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Digital-Banking Adoption and e-Service Quality among Public-Sector and Co-op Bank Customers in Mysuru (TAM–SERVQUAL)

  • 12 slides
  • 15 viva questions
  • 5 modules
  • No code needed

@mysuru-digital-banking-adoption-tam-servqualUpdated Oct 2026

Why do some customers use UPI and mobile banking daily while others still queue at the counter? A 400-respondent survey with regression and ANOVA

M.Com, Banking & Insurance · Sem 5 · Intermediate · 14 weeks · Solo

More info
Level
Intermediate · 14 weeks · Solo
Relevant for
Karnataka
Common at
Bengaluru City University, University of Madras
Syllabus
BCU B.Com SEP 2024 · 5.6 Survey Project · Semester 5
Tech stack
  • Structured questionnaire (English/Kannada)
  • Technology Acceptance Model constructs
  • SERVQUAL-based e-service-quality scale
  • 5-point Likert scales
  • IBM SPSS / Jamovi
  • MS Excel
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  1. Pinned

    1 min

    Overview

    India's digital-payments story is usually told with national numbers — billions of UPI transactions a month. At the branch level the picture is more mixed. In a city like Mysuru, a public-sector bank branch and an urban co-operative bank branch on the same street may serve customers who pay the vegetable vendor by UPI and others who still withdraw cash over the counter every week. Banks want to move routine transactions to digital channels, but they rarely know why some customers hold back.

    This survey project studies digital-banking adoption among customers of public-sector and co-operative bank branches in Mysuru through two established lenses. The Technology Acceptance Model (TAM) explains adoption through perceived usefulness and perceived ease of use, extended here with perceived risk and trust. A SERVQUAL-based e-service-quality scale (reliability, responsiveness, assurance, ease of navigation, security) measures how customers rate the digital service they do use.

    A 400-respondent survey selected by multi-stage sampling is analysed in SPSS/Jamovi using chi-square (age group vs adoption), t-test (adopters vs non-adopters), ANOVA (bank type), correlation and multiple regression of behavioural intention on the TAM constructs. The output is a set of targeted suggestions — for example, branch-level assisted onboarding for older customers and fraud-awareness messaging — and a report aligned with the BCU Commerce 5.6 Survey Project pattern, adaptable to the University of Madras PG Semester 4 Project.

    Syllabus alignment

    BCU · B.Com SEP 2024

    5.6 · Survey Project · Semester 5 · 4 credits · 100 (report 60, viva 20, log 20)

    Subjects this project applies
    • Banking Law and Practice / Modern Banking
    • Digital Payments and Fintech
    • Research Methodology
    • Quantitative Techniques — hypothesis testing and regression
    • Services Marketing — service quality
    How it is evaluated

    See your department's project guidelines.

    Also fits: University of Madras PG CBCS.

    1 min read · 15 viva questions

  2. 2 min

    Synopsis

    Abstract

    Despite rapid growth in UPI and mobile banking, many customers of public-sector and co-operative banks continue to depend on branch counters. This study applies an extended Technology Acceptance Model and a SERVQUAL-based e-service-quality scale to 400 customers of bank branches in Mysuru. Reliability is assessed with Cronbach's alpha, and hypotheses are tested using chi-square, independent-samples t-test, one-way ANOVA, Pearson correlation and multiple regression. The study identifies the factors that most influence intention to use digital banking and suggests customer-segment-specific actions.

    Introduction

    The Reserve Bank of India and the Government have promoted digital payments through UPI, the Digital Payments Index and campaigns for customer awareness of fraud. Public-sector banks have large, older and semi-urban customer bases; urban co-operative banks serve local traders and salaried families with a strong personal relationship at the branch. Both have invested in mobile apps, but adoption depends on whether customers find them useful, easy and safe.

    Review of literature (summary)

    Davis's TAM (1989) and its extensions are the most widely used frameworks for technology adoption; banking studies commonly add perceived risk and trust. Parasuraman, Zeithaml and Berry's SERVQUAL (1988) and its electronic adaptations measure service quality. Indian studies report age, education and security concerns as barriers to internet and mobile banking, but many are metro-based or pre-UPI. Gap: recent tier-2 city evidence comparing public-sector and co-operative bank customers, combining adoption drivers with perceived e-service quality.

