Why join CS at Grinnell?

We think Grinnell is an excellent place to be if you are passionate about both teaching and scholarship and want to make a difference in the lives of young adults. Here are some of the things that set us apart.

You can also read more about our tenure-track position and some recent questions and answers about that position.

Teaching CS

At first glance, undergraduate curricula and departments may seem similar. Everyone teaches some kind of data structures and algorithms courses. Everyone has some required systems courses. Most require an upper-level theory of computation course. In those ways, Grinnell is much like other departments. But some characteristics of the curriculum and the College make us special.

  • An internationally recognized curriculum. Grinnell is one of only five curricular exemplars in the Joint ACM/IEEE Computer Science Curricula 2013.
  • A multi-paradigm introductory sequence. We believe students learn CS best if exposed to a broad variety of approaches. We emphasize functional programming in the first course, imperative in the second, and object-oriented in the third. As you might expect, each class develops student skills in algorithmic thinking. Each class also focuses on a particular problem domain. This year, the first course will consider media computation, the second robotics, and the third computing for social good.
  • An emphasis on active learning. We've been teaching with a type of "flipped classroom" for more than two decades. Particularly for the introductory sequence, our model is that students do a bit of reading before class and spend most of class time working on problems with other students.
  • Strong support for innovative teaching across the College. Grinnell is a place in which colleagues will encourage you to try new approaches to your teaching and the College will help support such innovation. Grinnell also encourages faculty to learn from each other with a variety of resources, including a regular Science Teaching and Learning Group and week-long summer workshops on a wide variety of topics.
  • An individually-mentored curriculum. Grinnell has no required general education courses, other than a first-year seminar. Rather, advisers help students figure out what classes will be best for them. As a teacher, you'll find that the students in your classes are there because they want to learn the material, not because they are checking off a requirement.

The department also has a strong commitment to diversifying the discipline, which is reflected not only in the issues discussed above, but also in a number of other departmental initiatives. Many efforts focus on developing a sense of community in the department, including peer mentoring programs, weekly lunchtime discussion groups, and evening study breaks. Our efforts have been successful. For example, over 30% of our majors are women, at least twice the national average. The CS department is also active in institution-wide diversity efforts, such as the Grinnell Science Project (GSP), which has been honored with the Presidential Award for Excellence in Science, Mathematics and Engineering Mentoring for more than twenty years of successful efforts to increase the number of students from underrepresented groups who earn degrees in the sciences. Two members of the department have served as leaders of GSP in recent years. We are also active in the the Liberal Arts Colleges Association for Faculty Inclusion (LACAFI), an organization co-founded by Grinnell that aims to assist in the recruitment and appointment of faculty committed to diversity in the sciences. We particularly hope that candidates who share our commitment to diversity will apply.


Grinnell, like most comparable institutions, expects that its faculty are strong teachers and strong scholars. And like most comparable institutions, we provide faculty with startup funds, annual research grants, and support for travel to conferences. But there a few things that set Grinnell apart.

  • Faculty research labs. When we moved into our new space in 2007, we made sure that each faculty member had a research lab in addition to an office. Labs can serve as a place for specialized equipment, a place for your research team to work, a place separate from your office to get work done.
  • A rich culture of student-faculty research. Grinnell's student-faculty research fund regularly allows interested faculty to work with students each summer while compensating those students appropriately. Faculty also receive teaching credit for summer work with students. Funds are usually available for at least four students per faculty member. Students regularly present their work at regional, national, and international peer-reviewed conferences.
  • Broader connections. Grinnell is one of twelve liberal arts colleges that belong to the Computing Research Association (CRA).

You may also find it useful to read our statement on expectations for scholarship.

Synthesizing Teaching and Scholarship

While many people separate teaching and scholarship, we often find ways to integrate the two. Many of us have student co-authors on research papers (typically as an outcome of summer research projects). We also leave room in the curriculum for courses that tie closely to our areas of research, such as computer vision and value-sensitive design. In addition, several faculty members in the department contribute to the scholarly literature in computer science education.

Helping Early Career Faculty Succeed

We work hard to hire faculty we think will do well at Grinnell. We work as hard to make sure those faculty will succeed. In addition to the support for teaching and scholarship mentioned above, Grinnell provides a wide variety of resources, from opportunities for mentoring to an active early career faculty group which provides both social and professional support for such faculty.

A Bit More About Grinnell

Grinnell is a highly-selective liberal arts college, ranked in the top-twenty in the US News and World Report analysis (#19 this year). Grinnell has a well-deserved reputation for undergraduate teaching. A recent NSF report ranks Grinnell 7th per capita among schools from which science and engineering Ph.D.'s received their bachelors degrees.

Grinnell has a strong commitment to social justice, revealed, in part, by our need-blind admissions process. We do not consider ability to pay in making admissions decisions, and we meet the full demonstrated financial need (at least according to government calculations) of students we accept. 87% of our students receive financial aid, with an average financial aid package of over $45,000 to students demonstrating need. In an era in which student debt is a mounting problem, Grinnell students in the class of 2015 graduated with an average debt of only $16,000.

Our commitment to social justice and our admissions process lead to a diverse student body. The class of 2020 includes approximately 25% international students, 15% first generation college students, and 25% domestic students of color.

Because our students are active participants in their choice of courses, most also successfully integrate a broad variety of interests, taking ideas and approaches from one course to another, from outside their coursework into their coursework, or from their coursework to the broader community. Many prospective faculty are attracted to Grinnell by the quality of our students.

Information for visitors and prospective students

Noyce Science Center

The Computer Science Program at Grinnell College contains many exciting elements:

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