New
International Conference on Information Systems (ICIS) (2018) AI Processed Human Approved
Service Learning in Information Systems Education:Pedagogical Approaches to Support Experiential Learning and Higher-level Thinking
This study presents a qualitative assessment of two iterations of an upper-level undergraduate Information Systems course that integrated service learning with Agile software development methodologies. Drawing on qualitative data and stakeholder feedback collected over two years, the paper evaluates how live community partner projects can foster experiential learning and higher-order cognitive skills.
Problem
While educators and industry demand that Information Systems graduates possess applied, leadership-oriented skillsets, industry partners are frequently hesitant to allow students access to live corporate systems. Integrating service learning with non-profit community clients offers a viable alternative, but it introduces pedagogical tensions regarding instruction time, team dynamics, and project management risks.
Outcome
- Integrating service learning into Information Systems classrooms increases student motivation and engagement by connecting technical tasks to pro-social community impacts.
- Employing constructivist classroom management alongside Agile methodologies effectively supports higher-level thinking skills, including critical evaluation and self-reflection.
- High team cohesion can be a double-edged sword, occasionally masking individual inefficiencies and inhibiting necessary exchanges with external stakeholders.
- Assessing students on their execution of Agile project management processes rather than purely technical deliverables protects individual grading fairness and encourages risk-taking.
- Employing constructivist classroom management alongside Agile methodologies effectively supports higher-level thinking skills, including critical evaluation and self-reflection.
- High team cohesion can be a double-edged sword, occasionally masking individual inefficiencies and inhibiting necessary exchanges with external stakeholders.
- Assessing students on their execution of Agile project management processes rather than purely technical deliverables protects individual grading fairness and encourages risk-taking.
What it means for you
- CIO / IT Executive: On Monday morning, initiate a pilot program to identify two to three non-profit organizations in our community that could benefit from IT support, and assign a dedicated internal IT liaison for each to manage the student engagement.
- IT Manager: On Monday morning, schedule a 30-minute meeting with your team to brainstorm potential IT projects that could be beneficial for local non-profits, focusing on areas where student teams could realistically make an impact within a semester.
- Business Strategist: On Monday morning, reach out to a local community foundation or non-profit umbrella organization to understand their most pressing IT needs and explore potential service learning partnerships for future student projects.
- Researcher: On Monday morning, begin drafting a literature review section of your paper, specifically focusing on case studies of service learning in technical fields and the reported challenges and benefits of integrating Agile methodologies in such contexts.
- Policymaker: On Monday morning, begin drafting a proposal for a new grant or funding initiative that encourages universities to partner with local non-profits for experiential learning opportunities in Information Systems, emphasizing the development of practical, community-focused IT skills.
Transcript
Host: Welcome to A.I.S. Insights — powered by Living Knowledge. I'm Anna Ivy Summers. Today we are diving into a study titled "Service Learning in Information Systems Education: Pedagogical Approaches to Support Experiential Learning and Higher-level Thinking." Joining me is our lead analyst, Alex Ian Sutherland. Alex, welcome!
Expert: Thanks, Anna. It is great to be here.
Host: So, Alex, let's start with the core issue this study addresses. Employers everywhere want tech graduates who are ready to hit the ground running with real-world skills, adaptability, and leadership ability. But there is a real challenge in giving them that experience before they graduate, isn't there?
Expert: Absolutely, Anna. It is a classic dilemma. Industry partners naturally hesitate to grant students access to live, mission-critical business systems due to security risks, tight schedules, and operational uncertainties. On the flip side, traditional classroom projects or canned textbook exercises rarely teach students how to handle real client feedback, ambiguous requirements, or real team dynamics.
Host: That is where service learning comes into play. How did the study test a potential solution to this problem?
Expert: The study evaluated two years of qualitative data from an upper-level undergraduate Information Systems course at a major public university. Instead of simulated case studies or risky corporate systems, the students partnered directly with non-profit community organizations. In one year, they built a citizenship exam study application for an elder care partner, and in the next year, they created a computational training platform for a local homeless shelter. They managed these projects using Agile development methodologies like SCRUM over full-semester software cycles.
Host: That sounds like a fantastic concept, but what did the study actually find about student learning and project execution?
Expert: Several key insights stood out. First, the pro-social aspect was a huge motivator. Knowing their work would directly benefit real people in need drastically increased student engagement and personal ownership. Second, pairing Agile frameworks with a constructivist teaching approach—where students actively drive problem-solving rather than just following lectures—effectively supported higher-level thinking, like critical analysis, evaluation, and self-reflection.
Host: Were there any unexpected dynamics or pitfalls discovered along the way?
Expert: Yes, particularly around team cohesion. We usually assume that a tightly knit team is always better, but the study highlighted that extremely high cohesion can actually be a double-edged sword. In one project iteration, a team became so cohesive that they banded together to mask individual underperformance and avoided essential communication with external stakeholders. They presented a unified front externally, but internally they compromised project scope to protect each other.
