Developing Socially Responsible Engineers at Columbia University
Days on Campus, an event for prospective undergraduates, provides an opportunity to reflect on the Engineering School and CTICE’s missions and strategic visions. The language we use is that the School treats engineering as the liberal art of the twenty-first century. We firmly believe that a working knowledge of engineering, technology, and applied science is an essential part of the education of today’s global citizens. We want to educate future engineers and applied scientists to be both technically capable and socially responsible. The School’s mission emphasizes education, research, and social responsibility. The key strategy for linking these three elements is robust community engagement throughout the student’s academic path.
From early admission events to students’ first day on campus, we try to communicate the importance of academically integrated community engagement. This is a big aspect of our academic identity: we are the only major research university to require credit-bearing community engagement courses for all entering engineering students. These students become part of a greater collective: more than 800 students and faculty from across the University who work on community projects. Other community engagement opportunities include 30 credits of course offerings as well as co-curricular programs and focused internships.
Every engineering student takes our unique introduction to engineering: “Design Fundamentals Using Advanced Computer Technologies,” our first-year design course that is a cornerstone of a student’s academic experience at the Engineering School. The course uses our proven community-based learning pedagogy: students learn by doing, working in small groups to create real design solutions for real clients in New York City.
This course forces students to tackle complex projects and solve real-world challenges while, we hope, recognizing the social and cultural implications of what engineers do, and the beneficial role engineering can play in today’s society. We believe that students should not merely master academic skills, but also learn to apply engineering knowledge to real world problems in a responsible manner. Our first-year students have designed a playground swing for individuals confined to wheelchairs, a greenhouse for the Frederick Douglass Academy (a local public school), and a specialized walker for patients at a local assisted living facility.
Our goal is to train a new generation of global citizens who are technically skilled, intellectually creative, and socially aware. We want to instill in our students a sense of social responsibility, the ability to make ethical decisions, and a genuine awareness of the communities where students practice their skills.
During their remaining three undergraduate years, students have other academic and co-curricular opportunities to apply technical knowledge and skills to community challenges. Through the Engineering School’s growing number of interdisciplinary courses and minors, students can look at complex problems through the combined lens of science, technology, and society studies. One of our strengths is our strong foundation in the liberal arts, and the School encourages every student to enroll in an interdisciplinary or liberal arts minor to help them learn to view technical challenges in non-technical ways. By selecting a minor in, say, political science, economics, or human rights, a student can study technology within the context of social norms and global cultures. Similarly, our interdisciplinary minor in entrepreneurship helps students identify opportunities to use technology to promote economic development in communities. In multiple entrepreneurship courses, students work with entrepreneurs to support the development and delivery of new products and ventures. They quickly learn that a new product or service may work technically, but will not be accepted by a community either for cultural reasons or because of a lack of infrastructure.
We believe that providing students with real world projects, working with real clients, and attacking context-specific problems helps develop the socially responsible engineer. At Columbia, our students don’t have to look far to see how theory plays out in practice. Does a technical design work in a community context? Is it culturally appropriate, in this or another community? How can politics or policy derail an otherwise elegant technical solution?
Most importantly, at Columbia students do not measure success simply by how much they learn, but also by the positive, tangible, meaningful change they make within the community and upon the world.
CTICE Twin Missions: From Classroom to Community
When we explain what CTICE is about, we often start with what we call our twin “community-based learning” missions. The first mission is to improve student learning: How can we structure our educational offering so that they effectively teach the knowledge, skills, and capabilities we want students to learn? The second mission is to have a positive impact in the community: How can our programs help individuals and organizations flourish and achieve their objectives? We want our programs to increase the community’s ability to be economically vibrant and self-sufficient.

Our community-based learning classes attempt to integrate these twin missions into the curriculum in measurable ways. Students need to acquire specific areas of content knowledge as well as effectively apply this learning in the context of real community challenges. The community, in turn, must benefit from the students’ efforts in tangible ways.
For community-based learning to be effective, a student has to be able to transfer classroom knowledge into a real-world application that leads to tangible results. For this transfer to occur, students have to bridge the gap that occurs naturally between knowledge acquisition and application. I call these “transition gates,” points in the learning process where students can reflect on the learning and receive feedback.
