About me

Hi, I'm Dwi Budi Setyonugroho. My journey began with an Engineering degree, where my thesis on risk assessment taught me early on how to approach data analysis. As my interest in the data science field grew, I pursued the IBM Data Analyst Professional Certificate to master the fundamentals of analytics, followed by the Microsoft Power BI Data Analyst Professional Certificate to deepen my expertise in data visualization. Finally, I completed the Google Advanced Data Analytics Professional Certificate, where I dove deeper into statistics and machine learning to build predictive models.

Subsequently, I joined virtual internships with three companies, applying those skills to solve complex challenges in credit risk modeling and revenue optimization. Currently, I work as a private driver, which has further honed my communication, crisis management, time management, and adaptability soft skills. I would be honored to bring my blend of knowledge to your team.

Technical Skill

Visual Studio Code (VS Code)

I utilize VS Code as my central integrated development environment for writing, debugging, and version-controlling code. I leverage extensions for Git integration, Markdown previewing, and Python linting to ensure code quality, while managing virtual environments (venv) and package installations directly via the integrated terminal.

Jupyter Notebook

I create reproducible research narratives that combine executable code, rich text explanations (Markdown), and visualizations into a single linear story. I use notebooks for rapid prototyping of Exploratory Data Analysis (EDA) and hypothesis testing, ensuring every step from data loading to model serialization is self-documented for non-technical review.

Google BigQuery

I architect serverless cloud data pipelines on Google BigQuery, ingesting and unifying disparate datasets into unified data table. I optimize performance through partitioning strategies and cost-effective query design, managing both Sandbox environments for prototyping and production-ready datasets.

SQL

I engineer complex transformation logic using SQL, leveraging persistent table creation to build unified "Single Source of Truth" datasets. My proficiency covers tiered conditional logic (CASE WHEN) for dynamic margin calculations, Common Table Expressions (CTEs) for maintainable code, and advanced multi-table joins to seamlessly merge transactional and dimensional data with high accuracy.

Power Query

I execute efficient in-tool ETL processes, performing advanced data shaping such as dynamic column type conversion, date extraction, and custom column creation without altering source data.

Python

I architect robust end-to-end data pipelines using Pandas to transform raw, messy datasets into analysis-ready formats through complex cleaning, strategic imputation, and leakage prevention. I leverage Matplotlib and Seaborn in tandem to rapidly prototype high-fidelity visualizations that uncover hidden risk patterns and communicate statistical distributions with clarity.

Machine Learning & Modeling

I implement strategic machine learning solutions using Scikit-Learn, specializing in diagnosing and resolving severe class imbalance. I perform rigorous feature engineering (One-Hot Encoding, Standard Scaling), conduct model selection between linear and ensemble approaches based on business KPIs, and ensure model integrity by auditing for data leakage.

Microsoft Power BI Desktop

I design executive-level, multi-page interactive dashboards that translate complex statistical findings into actionable business insights. My capabilities include developing high-impact KPI cards, building geospatial filled maps, and implementing filters for granular portfolio analysis.

Google Looker Studio

I build end-to-end business intelligence solutions connecting directly to BigQuery, featuring dynamic filter controls and real-time KPI scorecards with trend lines. My dashboards leverage advanced visualizations, including geo-spatial heatmaps, scatter plots, bar charts, and donut charts for composition, to transform complex data into actionable strategic narratives.

PowerPoint

I construct strategic executive decks that flow logically from Business Context to Methodology, Technical Implementation, and Strategic Recommendations. I integrate high-resolution dashboard screenshots with callout boxes and annotations to guide audience focus, utilizing corporate branding and clean layouts to deliver board-ready presentations.

Technical Documentation

I author comprehensive technical artifacts, including detailed Data Dictionaries that define schema granularity and explicit business logic formulas. I craft executive-level README files that serve as professional project landing pages, streamlining business context summarization, tech stacks, key insights, and deployment links to ensure seamless stakeholder handover and long-term project reproducibility.

Git & GitHub

I manage professional repository structures with logical hierarchies and comprehensive README.md files. I maintain clean commit histories with meaningful messages, track changes effectively to ensure reproducible deployment and portfolio presentation.

