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This project analyzes 6,745 Uber ride requests collected over a 5-day period (July 11–15, 2016). The objective was to uncover patterns behind ride cancellations, unfulfilled requests, peak demand periods, and driver availability issues. The analysis combines: * Excel Dashboarding * Python (Pandas) Exploratory Data Analysis (EDA) * SQL Business Queries * KPI & Trend Analysis * Business Recommendations ## Business Problem Uber was experiencing a significant number of ride failures due to: * Driver cancellations * No cars available * Supply-demand imbalance * Poor driver distribution between Airport and City locations The goal was to identify: * Why ride requests fail * When failures occur * Where operational inefficiencies exist * How business performance can be improved ## Dataset Information | Attribute | Details | | ---------------- | --------------------- | | Dataset Size | 6,745 Ride Requests | | Time Period | July 11–15, 2016 | | Pickup Locations | Airport, City | | Drivers | 300 Unique Drivers | | Analysis Tools | Excel, SQL, Python | | Records Analyzed | 100% Original Dataset | ### Columns Request ID, Pickup Point, Driver ID, Status, Request Timestamp, Drop Timestamp ### Engineered Features Request Hour, Request Date, Day of Week, Time Slot, Trip Duration (Minutes) ## Tools & Technologies Used ### Excel * Interactive Dashboard * KPI Cards * Pivot Tables * Charts & Visualizations * Conditional Formatting ### Python * Pandas * NumPy * Datetime Operations ### SQL * SQLite * Aggregations * GROUP BY Analysis * Business Queries ## Key Findings ### Overall Ride Status | Status | Count | Percentage | | ----------------- | ----: | ---------: | | Completed | 2,831 | 41.9% | | Cancelled | 1,264 | 18.7% | | No Cars Available | 2,650 | 39.3% | ### Critical Insight Only 41.9% of ride requests were successfully completed. More than 58% of requests failed due to: * Driver cancellations * Lack of available cars ## Demand Pattern Analysis ### Morning Rush (5 AM – 9 AM) **Primary Issue: Driver Cancellations** Drivers frequently cancelled City-to-Airport trips because they anticipated difficulty finding return passengers from the airport. ### Evening Rush (5 PM – 10 PM) **Primary Issue: No Cars Available** Airport passengers struggled to find rides due to insufficient driver presence at the airport. ## Pickup Point Analysis ### Airport * Total Requests: 3,238 * Completion Rate: 41.0% * Major Issue: No Cars Available ### City * Total Requests: 3,507 * Completion Rate: 42.9% * Major Issue: Driver Cancellations ## Peak Demand Hours | Hour | Requests | | ---- | -------: | | 6 PM | 510 | | 8 PM | 492 | | 7 PM | 473 | | 9 PM | 449 | | 8 AM | 423 | Peak demand occurs during commuting and airport travel periods. ## SQL Business Analysis The project includes 7 SQL business queries covering: * Completion Rate by Pickup Point * Peak Demand Hours * Top Cancellation Hours * No Cars Available Analysis * Average Trip Duration * Daily Demand Trend * Most Active Drivers ## Root Cause Analysis ### Problem 1: Airport Supply Shortage **Cause:** Drivers avoid waiting at the airport after completing drop-offs. **Impact:** Large number of evening ride failures. ### Problem 2: Morning Trip Cancellations **Cause:** Drivers cancel airport-bound trips to avoid being stranded at the airport. **Impact:** High cancellation rates during morning commute hours. ## Business Recommendations ### Airport Incentive Program * Introduce surge pricing for airport pickups. * Offer guaranteed return-trip matching. ### Anti-Cancellation Strategy * Apply peak-hour cancellation penalties. * Provide bonuses for airport-bound trips. ### Driver Reallocation * Deploy more drivers in the City during mornings. * Deploy more drivers at the Airport during evenings. ### Fleet Expansion **Current Driver Fleet:** 300 **Recommended Fleet Size:** 420–450 Drivers ### Expected Outcome * Completion Rate > 65% * Reduced cancellations * Better customer experience ## Dashboard Features The Excel dashboard contains: ### Sheet 1: Cleaned Dataset * All processed ride records * Status-based formatting ### Sheet 2: KPI Dashboard * Total Requests * Completion Rate * Cancellation Rate * No Cars Available % ### Sheet 3: Hourly Analysis * Demand by Hour * Completion Trends ### Sheet 4: Time Slot Dashboard * Problem Rate Analysis * Peak Demand Visualization ### Sheet 5: Pickup Point Analysis * Airport vs City Comparison ### Sheet 6: SQL Insights * Query Outputs * Business Findings ### Sheet 7: EDA Results * Statistical Summaries * Trend Analysis ## Dashboard Preview
Project ID: 40611951
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16 freelancers are bidding on average ₹944 INR/hour for this job