Host: That is a subtle trap that even seasoned corporate teams fall into. How did the course structure handle performance evaluation when working with live clients and unpredictable project risks?
Expert: That was a key methodological contribution. The instructor assessed students primarily on their execution of Agile processes and project management practices—like running sprint meetings, managing backlogs, and conducting retrospectives—rather than solely on the final technical output. This created a safe environment for students to take calculated risks and learn from real project hurdles without fearing that technical glitches outside their control would ruin their grades.
Host: Let's connect this to the broader corporate world. Why do these findings matter for business leaders and hiring managers?
Expert: There are three main business takeaways. First, regarding talent acquisition, candidates who come through experiential service-learning courses enter the workforce with proven experience managing client expectations, navigating project ambiguity, and operating in real Agile environments. Second, for internal talent development, connecting technical projects to meaningful, social impact—even within corporate social responsibility initiatives—can significantly boost employee motivation and knowledge retention.
Host: And what about managing team dynamics in corporate settings?
Expert: That is the third takeaway. Managers must remember that high team cohesion should not come at the expense of psychological safety, individual accountability, or transparent communication with stakeholders.
Host: Such valuable takeaways for both educators and business leaders trying to build stronger tech teams. Alex, thank you for breaking down this study for us today.
Expert: It was my pleasure, Anna.
Host: And thank you for tuning in to A.I.S. Insights — powered by Living Knowledge. Join us next time as we continue exploring actionable insights at the intersection of business, technology, and learning.
Expert: Thanks, Anna. It is great to be here.
Host: So, Alex, let's start with the core issue this study addresses. Employers everywhere want tech graduates who are ready to hit the ground running with real-world skills, adaptability, and leadership ability. But there is a real challenge in giving them that experience before they graduate, isn't there?
Expert: Absolutely, Anna. It is a classic dilemma. Industry partners naturally hesitate to grant students access to live, mission-critical business systems due to security risks, tight schedules, and operational uncertainties. On the flip side, traditional classroom projects or canned textbook exercises rarely teach students how to handle real client feedback, ambiguous requirements, or real team dynamics.
Host: That is where service learning comes into play. How did the study test a potential solution to this problem?
Expert: The study evaluated two years of qualitative data from an upper-level undergraduate Information Systems course at a major public university. Instead of simulated case studies or risky corporate systems, the students partnered directly with non-profit community organizations. In one year, they built a citizenship exam study application for an elder care partner, and in the next year, they created a computational training platform for a local homeless shelter. They managed these projects using Agile development methodologies like SCRUM over full-semester software cycles.
Host: That sounds like a fantastic concept, but what did the study actually find about student learning and project execution?
Expert: Several key insights stood out. First, the pro-social aspect was a huge motivator. Knowing their work would directly benefit real people in need drastically increased student engagement and personal ownership. Second, pairing Agile frameworks with a constructivist teaching approach—where students actively drive problem-solving rather than just following lectures—effectively supported higher-level thinking, like critical analysis, evaluation, and self-reflection.
Host: Were there any unexpected dynamics or pitfalls discovered along the way?
Expert: Yes, particularly around team cohesion. We usually assume that a tightly knit team is always better, but the study highlighted that extremely high cohesion can actually be a double-edged sword. In one project iteration, a team became so cohesive that they banded together to mask individual underperformance and avoided essential communication with external stakeholders. They presented a unified front externally, but internally they compromised project scope to protect each other.
Host: That is a subtle trap that even seasoned corporate teams fall into. How did the course structure handle performance evaluation when working with live clients and unpredictable project risks?
Expert: That was a key methodological contribution. The instructor assessed students primarily on their execution of Agile processes and project management practices—like running sprint meetings, managing backlogs, and conducting retrospectives—rather than solely on the final technical output. This created a safe environment for students to take calculated risks and learn from real project hurdles without fearing that technical glitches outside their control would ruin their grades.
Host: Let's connect this to the broader corporate world. Why do these findings matter for business leaders and hiring managers?
Expert: There are three main business takeaways. First, regarding talent acquisition, candidates who come through experiential service-learning courses enter the workforce with proven experience managing client expectations, navigating project ambiguity, and operating in real Agile environments. Second, for internal talent development, connecting technical projects to meaningful, social impact—even within corporate social responsibility initiatives—can significantly boost employee motivation and knowledge retention.
Host: And what about managing team dynamics in corporate settings?
Expert: That is the third takeaway. Managers must remember that high team cohesion should not come at the expense of psychological safety, individual accountability, or transparent communication with stakeholders.
Host: Such valuable takeaways for both educators and business leaders trying to build stronger tech teams. Alex, thank you for breaking down this study for us today.
Expert: It was my pleasure, Anna.
Host: And thank you for tuning in to A.I.S. Insights — powered by Living Knowledge. Join us next time as we continue exploring actionable insights at the intersection of business, technology, and learning.