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Certification

Data Analyst Associate Certification

DataCamp
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Validated by DataCamp through a series of timed technical exams and a real-world practical case study. Demonstrated proficiency in using SQL for complex data management, performing exploratory data analysis (EDA), and applying statistical concepts to drive business decisions.

Technical Skill
SQLExploratory Data Analysis (EDA)Statistical TestingData CleaningVisualizationBusiness Communication

SQL Associate Certification

DataCamp
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Validated by DataCamp through a rigorous technical exam and a practical business case study. Proficient in end-to-end database workflows, including complex data extraction, joining, and aggregation. Specialized in cleaning and validating raw datasets to ensure data integrity for business reporting and metric calculation.

Technical Skill
PostgreSQLData CleaningJoinsAggregationsSubqueriesCTEsWindow FunctionsEDASchemas

Education

SQL Fundamentals

DataCamp
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In this learning journey, I explored intermediate and advanced SQL concepts, primarily using PostgreSQL. I learned how to logically design databases using normalization and dimensional modeling. I mastered complex querying techniques, including advanced joins, set operations, and various subqueries like CTEs. I also gained skills in data manipulation using CASE statements, date/string functions, and arrays. Finally, I learned to write powerful window functions for analytics and manage database views and roles.

  • 1.Introduction to SQL
  • 2.Intermediate SQL
  • 3.Joining Data in SQL
  • 4.Data Manipulation in SQL
  • 5.PostgreSQL Summary Stats and Window Functions
  • 6.Functions for Manipulating Data in PostgreSQL
  • 7.Database Design
Technical Skill
PostgreSQLDatabase DesignNormalizationDimensional ModelingAdvanced SQL JoinsSubqueries (CTEs)Window FunctionsData ManipulationDatabase Views & RolesRelational DatabasesSQL Optimization

Google Advanced Data Analytics Professional Certificate

Google
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This program included over 200 hours of instruction and hundreds of practice-based assessments, which helped me simulate real-world advanced data analytics scenarios that are critical for success in the workplace. The content was highly interactive and exclusively developed by Google employees with decades of experience in advanced data analytics and data science. Through a mix of videos, assessments, and hands-on labs, I was introduced to advanced data analytics tools and platforms and key technical skills required for an advanced role.

  • 1.Foundations of Data Science
  • 2.Get Started with Python
  • 3.Go Beyond the Numbers: Translate Data into Insights
  • 4.The Power of Statistics
  • 5.Regression Analysis: Simplify Complex Data Relationships
  • 6.The Nuts and Bolts of Machine Learning
  • 7.Google Advanced Data Analytics Capstone
  • 8.Accelerate Your Job Search with AI
Technical Skill
Exploratory Data AnalysisFeature EngineeringMachine LearningRegression AnalysisSampling (Statistics)Statistical AnalysisStatistical Hypothesis TestingStatisticsTableau SoftwareData VisualizationA/B TestingData AnalysisData EthicsData PresentationData ScienceData StorytellingData Visualization SoftwarePython Programming

Microsoft Power BI Data Analyst Professional Certificate

Microsoft
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This program was uniquely mapped to key job skills required in a Power BI data analyst role. In each course, I consolidated what I learned by completing a project that simulated a real-world data analysis scenario using Power BI. I also completed a final capstone project where I showcased all my new Power BI data analytical skills by connecting to data sources to transform data into an optimized data model and demonstrating data storytelling through dashboards, reports and charts to solve business challenges and identify new opportunities.

