Multilevel Determinants of Forecasting Effectiveness: Individual, Dyadic, and System Level Predictors and Outcomes

Multilevel Determinants of Forecasting Effectiveness: Individual, Dyadic, and
System Level Predictors and Outcomes


NUMBERS PAGES: 100        RESEARCH TYPE:-PhD PROJECT         AMOUNT :- ₦2500

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ABSTRACT

This dissertation offers a conceptual framework capturing forecasting related activities in a formal organizational context, and it empirically assesses how and how well an organization utilizes forecasting tools and results. Specifically, a multilevel model is formulated that suggests that forecasting capabilities and forecasting processes predict forecasting effectiveness.

The model is tested through a field study utilizing a qualitative and quantitative research design. The findings suggest that there are great differences in how forecasting is done among mangers within the same organization, and that in the absence of process congruency (i.e., similar procedures for similar forecasters), the use of a bottom-up approach to forecasting contributes to inconsistent forecasting results.

Further, the findings suggest that when it is difficult to establish solid market information, managers often look to competitors in order to establish pseudo-estimates of supply and demand. With respect to content congruency (i.e., the imposition of higher level forecasts onto lower level entities), the dissertation examines the consequences of making decisions based on data from different levels of analyses (and with different geographic scopes).

The results highlight the consequences of relying on higher level forecasts when a mismatch exists between organizational and national “footprints”. Using various economic variables to predict housing starts across levels, the analyses found disparate results for the lower level of analysis.

The results also reveal great differences in the strength of the forecasting models between different levels of analysis and between different entities at the same level. Different combinations of variables contribute toward predicting the key dependent variable, housing starts, at different levels, and even between geographic markets at the same level of analysis.

The findings suggest that traditional organizational forecasting performed at the national level presents decision makers with a “hit or miss” scenario when trying to predict housing demand in the local markets. The inability to generate strong forecasts utilizing the same variables in different markets appears to be problematic.

Thus, a “bottoms-up” approach to the technical generation of forecasts is desirable Recommendations for both future research and practice are suggested.
Keywords: organizational forecasting, individual forecasting effectiveness, dyadic and systems influences, multilevel analyses, aggregation issues.

TABLE OF CONTENTS
ABSTRACT
ACKNOWLEDGEMENTS
TABLE OF CONTENTS

LIST OF FIGURES
LIST OF TABLES
CHAPTER 1: THE RESEARCH PROBLEM
1.1. Motivation for the Study
1.2. Problem Statement
1.3. Context of the Study
1.4. Data Sources and Methodology
1.5. Dissertation Contributions
1.6. Organization of the Dissertation
CHAPTER 2: LITERATURE REVIEW
2.1. Overview
2.2. Existing Research
2.3. A Practical Example of Poor Forecasting Practices: The Real Estate Crisis
2.4. Forecasting Failures: Evidence from Other Industries
2.5. Individual Forecasting Capability, Processes, and Effectiveness
2.6. Summary and Conclusions
CHAPTER 3: PROPOSITIONS AND HYPOTHESES SECTION
3.1. Overview
3.2. Formulating a Multilevel Model of Forecasting Effectiveness
3.3. Antecedents of Forecasting Capabilities
3.3.1. Personal Background
3.3.2. Personal Proclivity – Attraction and Enthusiasm for Forecasting
3.4. Predictors of the Individual Forecasting Process (“How Forecasting is Done”)
3.4.1. System Level Influences upon the Individual Forecasting Processes
3.4.2. Competitor Influences upon the Individual Forecasting Processes
3.5. Determinants of Individual Forecasting Effectiveness
3.6. System Level Forecasting Effectiveness
3.7. The Importance of the Technical Forecast Results: Aggregation &
“Footprint” Issues
3.8. Summary and Conclusions
CHAPTER 4: RESEARCH DESIGN AND METHODOLOGY
4.1. Overview
4.2. Research Design
4.3. Sample Organization
4.4. The Pilot Study
4.5. The Full Study – Data Collection
4.6. Measures: Propositions
4.6.1. Questionnaires
4.6.2. Phone Interviews
4.7. Measures: Hypotheses
4.7.1. Dependent Variable for Quantitative Hypotheses
4.7.2. Independent Variables for Quantitative Hypotheses
4.8. Summary and Conclusions
CHAPTER 5: ANALYSES OF DATA AND RESULTS
5.1. Overview
5.2. Characteristics of the Respondents
5.3. Descriptive Statistics
5.4. Results: Antecedents of Individual Forecasting Capabilities
5.5. Results: Description of Individual Forecasting Processes
5.6. Results: Determinants of Individual Forecasting Effectiveness
5.7. Results: Determinants of System Level Forecasting Effectiveness
5.8. Results: Aggregation and Footprint Issues
5.8.1. Ordinary Least Squares Regression
5.8.2. Within and Between Analyses
5.9. Summary of Findings
5.9.1. Managerial Practices and Forecasting Effectiveness
5.9.2. Aggregation and Footprint Issues
5.10. Summary and Conclusions
CHAPTER 6: DISCUSSION
6.1. Overview
6.2. Review of Research Findings
6.2.1. Findings: Managerial Practices and Forecasting Effectiveness
6.2.2. Findings: Aggregation and Footprint Issues
6.3. Contribution to Literature
6.3.1. Contributions: Managerial Practices and Forecasting Effectiveness
6.3.2. Contributions: Aggregation and Footprint Issues
6.4. Limitations of the Study and Future Research Needs
6.5. Practical Implications
6.6. Summary and Conclusions
REFERENCES
APPENDICES

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