For example, the First-Year Design Course provides opportunities for students to acquire design knowledge and then apply it within the context of a community project. As educators, we are always experimenting with the optimum balance between knowledge (theory) dissemination and transfer (practice). Part of this balancing act has to do with sequence, when is the best time to deliver specific content and when should the student apply this new knowledge in the lab or field. CTICE adopts a “just-in-time” methodology.
In the first-year class, this is relatively straightforward because the design process embodies a sequence that all students follow. By following the typical design sequence—problem definition, research, conceptualize, test, evaluate, and build—a teacher has natural transition gates that allow the students to stop, take newly acquired content, reflect, and then apply this knowledge in a laboratory and/or field context.

Experience has taught us that students need to acquire several socio-behavioral competencies to be able to transfer technical content to community settings (or any authentic context). To some extent, competencies vary according to context, but for community capacity-building projects, we know what these competencies include active communication, collaboration, and project management. In a design project, it is not sufficient to understand the process and the associated technical tools required for specification and testing. To apply these tools, students need to communicate effectively with their community clients, clearly defining problems and identifying customer requirements. Students need to understand the problem and the requirements for a satisfactory solution before they can develop design specifications. Furthermore, open-ended type design problems require teamwork and project management. Students must work not only with fellow peers, but also with advisors, instructors, outside experts, and others to solve the problem and provide a workable solution. Negotiation and compromise are hallmarks of open-ended problem solutions. Finally, managing the design sequence and its many tasks requires organization, defining tasks and responsibilities, and staying on schedule.
Many pedagogical strategies help students develop community-building skill sets and support the transfer of learning from theory to action. CTICE educator strategies include weekly reflections, design journals, video documentation, and multi-source assessment methods. These methods are applied at the transition gates I discussed earlier, providing the students an opportunity to reflect on how new knowledge applies to a community project. We provide frequent performance and project feedback during these transition points as well.
CTICE educators have developed several pedagogical strategies and tools to support reflection and feedback within transition gates: reflections on particular assignments, design journals, etc. These help students apply newly acquired skills to community projects.
A particularly fruitful avenue has been multi-source assessment and feedback, a formal process that provides students with critical information from several sources—themselves, peers, instructors, advisors, mentors, and community members—about their specific behaviors and skills. Multi-source assessment gives students a better understanding of personal strengths and areas needing development.
CTICE proprietary multi-source assessment tool is the Professional Developer, an online survey process designed to provide students with constructive, developmental feedback regarding their effectiveness on several specific cognitive and behavioral skills. The basic Professional Developer application allows student team members to rate both themselves and their teammates on items designed to identify skills based on behaviors that have been found to be important for practicing engineers. An administrative application collects and compiles the data, generating confidential reports that compare an individual’s self-evaluation with his team’s evaluations across the same categories. This developmental feedback highlights a student’s overall strengths and pinpoints areas for development. Educators receive reports on the skills at the team and class level.
For the design class, the Professional Developer helps students not only to self-reflect but also to develop the community-building skills required to work effectively on community projects. This method is powerful. When integrated as an assignment within our design curriculum, multi-source assessment enables students to identify strengths as well as areas for further development, helping us realize the mission of facilitating the transfer of learning from classroom to the community.
An Application of the CTICE Community-Based, Service Learning Model
Originally posted March 27, 2009.
On Wednesday 3/25, we completed a major phase of a service learning project in CTICE’s Science, Technology, and Society class at Columbia University. The focus, this semester, has been on working with the University’s Advisory Committee on Socially Responsible Investing (ACSRI) to draft shareholder resolution proxy voting guidelines for subsequent use by the Committee. The process for drafting the proxy guidelines provides a prime example on how the CTICE community-based service learning model can be applied to different community contexts and issues.