  • 1.Preparing Data for Analysis with Microsoft Excel
  • 2.Harnessing the Power of Data with Power BI
  • 3.Extract, Transform and Load Data in Power BI
  • 4.Data Modeling in Power BI
  • 5.Data Analysis and Visualization with Power BI
  • 6.Creative Designing in Power BI
  • 7.Deploy and Maintain Power BI Assets and Capstone project
  • 8.Microsoft PL-300 Exam Preparation and Practice
Technical Skill
Advanced AnalyticsBusiness AnalyticsBusiness IntelligenceData AnalysisData CollectionData IntegrityData ManipulationData ProcessingData QualityData StorageData WarehousingDatabase DesignReport WritingSQLStatistical ReportingTimelinesData VisualizationMicrosoft ExcelPower BI

IBM Data Analyst Professional Certificate

IBM
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I gained hands-on expertise in the full data analysis lifecycle, from wrangling datasets with SQL and Python to visualizing insights in Excel and Cognos. My projects included analyzing vehicle inventory with pivot tables, creating interactive KPI dashboards, and extracting financial data with Pandas. I also built regression models to predict housing prices and developed a dynamic Python dashboard for flight reliability, effectively bridging technical rigor with data storytelling.

  • 1.Introduction to Data Analytics
  • 2.Excel Basics for Data Analysis
  • 3.Data Visualization and Dashboards with Excel and Cognos
  • 4.Python for Data Science, AI & Development
  • 5.Python Project for Data Science
  • 6.Databases and SQL for Data Science with Python
  • 7.Data Analysis with Python
  • 8.Data Visualization with Python
  • 9.IBM Data Analyst Capstone Project
  • 10.Generative AI: Enhance your Data Analytics Career
  • 11.Data Analyst Career Guide and Interview Preparation
Technical Skill
Data AnalysisData Import/ExportData ManipulationData PresentationData StorytellingData Visualization SoftwareData WranglingExcel FormulasExploratory Data AnalysisIBM Cognos AnalyticsInteractive Data VisualizationSQLData VisualizationWeb ScrapingDashboardGenerative AIMicrosoft ExcelPlotlyPython Programming

Microsoft Excel Professional Skill Certificate

MySkill
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Completed a Full Learning Path with Professional Skill during 59 hours in Microsoft Excel. This comprehensive program covers Excel from basic to advanced levels, including data manipulation, forecasting, regression, and statistical analysis. Gained hands-on experience with data cleansing, visualization, pivot tables, Power Pivot, VBA macros, and advanced analytical techniques.

  • 1.Microsoft Excel Basic (Cleanse, Sort, Filter, Format, Aggregate, Conditional IF)
  • 2.Microsoft Excel Intermediate (Lookup & Index Match, Data Visualization, Pivot Table, Math Function, Date & Time Manipulation, Logical & Information Function, Dynamic Array, Referencing Cell & Text)
  • 3.Microsoft Excel Advanced (Power Pivot, What-If Analysis, Macro VBA)
  • 4.Data Manipulation
  • 5.Forecasting, Regression and Statistic (Time Series Analysis, Linear Regression, Forecasting Time Series, Descriptive Statistic)
Technical Skill
Data CleansingSorting & FilteringData FormattingAggregate FunctionsConditional IFVLOOKUP & HLOOKUPINDEX MATCHPivot TablesData VisualizationMath FunctionsDate & Time ManipulationLogical FunctionsDynamic ArraysCell ReferencingPower PivotWhat-If AnalysisMacro VBAAutomationData ManipulationTime Series AnalysisLinear RegressionForecastingDescriptive Statistics

Bachelor of Engineering in Geological Engineering

Institut Sains & Teknologi AKPRIND YogyakartaGPA: 3.34 / 4.00
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My engineering training provided a rigorous quantitative foundation, emphasizing spatial logic, complex system modeling, and statistical risk assessment. This background honed my ability to decompose ambiguous real-world problems into structured data models, directly translating geological field methodologies into modern data-driven decision-making frameworks.

Organizational Leadership
Human Resource Development Dept: Designed seminar, workshop, and research to develop soft skills and hard skills for the members.
Media & Publication Dept: Managed and created graphic design and visual communication strategies for organizational social media.

Landslide Susceptibility Zonation for Mlati Village and Surroundings, Arjosari District, Pacitan, East Java, Indonesia.

1. Executive Summary

This project involved a comprehensive geospatial analysis to identify and categorize landslide vulnerability zones across an 81 km² study area in Arjosari, Pacitan, East Java. By integrating field-collected primary data with regional secondary data, I developed a predictive risk model based on a modified weighted scoring system. The final output provided actionable insights for disaster mitigation and urban planning, classifying the region into High, Medium, and Low-risk zones.

