One of my favorite times at work is when the interns in my organization present the projects they have been working on for the past 10 or so weeks. It is amazing to see what they have accomplished during that period, and its impact on the business.
In my groups, I always make sure that everything the interns
work on makes it to production and has visible business impact. The interns enjoy
that quantifiable sense of accomplishment and seeing that their work lives in a
launched product and improves some aspect of it.
After the interns demo their projects, I schedule follow-up
1:1 meetings with each of them. During the meeting, we go over their
experiences during the internship, what they have learned in the process, and
how can we make the experience better the next time around.
Their suggestions are always on point, constructive, and actionable.
The conversations invariably drift to learning more about Microsoft, and what
advice would I give them to have a successful engineering career after graduating
and joining the workforce.
I always give them the same advice I give to seasoned software
engineers be curious, collaborative, and develop your communication skills.
In our field, curiosity is very important. The field changes
very fast, and curious engineers adapt and learn new skills that help them in their
career. Technologies that are hot today are obsolete tomorrow, and curiosity
and learning guards against that.
I have hired many an engineer that had no formal education
in machine learning, distributed systems, or language runtimes, but were
curious about the area, and their curiosity drove them to do the legwork, and
learn from textbooks, online courses, open source codebases.
Curious engineers are also not shy at asking questions and
using these to elevate their knowledge about the subject matter, or help others
articulate a design or idea better, which is a big win for the whole team.
In our field, collaboration is also very important. Software
development is a team sport, and today’s large codebases are seldom developed in
isolation by a single developer. They usually involve multiple engineering
teams, and multiple disciplines such as design, product management, testing,
and operations. Learning how to navigate that maze and collaborate within and
across disciplines is a valuable skill to have and pays off later in one’s career.
Finally, we come to communication skills. Most engineers dedicate
an inordinate amount of time to learning new technologies, and forget to
develop, and exercise their communication, presentation, and influencing
skills. These skills are important even at the beginning of one’s career, and
become deal breakers as the career progresses, both for individual contributors
and managers.
After our conversation, the interns spend the rest of the
week off-boarding, and go back to school. I am always pleasantly surprised when
they reach out to connect later, and doubly happy when they decide to join my
teams after graduation.
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