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On the role of Distinguished Engineer and CTO Mindset Apr 27, 2025 The future is bright Mar 30, 2025 On Amazon Prime Video’s move to a monolith May 14, 2023 All developers should know UNIX Jun 30, 2022 Java is no longer relevant May 29, 2022 TypeScript is a productivity problem in and of itself Apr 20, 2022 The passwords are no longer a necessity. Let’s find a good alternative. Mar 2, 2020 Microsoft acquires Citus Data Jan 26, 2019 Facebook is the new Microsoft Apr 14, 2018 Leaving Facebook and Twitter: here are the alternatives Mar 25, 2018 Emails, politics, and common sense Jan 14, 2017 Windows 10: a confession from an iOS traitor Jan 4, 2017 Apple’s recent announcements have been underwhelming Oct 29, 2016 Why I switched to Android and Google Project Fi and why should you Aug 28, 2016 In search for the mythical neutrality among top-tier public cloud providers Jun 18, 2016 Files and folders: apps vs documents May 26, 2016 What can we learn from the last week's salesforce.com outage ? May 15, 2016 Managed IT is not the future of the cloud Apr 9, 2016 OAuth 2.0: the protocol at the center of the universe Jan 1, 2016 What Every College Computer Science Freshman Should Know Aug 14, 2015 Big Data Should Be Used To Make Ads More Relevant Jul 29, 2015 Attracting STEM Graduates to Traditional Enterprise IT Jul 4, 2015 Smart IT Departments Own Their Business API and Take Ownership of Data Governance May 13, 2015 The Clarkson School Class of 2015 Commencement speech May 5, 2015 Microsoft and Apple Have Everything to Lose if Chromebooks Succeed Mar 31, 2015 Java, Linux and UNIX: How much things have progressed Dec 7, 2010

Attracting STEM Graduates to Traditional Enterprise IT

July 4, 2015

[caption id="attachment_189" align="aligncenter" width="660"]Studiying Studiying[/caption]

Techcrunch reports:
If 17-year-old Google is at all worried that it’s losing its mojo, it should find some new data highly reassuring. According to a survey of 19,000 students across 340 universities around the world, Google is still their top choice when asked where they’d want to work.

Their other top picks, in descending order: Apple, Microsoft, Facebook and Amazon.

Apple, Microsoft, Facebook and Amazon are not the only ones in need of top Computer Science talent. Financial companies have plenty of openings. Just about any medium-large sized traditional enterprises advertises openings for top talent as well. However, as the Techcrunch article reports, no Computer Science student wakes up every morning saying "I dream of working for a bank on nightly batch jobs!" or "I dream of working for a paper products wholesaler configuring ERP systems!" -- this is just sad reality. If every CS major only wants to work for the top 5% companies, that leaves the vast majority (95%) of the companies struggling to attract and retain the top talent.

A person saying "I am enthusiastic about building software products" is very different from a person saying "I am enthusiastic about solving business problems using software products." Former wishes to build tools, the latter wishes to solve problems with tools. There is a reason why some schools have a degree program called "Information Systems." Scanning through the Rider Univeresity Information Systems program we see topics like this:


  • Apply practical knowledge in their use of computer-based productivity tools.

  • Demonstrate an understanding of enterprise integration applications such as SAP R/3.

  • Explain the value of electronically integrating the major functional areas of an organization in order to facilitate more effective management decision-making.

  • Rider's Department of Information Systems & Supply Chain Management is a member of the Oracle Academic Initiative, the SAP University Alliance and the Microsoft Developer’s Network (MSDN).



Rather than being a Computer Science program, this is a program in management and information systems -- and that is what the majority of the traditional enterprises demand. In fact, trying to recruit a Computer Science major for such openings would be doing a disservice to both the employer and the candidate. The employer would find it difficult to staff traditional enteprise IT openings with Computer Science graduates who will in turn find it less desirable to work on such projects.

The needs of enterprises don't stop at IT, however. Custom internal applications and algorithms can be a major differentiator among competitors. In sales ability to anticipate and predict customer product demand can be the difference between a closed sale and a missed sale. Ability to optimize truck routes can mean millions of dollars in savings. In finance market analytics can make a difference between a successful investment and a failed one. So how does a traditional enterprise attract STEM graduates who wouldn't normally look for a job there ?