2. Technical Stack
Geospatial Analysis: ArcGIS 10.2 (Spatial Join, Weighted Overlay, Buffer Analysis).
Structural Data Processing: Dips (Stereographic projection for rock stress analysis).
Statistical Weighting: Microsoft Excel (Multi-criteria scoring and data normalization).
Visualization: CorelDraw 2017 (Technical cartography and information design).
3. Data Methodology & Feature Engineering

The analysis was driven by 43 unique observation points where multiple environmental variables were recorded. I applied a Multi-Criteria Decision Making (MCDM) approach, assigning specific weights to eight parameters based on their influence on slope stability:

Anthropogenic Factors:

Settlement Proximity (20% Weight): Evaluated as the most critical factor for risk impact.

Geophysical Parameters:

Slope Gradient (15%): Ranging from flat (0-8%) to very steep (>20%).
Soil Condition (15%): Analyzed residual soil thickness and fracture presence.
Lithology/Rock Type (15%): Assessed the resistance of 4 distinct rock units (Tuff, Sandstone, Breccia, and Dacite).
Precipitation (15%): Normalized annual rainfall data (~2,154 mm/year).

Environmental & Seismic Factors:

Vegetation Cover (10%): Differentiated between deep-rooted trees (e.g., teak) and surface-level shrubs.
Hydrology/Water Management (7%): Identified seepage points and groundwater influence.
Seismicity (3%): Integrated historical earthquake frequency data from 2011-2020.
4. Key Analytical Insights

Using the Weighted Overlay method, each observation point was assigned a cumulative risk score ranging from 1.00 to 3.00.

High-Risk Zones (38% of area): Scores between 2.40 - 3.00. These zones were characterized by steep slopes, high fracture density in the rock, and proximity to settlements. Point 33 recorded the highest risk score at 2.67.
Medium-Risk Zones (47% of area): Scores between 1.70 - 2.39. This represents the dominant landscape, requiring active management like terracing to prevent degradation.
Low-Risk Zones (15% of area): Scores between 1.00 - 1.69. Identified as the safest locations for future residential development.
5. Data-Driven Recommendations

The project concluded with strategic mitigation advice derived directly from the model's results:

Urban Planning: Prohibit residential construction on slopes with a cumulative weight above 2.40.
Engineering: Implement specific terracing and drainage systems in "Medium" risk zones to reduce soil saturation during the rainy season.
Preventative Maintenance: Immediate sealing of ground fractures (identified in field data) to prevent water infiltration and subsequent mass movement.
Technical Skill
GeostatisticsGeocomputation & GISResearch MethodologyMathematics I & IIPhysicsQuality Management

Project Portfolio

Dual-Phase SQL Analytics Pipeline: B2B Merchant Acquisition & B2C Customer Retention

Personal Project

Engineered a dual-phase SQL analytics pipeline to bridge B2B merchant acquisition inefficiencies with B2C customer retention leaks, directly optimizing marketing capital allocation and product lifecycle strategy. By offloading complex window functions to the database tier, I delivered a lag-free executive dashboard that identified high-yield traffic sources and quantified critical churn risks.

1. Key Technologies & Tools
T-SQL (SQL Server)
Python (Pandas, Seaborn, PyODBC)
Power BI (DAX, Conditional Formatting)
VS Code
Git/GitHub
2. Methodologies & Frameworks
CRISP-DM Framework
Relational Data Modeling (Star Schema)
Cohort Analysis
Funnel Velocity Tracking
3. Core Deliverables
5 Idempotent SQL Scripts
Interactive Power BI Dashboard (.pbix)
Executive PDF Report
Jupyter Notebook Visualizations
Comprehensive Markdown Documentation
4. Business Impact & Strategic Insights
High-Yield Channel Discovery: Uncovered an "unknown" traffic channel yielding $194.49 revenue per MQL with a 16.29% conversion rate, significantly outperforming paid social.
Retention Crisis Diagnostics: Identified a systemic "leaky bucket" crisis where Month-1 customer retention consistently dropped below 1% across all 2017 cohorts.
Marketing Capital Optimization: Exposed "social" media as a capital drain with a dismal 5.56% conversion rate and a slow 61-day sales cycle.
Technical Skill
T-SQL (SQL Server)Python (Pandas, Seaborn, PyODBC)Power BI (DAX, Conditional Formatting)VS CodeGit/GitHub