    Existing vs proposed

    • Existing (bank practice): app promotion through posters and SMS; adoption reported as counts of registered users; no study of reasons.
    • Proposed (this study): measured drivers of intention to use, segment comparisons and service-quality gaps.

    Feasibility

    • Access: customers approached outside branches and in residential areas; no bank data needed.
    • Time: about 14 weeks; data collection over four weeks.
    • Ethics: anonymous, voluntary; no account numbers, mobile numbers or ID details collected.
  3. 1 min

    Problem statement

    Public-sector and urban co-operative bank branches in Mysuru continue to handle a large volume of routine counter transactions — cash withdrawals, passbook updates, fund transfers — that could be done digitally. This raises branch costs and queues, while customers who avoid digital channels miss the convenience of UPI and mobile banking. Banks respond with general promotion, but they do not know which factors actually hold customers back: whether it is doubt about usefulness, difficulty of use, fear of fraud, lack of trust in the bank's app, or dissatisfaction with digital service quality once used.

    The problem is the absence of local, segment-wise evidence on the determinants of digital-banking adoption and the perceived quality of digital services among these customers. This study measures TAM constructs, perceived risk, trust and e-service quality among 400 customers, compares adopters and non-adopters, age groups and bank types, and identifies the strongest predictors of intention to use digital banking.

  4. 1 min

    Objectives & scope

    1. 01To study the extent and pattern of use of digital-banking channels (UPI, mobile banking, internet banking, ATM) among bank customers in Mysuru.
    2. 02To examine the association between demographic factors, especially age and education, and digital-banking adoption.
    3. 03To compare perceived usefulness, ease of use, risk and trust between adopters and non-adopters.
    4. 04To compare perceived e-service quality between public-sector and co-operative bank customers.
    5. 05To identify the factors that significantly influence intention to use digital banking.
    6. 06To suggest measures to improve adoption and e-service quality.

    Scope

    In scope

    • Adult customers holding a savings or current account with public-sector or urban co-operative bank branches in Mysuru city.
    • Channels: UPI apps linked to the bank account, the bank's mobile app, internet banking and ATMs.
    • Constructs: perceived usefulness, perceived ease of use, perceived risk, trust, behavioural intention, and five e-service-quality dimensions.
    • Cross-sectional survey of 400 respondents over four weeks.

    Out of scope

    • Private-sector and small-finance banks (suggested as future scope).
    • Bank-side data such as transaction volumes or app analytics.
    • Credit cards, loans and investment products.
    • Rural branches outside Mysuru city limits.
  5. 2 min

    Methodology

    Research design

    Descriptive and analytical (causal-comparative) survey design.

    Sample size

    The population (customers of the selected banks in Mysuru) is large and not enumerable. Using Cochran's formula n₀ = z²·p·q / e² with z = 1.96, p = q = 0.5 and e = 0.05: n₀ = 3.8416 × 0.25 / 0.0025 ≈ 384. Allowing about 4% for incomplete questionnaires, 400 usable responses were targeted.

    Sampling method (multi-stage)

    1. Stage 1 — stratification by bank type: public-sector (240) and urban co-operative (160), reflecting their approximate share of branches in the city.
    2. Stage 2 — branches: 6 public-sector and 4 co-operative branches selected by simple random sampling from branch lists on the banks' websites.
    3. Stage 3 — respondents: systematic sampling of every 5th adult customer leaving the branch during fixed two-hour slots on different weekdays, with a screening question to confirm an account with that bank. Respondents approached were free to decline.

    Questionnaire

    SectionConstructItemsSource (adapted)
    ADemographics and channel use10—
    BPerceived usefulness4Davis (1989)
    CPerceived ease of use4Davis (1989)
    DPerceived risk4banking-adoption literature
    ETrust3banking-adoption literature
    FBehavioural intention3TAM studies
    Ge-Service quality: reliability, responsiveness, assurance, ease of navigation, security15SERVQUAL adaptations

    All construct items use a 5-point Likert scale (1 = strongly disagree … 5 = strongly agree). The Kannada version was translated and back-translated. A pilot of 40 respondents checked clarity; Cronbach's alpha ≥ 0.70 required for each construct. Section G is answered only by adopters.