1. I am an expert in Statistics, Regression analysis, Linear regression analysis, p value, ANOVAs, etc. I use excel and other statistical software like SPSS, STATA, E-views for data analysis and statistical analysis based on client requirement. 2. Have done many projects in statistics using SPSS, STATA, E-views. I read your project and sure I can handle your project. 3. Your project will be delivered on time with high standard 4. Assistance will be provided with number of clarifications until client satisfaction 5. I will provide assistance even after the payment. And will maintain data (content) security. Please connect in chat for more discussion, Regards, Jaya
₹1,000 INR in 40 days
6.8
6.8

Hello sir/mem, we are a team of AI ML automation Full Stack Web and Mobile developers. Please, send me a message to discuss the work and finish in no time. Thanks Ashish Kumar.
₹1,000 INR in 40 days
4.5
4.5

Hi, I can help you build a high-quality Flutter mobile application with clean UI/UX, fast performance, and scalable architecture. I have strong experience in Flutter app development, API integration, Firebase, custom backend systems, ERP/CRM integration, and eCommerce/mobile solutions. ✅ Cross-platform Android & iOS apps ✅ Clean and responsive UI/UX ✅ API & payment gateway integration ✅ Admin panel & backend support ✅ Fast communication & on-time delivery ✅ Long-term maintenance support I focus on delivering stable, user-friendly, and production-ready applications with complete client satisfaction. Let’s connect and discuss your project requirements in detail. Thanks Deva
₹1,000 INR in 40 days
3.5
3.5

Hi, I can help complete or refine your Uber demand gap analysis using Excel, Python, SQL, KPI dashboards, EDA, visualizations, and business recommendations. The best solution is to first review the cleaned dataset, existing Excel dashboard, Python notebooks/scripts, SQL queries, and expected final format. I’ll then validate the ride-status calculations, pickup point analysis, peak-hour trends, cancellation patterns, no-car availability issues, and business recommendations to ensure the final output is accurate and presentation-ready. I’m comfortable with Python Pandas, NumPy, Excel dashboards, Pivot Tables, SQL/SQLite queries, KPI analysis, statistical summaries, business intelligence, data visualization, and operational root-cause analysis. Deliverables can include: * Cleaned Uber request dataset * Python EDA analysis * SQL business query outputs * Excel KPI dashboard * Hourly demand analysis * Airport vs City comparison * Cancellation and no-car analysis * Charts and trend visuals * Business recommendations * Final report or presentation-ready summary I’ll focus on clear insights, accurate calculations, clean visuals, and practical business recommendations so the analysis clearly explains when, where, and why ride failures happen. Best regards Ankit
₹1,000 INR in 40 days
3.1
3.1

I see you're analyzing 6,745 Uber ride requests from 2016. With my background in Python and data processing, I can help uncover key insights. What specific trends or patterns are you hoping to identify in the data?
₹1,350 INR in 7 days
2.5
2.5

Being a seasoned Full Stack Developer with demonstrated expertise in handling and analyzing large datasets using Python, I feel I'm the perfect candidate for your Uber Demand Gap Study project. My specialization in dynamic data analysis and my strong grip on Python libraries such as Pandas and Numpy will ensure meticulous and comprehensive examination of the 6,745 Uber ride requests dataset that you have shared. Furthermore, I have solid SQL skills that would be beneficial not only for data extraction but also for performing crucial business queries to provide exact numbers around your key findings. My career spanning over 8 years has seen me deliver clean code, clear communication and real results in over 145 successful projects. This has given me immense experience in analyzing data to uncover patterns, identify opportunities for improvement, and recommending business strategies based on those findings - all skills precisely matching your project description. Additionally, my ability to use Excel Dashboarding to construct interactive interfaces perfectly aligns with your need for visualization of various attributes.
₹1,000 INR in 40 days
2.1
2.1