CTICE-supported community-based learning courses and programs offers unparalleled opportunities for Columbia University students to develop and support community-based initiatives. The size of the program—800 students working on more than 100 projects—means that students consistently play a major role in research and implementation efforts, not only in designing products, processes, and systems for local community clients but also in completing interdisciplinary research and advancement projects that advance the knowledge of the focus area. CTICE connects students with the local community, as well as supporting community engagement at the institutional level. All projects start with the community, and CTICE measures success by the tangible results it achieves for community clients.
Students are major players in all CTICE programs, and student interest and involvement are major drivers for which projects are eventually integrated into CTICE classes and programs. And with this socially responsible investing class, this is clearly the case.
In the Fall 2008, the ACSRI held its annual town hall meeting, inviting the Columbia Community, at large, to submit proposals about any concerns related to corporate behavior on social issues. Proposals can be directly related to public companies held in the University’s endowment or more general issues as environmental sustainability or human rights. During the town hall session, proposing community members present the key elements of their concerns to the ACSRI members with time for clarifying questions. After the submitted proposals are presented, there is some additional time for open dialogue with the members and the community. Post town hall, the Committee reviews each proposal in detail and generates an action plan to respond to the community. These initial responses can range from a request for a more detailed proposal with further research and information gathering to the formulation of an immediate recommendation. Once the Committee has reviewed the proposals and conducted appropriate due diligence, it recommends a course of action to the Trustee Sub-Committee for Social Responsibility (TSSR). The TSSR facilitates the discussions with the full Trustees’ body, as appropriate, and advises the central administration on any major decisions. Once final decisions are reached, the ACSRI communicates with the proposers on decisions and any resulting actions.
During this Fall’s town hall session, student groups requested that the committee consider creating proxy voting guidelines to “confirm the basic views of the committee and ensure that these views are consistent with the core values and mission of the University”. Additionally, these non-binding guidelines would allow for consistency in voting decisions from one year to the next. The proposal rightfully suggested that publishing the guidelines would provide greater transparency enabling the Columbia Community, at large, to understand the rationale of such decisions. Finally, the proposal advocated that the process of developing these guidelines involve participation of the Columbia Community.
Once the ACSRI agreed to move forward with the proposal and create proxy voting guidelines, it was decided to dedicate one of the CTICE service learning classes to the project. The Science, Technology, and Society class was the natural choice due to its interdisciplinary, policy focused curriculum. This class has served on several occasions as a research vehicle for community related concerns and projects. For example, in Spring 2008, the class focused on the opportunities and challenges of creating new entrepreneurial ventures in low-income, urban areas. The research and community engagement outcomes of the class led to several initiatives in Harlem, including the opening of the Columbia-Harlem Small Business Development Center.
For the 2009 offering, this service learning class has focused on the role that socially responsible investing (SRI) has on corporate governance and behavior. Team projects focus on issues of community investment and social venturing, shareholder resolution processes and corporate engagement strategies. One of the core projects of the class is the design of the community-proposed proxy voting guidelines. A number of steps were taken to prepare students for the project. Throughout the first several weeks of the class, various speakers and experts in socially responsible investment, corporate social responsibility, and shareholder activism guided the students through shareholder processes and actions. Additionally, students were exposed to some of the key environmental and social concerns areas that would typically be the focus of the ACSRI. Students were divided into teams across nine major social concern areas; animal welfare, banking, charitable donations, environmental sustainability, equal employment, executive pay, health and safety, military and security, and political contributions. To help prepare students for the task at hand, each team was provided with reading resources within their focus area. Additionally, each student member selected a book, associated with their specific SRI concern, to read and critique. Finally, teams were given numerous examples of proxy voting guidelines from other universities, pension plans, and investment firms.
All of this brings us back to this past Wednesday. The teams, as a result of all their preparation, were able to draft guidelines for each of the nine social areas during the class period. As the student teams worked, ACSRI members and representatives from the Responsible Endowment Coalition walked around providing support to the teams. The finalized draft guidelines were provided electronically to the instructor at the end of class, the first deliverable completed and ready to be sent to the community client.