    Hypotheses (α = 0.05)

    • H1₀: age group and digital-banking adoption are independent — chi-square test.
    • H2₀: there is no difference in perceived risk between adopters and non-adopters — independent-samples t-test.
    • H3₀: e-service-quality scores do not differ between public-sector and co-operative bank customers — independent-samples t-test; across three age groups — one-way ANOVA with Tukey post-hoc.
    • H4₀: perceived usefulness and ease of use are not correlated with behavioural intention — Pearson correlation.
    • H5₀: usefulness, ease of use, risk and trust do not significantly predict behavioural intention — multiple regression (enter method; VIF, Durbin–Watson, residual checks).

    Timeline (14 weeks)

    Weeks 1–3 review and instrument · Week 4 pilot · Weeks 5–8 data collection · Weeks 9–10 analysis · Weeks 11–13 writing · Week 14 submission and viva.

  6. 1 min

    Architecture & tech stack

    • Structured questionnaire (English/Kannada)
    • Technology Acceptance Model constructs
    • SERVQUAL-based e-service-quality scale
    • 5-point Likert scales
    • IBM SPSS / Jamovi
    • MS Excel

    The study design links the theoretical model to the survey and the analysis.

    flowchart TD
      A["Problem: counter dependence despite UPI growth"] --> B["Literature: TAM, perceived risk, trust, SERVQUAL"]
      B --> C["Research model and hypotheses H1-H5"]
      C --> D["Questionnaire sections A-G, English and Kannada"]
      D --> E["Pilot n = 40, Cronbach's alpha"]
      E --> F["Multi-stage sampling: bank type, branch, every 5th customer"]
      F --> G["400 usable responses"]
      G --> H["Descriptive analysis of channel use"]
      G --> I["Chi-square H1, t-tests H2-H3, ANOVA H3"]
      G --> J["Correlation H4, regression H5"]
      H --> K["Findings and suggestions"]
      I --> K
      J --> K

    Research model (extended TAM)

    flowchart TD
      PU["Perceived usefulness"] --> BI["Behavioural intention to use digital banking"]
      PEOU["Perceived ease of use"] --> BI
      PEOU --> PU
      PR["Perceived risk"] --> BI
      TR["Trust in bank's digital channel"] --> BI
      BI --> USE["Actual use: UPI, mobile, internet banking"]
      USE --> ESQ["Perceived e-service quality"]

    The regression tests the four paths into behavioural intention simultaneously. The ease-of-use → usefulness path is reported through correlation; a full path model is left for future work with structural equation modelling.

  7. 5 modules

    Modules

    • Theoretical framework

      Explains digital-banking channels in India, the Technology Acceptance Model and its extensions with risk and trust, and SERVQUAL-based e-service quality, leading to the research model and hypotheses.

    • Instrument design and pilot

      Adapts validated items for each construct, prepares the Kannada translation with back-translation, pilots the questionnaire with forty respondents and reports Cronbach's alpha for every construct.

    • Sampling and fieldwork

      Implements the three-stage sampling plan across ten branches, records daily slot-wise response and refusal counts, and maintains a field log signed by the guide each week.

    • Data analysis

      Codes data in Excel, imports it into SPSS or Jamovi, computes construct scores, and runs chi-square, t-tests, ANOVA with Tukey post-hoc, correlation and multiple regression with diagnostics.

    • Findings and recommendations

      Interprets results by customer segment and bank type, and proposes assisted onboarding, fraud-awareness communication and app-navigation improvements tied to the strongest predictors and service-quality gaps.

  8. Locked

    Presentation

    12 slides with speaker notes. The outline below is free; the bullets, notes and the generated .pptx unlock with the project.

    1. Digital-Banking Adoption in Mysuru
    2. Background
    3. Objectives
    4. Research model
    5. Methodology
    6. Hypotheses & tests
    7. Respondent profile & channel use
    8. Reliability
    9. Hypothesis results
    10. Regression: drivers of intention
    11. Suggestions
    12. Limitations & conclusion

    Bullets, speaker notes and the .pptx download unlock with the project.

    Presentation is locked: 12 slides, Speaker notes, .pptx download.

  9. Locked

    How to run

    A research, analysis or design project, so there's no code bundle: 7 steps to carry it out with Structured questionnaire (English/Kannada), Technology Acceptance Model constructs and SERVQUAL-based e-service-quality scale.

    The good part is behind this lock. Like every good viva answer.

    How to run is locked: 7 steps.