Predictive Modeling for Employee Retention: Salifort Motors

Google Advanced Data Analytics Professional Certificate Capstone Project

Led the end-to-end data analytics lifecycle for Salifort Motors to diagnose a critical 23.8% employee turnover crisis by developing a predictive Random Forest model that achieved 99% accuracy and identified key drivers like satisfaction and workload. Translated complex technical findings into actionable strategic recommendations, directly enabling leadership to implement targeted retention interventions in high-risk departments.

1. Key Technologies & Tools
Python (Pandas, NumPy, Scikit-Learn, Matplotlib, Seaborn)
Power BI (DAX, Data Modeling)
Git/GitHub
2. Methodologies & Frameworks
Data Cleaning & Standardization
Exploratory Data Analysis (EDA)
One-Hot & Ordinal Encoding
Train-Test Splitting
Logistic Regression Baseline vs. Random Forest Classifier
5-Fold Cross-Validation
Feature Importance Analysis
Bias/Fairness Testing across departments
3. Core Deliverables
Salifort-Motors-Retention GitHub Repository
Interactive Power BI Dashboard
Trained Model Artifacts (salifort_model.pkl)
Comprehensive Executive Report
Strategic Presentation Deck
4. Business Impact & Strategic Insights
Attrition Prevention: Achieved 96.36% Recall, successfully identifying nearly all at-risk employees to prevent attrition.
Key Driver Analysis: Quantified Satisfaction Level as the dominant driver (34.9% importance), revealing a stark 0.23 gap between stayers and leavers.
Workload Insights: Uncovered a 100% churn rate for employees managing 7 concurrent projects, providing immediate evidence for workload caps.
Technical Skill
Python (Pandas, NumPy, Scikit-Learn, Matplotlib, Seaborn)Power BI (DAX, Data Modeling)Git/GitHub

End-to-End Credit Risk Modeling and Dashboarding for ID/X Partners

Data Scientist Virtual Internship
End-to-End Credit Risk Modeling and Dashboarding for ID/X Partners Logo

Addressing a critical class imbalance in a 466k-row lending dataset, I engineered a leakage-free pipeline and deployed a Balanced Logistic Regression model to proactively identify high-risk borrowers. This end-to-end solution transformed raw data into actionable business intelligence, directly enabling stakeholders to mitigate potential financial losses through data-driven approval strategies.

1. Key Technologies & Tools
Python (Pandas, NumPy, Scikit-Learn, Matplotlib, Seaborn)
Power BI (DAX, Power Query)
VS Code
Git/GitHub
2. Methodologies & Frameworks
End-to-End CRISP-DM Lifecycle
Data Leakage Prevention
Class Imbalance Handling (class_weight='balanced')
Feature Engineering (One-Hot Encoding, Scaling)
Model Interpretation (Coefficient Analysis)
Exploratory Data Analysis (EDA)
3. Core Deliverables
Production-ready Jupyter Notebook (.ipynb) & Python Script (.py)
Serialized Model Artifacts (.pkl)
Interactive Power BI Dashboard (.pbix)
Executive Infographic Presentation (.pdf/.pptx)
Comprehensive Technical Documentation (README.md)
4. Business Impact & Strategic Insights
Risk Detection: Increased Recall from 8% to 66%, successfully catching 2 out of 3 potential defaults that baseline models missed.
Model Performance: Achieved a 220% improvement in F1-Score (0.14 → 0.45) by optimizing for the minority class rather than overall accuracy.
Data Integrity: Reduced the dataset from 466k to 239k high-confidence records by rigorously removing data leakage and ambiguous "Current" loan statuses.
Technical Skill
Python (Pandas, NumPy, Scikit-Learn, Matplotlib, Seaborn)Power BI (DAX, Power Query)VS CodeGit/GitHub

