I am taking the second
half of the course, but am not doing this project.
Summary of project:
Using social network analysis, this project seeks to
understand the social network of policy staff at the top ten technology companies
in the United States: Apple, Microsoft, Alphabet, IBM, Intel, Cisco, Oracle, Amazon,
Facebook, and Qualcomm.[1]
These companies are influential in terms of technology policy, but also in
arenas like tax, immigration, and employment policy. This project will look at
how policy staff at these companies are connected to each other by school and former
workplaces. What might those connections mean for who gets hired, policy
positions, and policy outcomes?
Background:
As technology companies have become larger and their
products more ubiquitous, there are numerous policy-relevant questions about the
role of technology in society, such as who should technology companies be able
to sell ads to during elections[2], who
owns users’ data[3], and
how do we ensure users’ privacy?
Legislation and regulation on each of these topics is shaped by government
staffers, who are influenced by lobbyists and policy staff from technology
companies. Thus, it’s useful to understand who the staff are in policy jobs at
technology companies, and their relationships with each other and past
employment in government.
As far as I know, there is no social network analysis
looking at this topic, with the exception of research by Miranda Bogen, which
partially inspired this proposal.
Research questions:
Do policy and communications staff at top technology
companies come from the same schools (i.e. Stanford) or the same former
workplaces (i.e. the US Digital Service)?
Is the “revolving door” between technology companies and
government more pronounced for any of the companies on the list?
Has the number of staff switching from technology to
government, and vice versa, changed from the Obama era to the Trump era?
Hypothesis
I hypothesize that policy and communications staff share
alma maters, in particular Stanford, and past government technology policy workplaces,
like the U.S. Digital Service, Federal Communications Commission, and White
House Office of Science and Technology Policy. I would also hypothesize that
Google has the largest revolving door, as Miranda showed that a number of
Google employees were appointed to work in the White House.
Plan for data collection
and methodology
This would involve creating a new data set of public policy
staff at the top ten technology companies. This data set would include information
on each individual’s current workplace, past workplace since 2008 (the
beginning of the Obama administration), university attended, gender, and level
of seniority. I would gather staff information through company websites, media
reports, and publically available information on opensecrets.org and LinkedIn.
Then, I would either create two two-mode data sets, one with
companies and individuals, and one with companies and schools. For both data
sets, years worked at or years attended would be an attribute. Then, I would look
at where individuals overlapped, both at school and at work. Alternatively, I
could create a valued data set, with the numbers indicating number of years at
a shared workplace or school, and look at overlap that way.
Once I had a data set, and could look at overlaps, I would
analyze the network for cliques, factions, directionality, and centrality
measures. Do people come from the same schools and past workplaces? Are there a
few people who are particularly well-connected, or is the network very dense? Do
any companies have stronger “revolving doors” than others, and has that changed
from administration to administration? Lastly, are there patterns that could indicate
who might be influential in these roles in the future?
Challenges and
limitations
The first major challenge is which companies to include on
the list. I drew my list from the Forbes 2000 of largest companies by revenue,
but there might be another better way to look at top companies.
The second, and larger, challenge is figuring out who all
the policy staff are at each company. Each company has a policy department, but
often staff do policy-relevant work, but don’t have “policy” in their title. So,
from the outside, it might be hard to determine who is on the policy team. In
an ideal situation, I would be able to do interviews with each company, and determine
who was on the team. Otherwise, the data set would likely be incomplete.
Conclusions and
potential future scope
This analysis would be very useful to technology companies
looking to find the most influential policy team members, helpful for
government looking to hire top technology policy talent, and equally useful to
lobbying watchdogs and journalists to better understand and report on networks
of power in the growing technology industry.
In the future, this analysis could be expanded to look at
overlaps between the top 50 companies in the technology and telecommunications sectors.
As large technology companies reach potential monopoly status, they will likely
tap staff and draw on lobbying techniques from the telecommunications sector,
who have relevant experience.
[1] https://www.forbes.com/global2000/list/3/#country:United%20States
[2] https://www.nytimes.com/2017/10/19/us/politics/facebook-google-russia-meddling-disclosure.html
[3] https://www.washingtonpost.com/news/the-switch/wp/2017/09/20/the-single-most-depressing-thing-about-the-equifax-breach/?utm_term=.991dac463e70
1 comment:
This is OK. Would have liked to see something that added a bit more to Miranda's approach, although I like the two 2-mode network approach. With this data, you could ad the two matrices together to look at the strength of combined school and company ties, and even done some ERGM analysis (which we may get into in the second half.) Your net Q. could also address the net effect(s) a bit more directly. The only one that does is the revolving-door one, as you are asking whether the school net has any direct influence on the propensity to change jobs.
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