  10. 1 min

    Future scope

    • Use structural equation modelling (SmartPLS or AMOS) to test the full extended TAM, including mediation of ease of use through usefulness.
    • Include private-sector and small-finance banks and compare adoption drivers across ownership types.
    • Study digital-fraud experience and its effect on continued use.
    • Conduct a follow-up after an assisted-onboarding camp to measure change in adoption.
    • Extend to insurance: adoption of online policy purchase and claim tracking among the same customers.
  11. 6 sources

    References

    1. Davis, F. D. (1989). Perceived usefulness, perceived ease of use, and user acceptance of information technology. MIS Quarterly, 13(3).
    2. Parasuraman, A., Zeithaml, V. A. & Berry, L. L. (1988). SERVQUAL: A multiple-item scale for measuring consumer perceptions of service quality. Journal of Retailing, 64(1).
    3. Reserve Bank of India — Payment and Settlement Systems statistics and publications
    4. National Payments Corporation of India — UPI product statistics
    5. Kothari, C. R. & Garg, G. — Research Methodology: Methods and Techniques (New Age International)
    6. Field, A. — Discovering Statistics Using IBM SPSS Statistics (SAGE)

    Cite this bundle

    OnlyProjects. (2026). Digital-Banking Adoption and e-Service Quality among Public-Sector and Co-op Bank Customers in Mysuru (TAM–SERVQUAL): M.Com Banking & Insurance project bundle [Educational resource]. https://onlyprojects.online/projects/mcom-banking-insurance-mysuru-digital-banking-adoption-tam-servqual

Slides, diagrams & files

12 slides. Titles are free; bullets, speaker notes and the .pptx unlock with the project.

  1. SLIDE 1

    Digital-Banking Adoption in Mysuru

  2. SLIDE 2

    Background

  3. SLIDE 3

    Objectives

  4. SLIDE 4

    Research model

  5. SLIDE 5

    Methodology

  6. SLIDE 6

    Hypotheses & tests

  7. SLIDE 7

    Respondent profile & channel use

  8. SLIDE 8

    Reliability

  9. SLIDE 9

    Hypothesis results

  10. SLIDE 10

    Regression: drivers of intention

  11. SLIDE 11

    Suggestions

  12. SLIDE 12

    Limitations & conclusion

Architecture diagrams · 2

1
flowchart TD
  A["Problem: counter dependence despite UPI growth"] --> B["Literature: TAM, perceived risk, trust, SERVQUAL"]
  B --> C["Research model and hypotheses H1-H5"]
  C --> D["Questionnaire sections A-G, English and Kannada"]
  D --> E["Pilot n = 40, Cronbach's alpha"]
  E --> F["Multi-stage sampling: bank type, branch, every 5th customer"]
  F --> G["400 usable responses"]
  G --> H["Descriptive analysis of channel use"]
  G --> I["Chi-square H1, t-tests H2-H3, ANOVA H3"]
  G --> J["Correlation H4, regression H5"]
  H --> K["Findings and suggestions"]
  I --> K
  J --> K
2
flowchart TD
  PU["Perceived usefulness"] --> BI["Behavioural intention to use digital banking"]
  PEOU["Perceived ease of use"] --> BI
  PEOU --> PU
  PR["Perceived risk"] --> BI
  TR["Trust in bank's digital channel"] --> BI
  BI --> USE["Actual use: UPI, mobile, internet banking"]
  USE --> ESQ["Perceived e-service quality"]

Files

Viva questions & answers

3 of 15 questions free. Explain each answer in your own words before you move on.

  1. Concept

    What is the Technology Acceptance Model?

    TAM, proposed by Davis in 1989, says a person's intention to use a technology depends mainly on perceived usefulness and perceived ease of use, and ease of use also increases usefulness. I extended it with perceived risk and trust, which matter greatly in banking.

  2. Concept

    Why add perceived risk and trust to TAM for banking?

    Banking involves money and personal data, so fear of fraud and doubts about the bank's app can stop a customer who finds it useful and easy. Many banking-adoption studies add these constructs, and my non-adopters mentioned fraud stories frequently.

  3. Concept

    How is e-service quality different from traditional SERVQUAL?

    Traditional SERVQUAL covers tangibles, reliability, responsiveness, assurance and empathy in face-to-face service. For digital channels, I adapted it to reliability, responsiveness, assurance, ease of navigation and security, because there are no physical tangibles and empathy shows mainly through complaint handling.

+12 more questions

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