MER-002 IGNOU Solved Assignment 2026-27

MER-002: Mastering Tutor-Marked Assignments in Marketing Research Methodology

This assignment solution guide supports students in MER-002, a core course under IGNOU’s CBCS framework, focusing on empirical research techniques in marketing. The course emphasizes quantitative and qualitative methodologies, data collection strategies, and analytical tools to validate marketing decisions. This study aid ensures precise adherence to IGNOU’s prescribed formats, including structured answers for Section A (500-word essays) and Section B (250-word short responses), while aligning with the latest academic session guidelines for April/October submissions.

Core Syllabus Units & Key Topics

• Unit 1: Introduction to Marketing Research: Covers the role of MR in strategic decision-making, distinguishing between primary and secondary data, and ethical considerations in research design.
• Unit 3: Sampling Techniques & Data Collection: Explores probability vs. non-probability sampling, questionnaire design, and methods like surveys, focus groups, and observational studies.
• Unit 5: Data Analysis & Interpretation: Focuses on statistical tools (SPSS, Excel) for hypothesis testing, cross-tabulation, and interpreting results to derive actionable insights.
• Unit 7: Report Writing & Presentation: Addresses structuring research reports, visual aids, and effective communication of findings to stakeholders.
• Unit 9: Case Studies in Marketing Research: Analyzes real-world applications, including consumer behavior studies and competitive market analysis.

Frequently Asked Questions

Q: What is the minimum passing mark for MER-002’s TMA, and how does it impact the final grade?
A: The TMA carries 30% weightage, with a minimum passing score of 40% required for each section (A and B). Failing to meet this threshold affects the overall grade, even if the exam is passed.

Q: Are numerical problems (e.g., sampling formula calculations) included in MER-002’s TMA, and how should they be solved?
A: Yes, numericals like sample size calculations (e.g., using the formula n = Z²p(1-p)/E²) appear in Section B. Solutions must show step-by-step derivation with clear units and justify assumptions (e.g., confidence level 95%).