NEW ECE seminar: ECE 508 — Journal debate club

Overview

• Course description: Sharpen your critical thinking and scientific communication skills through structured debates on current research literature. Students will analyze primary scientific papers, construct evidence-based arguments, and engage in formal debates defending or critiquing published findings, methodologies, and interpretations. Rotating roles as debaters, moderators, and critical evaluators, participants will learn to identify experimental weaknesses, evaluate competing hypotheses, and articulate scientific arguments persuasively. This interactive format develops skills in literature analysis, oral presentation, and constructive scientific discourse.
• Credits: 1
• Offering: in-person only (no recording, no Zoom)
• Grading policy: graded only

Learning goals

By the end of this course, students will be able to:

• Critically analyze peer-reviewed science and engineering research.
• Construct evidence-based arguments on complex technical issues.
• Evaluate opposing viewpoints fairly and respond effectively.
• Present technical concepts clearly and persuasively.
• Work collaboratively in an intellectual community.

How will this work?

• On average, students will read two technical papers every two weeks.
• Class will meet on average every two weeks for a debate about the reading.
• Each student will be assigned a role for the debate:
  • Moderator: Manages the flow and timing of the debate, ensures all participants follow the agreed-upon rules, and keeps discussions focused and respectful. Introduces topics, manages transitions between speakers, and maintains a neutral stance throughout.
  • Debater: Researches the assigned papers thoroughly and presents well-reasoned arguments with supporting evidence. Responds thoughtfully to opposing viewpoints and works collaboratively with teammates to strengthen their case.
  • Critical evaluator: Watches the debate closely, asks questions, and provides constructive feedback on argument quality, evidence use, speaking effectiveness, and logical reasoning. Helps debaters identify strengths to build on and areas for improvement based on the debate’s substantive content.
• Debate roles will be rotated for each meeting to build well-rounded skills.

The fine print

• Attendance policy:
  • Missing more than one class session will lead to an automatic failure of this class.
  • Arriving late twice counts as one absence.
• Grading:
  • The seminar will be self-graded.
  • For each debate, you will be completing a grading rubric and write a self-assessment of your performance that considers both an understanding of the research and for your argumentation skills.
  • Self-grading rubric:
    • Content knowledge (25%): Did you accurately represent the paper’s methods, findings, and limitations? Did you cite specific results and experimental details? Were you able to distinguish between what the paper actually claims versus what they’re inferring? Points must be deduced for misrepresentations or surface-level engagement.
    • Critical analysis (25%): Were you identifying genuine weaknesses (methodology issues, limited scope, alternative explanations) or just being contrarian? Did you understand the paper’s significance within its field? Strong performance means constructive criticism grounded in evidence, not just dismissal.
    • Use of evidence (25%): Did you support your arguments with specific data, figures, or quotes from the paper rather than general statements. Did you reference related work to contextualize your points? This demonstrates that you actually engaged with the material.
    • Participation (25%): Your overall level of participation during each class session.
  • The instructor reserves the right to change any scores if grade inflation/deflation is happening.

FAQs:

• Q: How will papers be selected? A: I will try to consider student’s interest and background as much as possible in selecting papers. Students will also be able to submit paper suggestions.