[Perspective] Teaching vs. Research: Reclaiming the Academic Mission for Societal Well-Being
1578_Teaching vs. Research-Optimizing Your Contribution for Society's Well-Being.
This article explores the tension between teaching and research in academia, proposing that teaching offers a significantly higher contribution to society's well-being (WBS). The author argues that for tenured professors, shifting focus toward technology-enabled pedagogy yields a 35-fold greater reach than traditional research publications.
TL;DR
In a provocative critique of modern academia, Sorel Reisman argues that the "Publish or Perish" treadmill is failing society. While research is required to "play the game" for tenure, the actual impact of engineering papers is statistically dismal compared to the transformative power of quality teaching. By leveraging modern educational technology, professors can achieve a 35-fold greater impact on society than through low-citation research.
The Motivation: An Impact Crisis in Engineering
The academic world is governed by a persistent duality: the duty to uncover new knowledge (research) and the duty to disseminate it (teaching). However, the reward structure is heavily skewed. Peer reviews prioritize grant funding and journal prestige, often overlooking "egregiously bad teaching."
Reisman highlights a sobering reality:
- The Citation Graveyard: Engineering articles are cited an average of only 5.08 times.
- The 1% Club: Only 1% of the 900,000 engineering articles published in a decade are considered "highly cited."
- The "Read Once" Phenomenon: Anecdotal evidence suggests many papers are read only twice—once by the author and once by the referees.
This raises a fundamental question: Is our research really contributing to the Well-Being of Society (WBS)?
Methodology: Comparing "Reach"
To evaluate the effectiveness of an academic's time, the author compares the "reach" of teaching versus research over a three-year window.
- Teaching Pathway: An instructor teaching two sections of 30 students for three years directly influences 180 individuals. These students go on to become practitioners, leaders, and problem solvers.
- Research Pathway: A single publication in the same timeframe reaches, on average, roughly 5 citations.
The math is simple but devastating: Teaching has a 35-fold greater reach than a single publication.
The "Sweet Spot": Technology-Enabled Pedagogy
Reisman does not suggest abandoning research entirely—after all, it is the entry fee for tenure. Instead, he advocates for a strategic shift post-tenure. For computer science and engineering educators, the "sweet spot" lies in applying technical expertise to the practice of teaching itself.
Key Innovative Frameworks:
- Flipped and Hybrid Classrooms: Moving beyond traditional lectures to active problem-solving.
- Adaptive Learning: Using data-driven tools to personalize the student experience.
- Global Scaling: Utilizing MOOCs and technology-based tools to reach geographically dispersed international teams.
Critical Analysis: Saving the Tenure System
The article concludes with a warning: Tenure is an "anachronistic" privilege in the 21st century. If the public perceives professors as "lazy, do-nothing" individuals producing "arcane journal articles" with public funds, the system will collapse.
Limitations & Future Outlook
While Reisman's argument is compelling, it assumes that the quality of teaching is consistently high. The paper suggests that "verifiably good teaching" must be highlighted to justify the academic profession's existence. The transition from a "practitioner" (doing the work) to an "academic" (teaching the work) must be rooted in a desire to maximize societal well-being.
Final Takeaway: Don't "go to sleep" after tenure. Use your hard-won security to pivot away from the citation chase and toward the high-impact mentorship of the next generation. That is where the true ROI of an academic life resides.