The project will continue beyond this week. CTICE remains active until the proxy guidelines have been finalized and published. This is an important part of CTICE’s model for community-based, service learning programs. Tangible results are mandatory and CTICE staff develops adequate transition plans to ensure that projects continue past a specific class or activity. For example, regarding this project, one of the students from the class will continue on the proxy voting guideline project through a CTICE summer internship, working with the ACSRI and the CTICE team.
CTICE Strategic Planning on the Green Agenda, Part One
As the CTICE team prepares for our second formal strategic planning session this week, I thought that a discussion of our preliminary thinking and experiences to date would be advantageous.
The CTICE team started a strategic planning process a few weeks ago driven by the desire to integrate a “green agenda” into our existing program offerings. For our growing team, this is the first time we have embraced a formal process to discuss topics like vision, goals, strengths, opportunities, threats, weaknesses and outcomes. Like most small organizations, we have struggled to find the time to think forward, being too preoccupied with current work activities. Most members of the current CTICE team have business and entrepreneurial experience, so strategic planning and implementation are familiar activities. Our past experiences with strategic planning vary; we have come from different organizations, each following a certain strategic planning model and process that worked within the culture of the respective institution. Now we must develop our own planning model and process, one that works for CTICE, an organization nested within the Engineering School, a School that fits within the larger University.
Based on our collective experience, we have made several wise upfront decisions on how to best move the strategic planning forward, including the use of an external facilitator, the participation of representatives from our customer base, the creation of a living strategic planning document (view current version), and a focus on our “green agenda” as a unifying theme. It is this last element that has had the most influence on our thinking about CTICE, providing a review of our currently stated purpose and goals, as well as a renewed look at these critical organizational elements through the lens of this new green focus area.
Our strategic process formally started with a two-hour session, conducting an environmental scan of the our “green” landscape. We brainstormed a list of green programs and activities at Columbia, identifying the program leaders, stated outcomes, strengths and weaknesses, and open questions. The list was long, the process messy, but several important issues emerged during the session. First, we realized that our overall green vision was not clear to all participants and that more clarification necessary. Secondly, there was a perceived disconnect between CTICE’s community-focused objectives and the faculty’s (one of our constituent groups) inherent research priorities. Finally, we recognized that Columbia’s extensive green programs would need to identified and prioritized into initiatives integral to our vision and mission versus those that exist as part of the broader landscape.
Since this first formal planning session, we have conducted several informal conversations as a team as well as in various ad hoc sub groupings. In addition, we have had opportunities, in both formal and informal settings, to present our initial ideas on the “green agenda” and receive feedback from the targeted audience. These opportunities have helped us to hone our vision statement as well as focus our short term program plans. In addition, these discussions have identified several issues that need to be addressed in the near future. One of these open issues pertains to CTICE’s philosophy regarding collaboration versus competitive positioning. This will be a focus of a future blog, but the issue of competitive advantage and its critical relationship to organization’s sustainability needs to be viewed though the lens of the non-profit environment.
Originally posted March 14, 2009.
CTICE’s “Living Peace” Initiative Evolving
Initially, CTICE’s Living Peace initiative was focused on interfaith engagement within the Harlem and Upper Manhattan community. The main goal was to find connections with various faith-based organizations as another mechanism to identify community needs and implement projects to help meet those needs. The strategy paid off immediately as we started to work with various faith-based institutions in Harlem, working on various projects ranging from accessibility issues to social venture incubators. As with other CTICE activities, the main driver is always about active engagement with the community. We look to pro-actively solicit input on asset development; how we can leverage our resources and that of Columbia’s to support capacity building throughout Upper Manhattan. As this work continues, we are becoming more active in the areas of social justice and human rights. Living Peace has become our vehicle to address issues of accessibility and inclusiveness; the mechanism to create awareness and open dialogue among all community members.
Originally posted March 13, 2009.


As mentioned in an earlier post, one of CTICE’s four operational goals is to enhance internal communication and collaboration among the core team and colleagues. We have been exploring several strategic ways to use social technologies for this purpose. One of our early experiments involves applying Twitter or micro-blogging to ensure team members are knowledgeable of the many events and activities occurring across our program areas – college level service learning classes and projects, K- 12, workforce development, small business development and engaged entrepreneurship programs. 
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