners;

  • Teachers and faculty liked the benefits to their teaching and curriculum, as well as the more collaborative work atmosphere engendered by the new connections.

  • Challenges to continued partnership included time and geographical constraints; administrative resistance; and human fatigue.

  • Sustainability of professional collaborations requires formal structures, which in turn require dedicated funding.