Bachelorarbeit, 2019
50 Seiten
1. Introduction
1.1 Background to the Study
1.2 Statement of the Problem
1.3 Research Questions
1.4 Objectives of the Study
1.5 Research Hypotheses
1.6 Scope of the Study
1.7 Significance of the Study
1.8 Definition of Terms
1.9 Organization of the Study
2. Literature Review
2.0 Introduction
2.1 Conceptual Clarification
2.2 Theoretical Framework
2.3 Gaps Filled in the Literature
3. Research Methodology
3.1 Sources / Methods of Data Collection
3.2 Study Population
3.3 Sampling Technique and Sample Size
3.4 Data Analysis
3.5 Validity of Research Instrument
3.6 Location of the Study
4. Data Presentation and Analysis
4.0 Introduction
4.1 Ways the Smart Card Readers Impacted the 2016 Gubernatorial Elections in Ondo State
4.2 The Challenges and Limitations of Smart Card Readers in the Conduct of the 2016 Gubernatorial Elections in Ondo State.
4.3 Mechanisms that can be put in place to check the Challenges Affecting Smart Card Readers during Elections in Nigeria
4.4 Discussions of Findings
5. Summary, Conclusion, and Recommendations
5.0 Summary
5.1 Conclusion
5.2 Recommendations
The research examines the impact of smart card reader technology on the electoral process in Nigeria, specifically focusing on the 2016 gubernatorial election in Ondo State. It seeks to analyze how this technology influenced electoral integrity, identify the practical challenges encountered during its implementation, and propose viable mechanisms to improve the efficiency and reliability of such electoral innovations in future Nigerian elections.
2.1.2 Smart Card Reader
The smart card reader is an electronic device which is used to detain the authenticity of one’s permanent voter`s card. The smart card reader was the most highly contentious issue in the 2015 general elections in Nigeria. It was used for the first time in 2015 and remains one of the greatest innovative technologies in Nigeria’s electoral history. The smart card reader is a technological device set up to authenticate and verify the Permanent Voter Card (PVC) issued by the Independent National Electoral Commission (INEC). The device uses a cryptographic technology that has ultra-low power consumption with a single core frequency of 1.2GHZ and Android 4.2.2. Operating System (INEC, 2015).
In other words, the INEC card reader is designed to read information contained in the embedded chip of the Permanent Voter's Card issued by INEC and also carry out a verification of the intending voter by matching the biometrics obtained from the voter on the spot with the ones stored on the PVC (Engineering Network Team, 2015).The ability of the card reader to perform the above functions, as well as keeping a tally of the total numbers of voters accredited at the polling unit and forwarding the information to a central database server over a Global System Module (GSM) network makes the card reader most welcome at this point in time in the nation's electoral history (Engineering Network Team,2015). However, Banire (2015) contended that the electronic voting machine and the card reader are two different devices that are not necessarily deployed together for all purposes. He explained that a card reader is not an electronic voting machine but a machine to be used for accreditation of voters only before the actual voting.
Introduction: This chapter provides the background and context of the study, defining the electoral problem in Nigeria and outlining the research questions and objectives regarding the introduction of smart card reader technology.
Literature Review: This section reviews existing literature on technology and electoral systems, establishing a theoretical foundation through Technological Determinism and Cybernetics theories, while identifying the knowledge gap the study addresses.
Research Methodology: This chapter details the descriptive survey design, data collection methods including interviews with key stakeholders, and the specific location and population of the study.
Data Presentation and Analysis: This chapter presents the findings from the field, analyzing how the smart card reader impacted the 2016 Ondo State gubernatorial election, the limitations faced, and the proposed mechanisms for improvement.
Summary, Conclusion, and Recommendations: This concluding chapter synthesizes the research findings and offers policy recommendations, such as better staff training and improved device engineering, to enhance future electoral credibility.
Smart Card Reader, Electoral Malpractice, Nigeria, Ondo State, Gubernatorial Election, INEC, Biometric Verification, Election Management, Electoral Integrity, Technological Determinism, Cybernetics, Voter Accreditation, Electoral Reform, PVC, E-voting
The research fundamentally focuses on evaluating the impact of smart card reader technology on the electoral process in Nigeria, using the 2016 gubernatorial election in Ondo State as a specific case study.
The central themes include the role of technology in election management, the prevalence of electoral malpractices in Nigeria, the effectiveness of biometric authentication, and the challenges associated with adopting ICT in electoral systems.
The primary objective is to determine how the introduction of smart card readers influenced the conduct of the 2016 Ondo State gubernatorial election, identify technical and human limitations, and suggest institutional mechanisms for future improvement.
The study employs a descriptive survey research design, utilizing both primary data gathered through structured interviews with nine key stakeholders and secondary data from journals, government publications, and media reports.
The main body covers the conceptual and historical context of electoral technology, theoretical frameworks like Technological Determinism, and a detailed empirical analysis of how the card readers functioned during the 2016 election.
Key terms include Smart Card Reader, Electoral Malpractice, Nigeria, Ondo State, INEC, Biometric Verification, Electoral Integrity, and Election Management.
The study notes that respondents attributed fingerprint verification failures to factors like dirty or greasy fingers of voters and technical malfunctions, and it recommends re-engineering the devices to be more robust.
The research highlights that poorly trained or inexperienced ad-hoc staff significantly contributed to the inefficient handling of the card reader machines during the polling process, leading to operational delays.
The author recommends comprehensive training programs for ad-hoc staff, improved battery durability for the devices, and conducting screening tests to ensure only competent personnel manage the technology during elections.
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