Hi, I’m excited to work on your Uber Ride Request Analysis project. After reviewing the project details and the attached Business Intelligence report, I understand the objective is to identify operational bottlenecks, analyze ride failures, and deliver actionable business insights through interactive dashboards. My approach includes: Data cleaning and feature engineering using Python (Pandas & NumPy) Exploratory Data Analysis (EDA) to uncover demand patterns, cancellations, and supply-demand imbalances Writing optimized SQL queries for KPI validation and business insights Developing an interactive Excel dashboard with KPI cards, charts, slicers, and trend analysis Root cause analysis for driver cancellations, airport supply shortages, peak demand hours, and fleet utilization Providing data-driven recommendations to improve ride completion rates and operational efficiency Please review my profile and portfolio, where you'll find professionally designed Business Intelligence dashboards. I specialize in creating customized analytics and dashboard solutions tailored to each client's business requirements. Once selected, we can discuss your reporting needs and finalize a dashboard layout that best fits your objectives before development begins, ensuring the final solution meets your expectations. I look forward to working with you. Best Regards, Gowri K
₹750 INR in 40 days
1.7
1.7

Hi, I read your project carefully and I can deliver exactly what you need. I can start immediately and show you the first preview in a few hours. Let’s discuss the details
₹900 INR in 40 days
0.7
0.7

Hi, I have experience with **Excel, SQL, Python, and data visualization**, and I can analyze datasets to generate meaningful business insights and interactive dashboards. I will perform data cleaning, EDA, KPI analysis, SQL queries, and create clear visualizations with actionable recommendations. My work is well-organized, accurate, and delivered on time. I look forward to working with you.
₹1,000 INR in 40 days
0.7
0.7

Hello, I can analyze the Uber ride request dataset (6,745 records from July 11–15, 2016) and transform it into meaningful business insights using Excel Dashboarding, Python (Pandas), SQL, and KPI analysis. The project will focus on identifying the key reasons behind ride failures, including: * Driver cancellations * No-car availability issues * Supply-demand imbalance * Location-based inefficiencies between Airport and City operations My approach includes: **Data Analysis & Exploration** * Data cleaning and preprocessing using Python Pandas. * Exploratory Data Analysis (EDA) to identify demand patterns, cancellation trends,
₹750 INR in 41 days
0.0
0.0

Your project brief is exceptionally well-structured. You don't need an analyst to guess the business logic; you need a strict Data Analyst to execute this exact architecture flawlessly using Python, SQL, and Excel. As a Quantitative Data Analyst, I specialize in time-series data and supply/demand imbalances. I recently built a quantitative pipeline analyzing Bitcoin market liquidity. The vectorized logic used to find "liquidity gaps" in financial markets is mathematically identical to calculating the "No Cars Available" gaps across your Uber time-slots. Here is how I will execute your exact pipeline: Python (Pandas) EDA: I will ingest the 6,745 records and engineer the required features (Request Hour, Time Slot, Trip Duration) using strict vectorized datetime operations for maximum efficiency. SQL (SQLite) Business Logic: I will write the 7 exact aggregation and GROUP BY queries you requested to extract completion rates, top cancellation hours, and driver activity. Excel Dashboarding: I will output the processed DataFrames into the exact 7-sheet structure you outlined, wiring the data to interactive KPI cards, Pivot Tables, and visual trends. I can deliver clean, documented Python/SQL code alongside the final interactive Excel file. I am ready to start immediately. Best regards
₹750 INR in 40 days
0.0
0.0

I can help you uncover actionable insights from the 6,745 Uber ride requests by analyzing patterns that lead to cancellations and unfulfilled requests. Your focus on identifying peak demand periods and operational inefficiencies resonates with my approach. I have done similar work: Modern Real Estate Investment Website - [Link]. In that project, I utilized data visualization and analysis techniques to enhance user engagement. For your study, I would leverage Excel for dashboarding and Python for exploratory data analysis to deliver clear, impactful findings. Let's discuss how we can transform this data into strategic recommendations that improve Uber's performance. At the very least, you'll gain a free consultation where we can explore the best approach for your project. Regards, Dean
₹750 INR in 7 days
0.0
0.0

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