Formative and Summative Assessments in Outcome-Based Education: Getting the Balance Right

OBE

Formative and Summative Assessments in Outcome-Based Education: Getting the Balance Right

Dec-18-2025, Articles

Assessment has always been at the heart of education. Long before Outcome-Based Education (OBE) became a formal framework, teachers intuitively checked understanding during lessons and evaluated learning at the end of courses. OBE doesn’t discard this tradition—it refines it, aligns it, and makes it purposeful.

At the core of OBE lie Formative and Summative assessments. Understanding their distinct roles – and using them intentionally – is what separates compliance-driven education from meaningful learning.

Assessment in OBE: More Than Just Marks

In OBE, assessment is not about how much content was covered, but how well outcomes were attained. Each assessment must answer a simple question:

What evidence do we have that the learner achieved the intended Course Outcomes (COs)?

That evidence comes from two complementary assessment types.

Formative Assessment: Learning in Motion

Formative assessment is assessment for learning. It happens during the teaching–learning process and provides continuous feedback to both learners and instructors.

Key Characteristics

  • Conducted regularly
  • Low-stakes or no-stakes
  • Diagnostic and corrective
  • Strongly aligned with COs and Bloom’s levels
  • Focused on improvement, not judgement

Why It Matters in OBE

Formative assessments ensure that students are on track to achieve outcomes before it’s too late. They help faculty:

  • Identify learning gaps early
  • Modify teaching strategies
  • Support diverse learners
  • Build higher-order thinking gradually

Subject-wise Examples

Formative Assesments in Practice

Mathematics

  • Short quizzes on matrix operations to check procedural understanding (Bloom’s K2–Apply)
  • Think-pair-share problems during lectures to test conceptual clarity

Computer Science

  • Weekly coding exercises on loops or recursion with instant feedback
  • Debugging tasks where students identify errors in given code (K4–Analyse)

Management Studies

  • Classroom discussions analysing a short business scenario
  • Reflection notes on leadership styles after a case discussion

Life Sciences

  • Lab worksheets requiring students to predict outcomes before experiments
  • Concept maps linking biological processes

Formative assessments create a safe space to fail, reflect, and fix. That’s real learning energy.

From Principle to Practice

Formative assessment becomes truly powerful when students experience learning as an active process rather than a series of checkpoints. Experiential designs, when aligned with course outcomes, create space for inquiry, mistakes, and conceptual clarity. For example, one way experiential formative assessment can be intentionally designed is illustrated through this linked article, GraphQuest: Exploring the Logic of Links.

Structured as an outcome-aligned formative bootcamp, GraphQuest shows how experiential learning can be designed to meet OBE expectations with clear CO and Bloom’s level alignment.

Summative Assessment: Evidence of Achievement

Summative assessment is assessment of learning. It is conducted after sufficient learning has taken place and is used to certify achievement of outcomes.

Key Characteristics

  • High-stakes
  • Conducted at the end of a unit/course/semester
  • Structured and standardized
  • Used for grading, progression, and certification
  • Strong CO–PO mapping relevance

Why It Matters in OBE

Summative assessments provide documented, auditable evidence of outcome attainment—critical for:

  • Academic credibility
  • Transparency
  • Accreditation (NAAC, NBA, NIRF)
  • Institutional accountability

Subject-wise Examples

Formative Assesments in Practice 1

Engineering

  • End-semester exams testing design, analysis, and problem-solving
  • Mini projects demonstrating application of core concepts (K5–Evaluate)

Computer Applications

  • Lab practical exams with real-time problem statements
  • Capstone projects integrating multiple COs and POs

Commerce

  • Financial analysis case study as an end-term assessment
  • Open-book exams focusing on interpretation rather than memory

Humanities

  • Research-based essays evaluated using rubrics
  • Presentations assessing argumentation and critical thinking

Summative assessments answer the big question:
Did the learner finally achieve what we promised?

Formative vs Summative: Not Either–Or, But Both

Aspect Formative Summative
Purpose Improve learning Measure achievement
Timing During learning End of learning
Stakes Low High
Feedback Immediate, descriptive Final, evaluative
OBE Role Supports attainment Confirms attainment

In strong OBE practice, formative feeds summative. When formative assessments are well-designed, summative success becomes natural—not stressful.

Common Mistakes Institutions Make

  • Treating internal assessments only as mark-generation tools
  • Overloading summative exams with memory-based questions
  • Weak alignment between COs, Bloom’s levels, and assessment tasks
  • Ignoring formative data during attainment analysis

OBE expects intentional design, not mechanical compliance.

Moving Forward: Smart, Outcome-Aligned Assessment

Modern institutions are now leveraging:

  • Rubric-based evaluations
  • CO-wise question tagging
  • Bloom’s level distribution
  • AI-assisted assessment design and analytics

Screenshot 2025 12 18 at 1.39.48 PM

Yet, the philosophy remains traditional and timeless:

Teach with care. Assess with clarity. Improve with evidence.

When formative and summative assessments work together, education shifts from marks-driven to meaning-driven. And that’s where real outcomes happen.

Author’s Note
This article is grounded in practical OBE implementation experience across higher education institutions, aligned with accreditation frameworks and contemporary assessment research, while respecting long-standing pedagogical principles.

Dr. Mendus Jacob, is the CEO of ipsr solutions limited and Professor & Director of the MCA Programme at Marian College, Kuttikkanam (Autonomous), with over 35 years of experience as an academician and entrepreneur. He is the former Director of School of Applicable Mathematics, M. G. University, Kerala. A Ph.D. in Operations Research with numerous publications, he has served on academic bodies of universities and autonomous institutions, produced Ph.D.s, and been a sought-after resource person for global conferences and faculty development programmes. An expert in NEP, Outcome Based Education, and Accreditation, he has mentored prestigious universities and trained over 40,000 faculty members nationwide on OBE implementation.

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