End-to-End Business Intelligence Pipeline for Revenue Optimization: A Case Study of PT Sejahtera Bersama

Business Intelligence Analyst Virtual Internship
End-to-End Business Intelligence Pipeline for Revenue Optimization: A Case Study of PT Sejahtera Bersama Logo

Acting as a BI Analyst for PT Sejahtera Bersama, I engineered an end-to-end data pipeline in Google BigQuery to resolve fragmented sales data, enabling the identification of a critical "Volume vs. Value" paradox between high-frequency eBooks and high-revenue Robots. By visualizing these insights in Looker Studio, I formulated three strategic initiatives (including product bundling and regional replication) projected to unlock over IDR 175M in optimized revenue.

1. Key Technologies & Tools
Google Cloud Platform (BigQuery)
Standard SQL
Google Looker Studio
GitHub (Version Control)
2. Methodologies & Frameworks
Star Schema Data Modeling
ETL Pipeline Development (Extract-Transform-Load)
Primary Key & Relationship Mapping
KPI Dashboard Design
Strategic Business Analysis
3. Core Deliverables
Master Sales Data Table (master_sales_data)
Interactive Looker Studio Dashboard
SQL Transformation Scripts
Comprehensive Project Documentation (PDF)
Public GitHub Portfolio Repository
4. Business Impact & Strategic Insights
Revenue Visibility: Uncovered IDR 175,475,057 in total sales and 11,654 units across 7 categories, revealing that Robots drive 44.3% of revenue while eBooks drive 32.7% of volume.
Strategic Opportunity: Identified a specific cross-sell gap leading to a proposed "Robot Starter Kit" bundle designed to convert high-volume entry customers into high-value hardware buyers.
Regional Optimization: Pinpointed Washington DC as a top performer (IDR 5.5M), providing a data-backed blueprint for replicating success in underperforming markets like Houston and Sacramento.
Technical Skill
Google Cloud Platform (BigQuery)Standard SQLGoogle Looker StudioGitHub (Version Control)

Kimia Farma Performance Analytics (2020-2023)

Big Data Analyst Virtual Internship
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Architected an end-to-end analytics solution for Indonesia's largest pharmaceutical retailer by engineering a BigQuery ELT pipeline to unify 672K+ transactions and implementing complex tiered margin logic to resolve data silos. This initiative enabled real-time performance monitoring that identified a critical 30% geographic revenue dependency and pinpointed specific operational bottlenecks causing a 0.4-point customer satisfaction gap in key branches.

1. Key Technologies & Tools
Google Cloud Platform (BigQuery)
Standard SQL
Google Looker Studio
GitHub
Data Visualization (Scatter Plots, Choropleth Maps)
2. Methodologies & Frameworks
ELT Architecture
Dimensional Modeling
DRY Principle (via CTEs)
Tiered Business Logic Implementation
Gap Analysis
KPI Dashboarding
3. Core Deliverables
Unified analysis_table (14 columns)
Interactive Executive Dashboard
Comprehensive Data Dictionary
Technical Design Documentation
Strategic Recommendation Deck
4. Business Impact & Strategic Insights
Uncovered Geographic Risk: Identified that Jawa Barat drives 29.5% of total revenue (102B IDR), highlighting a massive concentration risk versus emerging markets.
Diagnosed Operational Gaps: Detected branches like Tarakan and Bekasi where high facility ratings (>4.4) masked poor transaction experiences (<3.99), enabling targeted audits.
Quantified Profitability: Calculated 98.54B IDR in Nett Profit across 31 provinces using dynamic pricing tiers, revealing a 0.7% revenue stagnation trend in 2023.
Technical Skill
Google Cloud Platform (BigQuery)Standard SQLGoogle Looker StudioGitHubData Visualization (Scatter Plots, Choropleth Maps)

Professional Experience

Data Scientist Project-Based Internship

Project-Based Virtual Internship
ID/X Partners Logo

This project-based internship focuses on the core concept of the end-to-end data science lifecycle, ranging from initial business understanding and data collection to automated model deployment. Participants leverage a technology stack including Python, R, and SQL to master specific skills in exploratory data analysis, feature engineering, machine learning modeling, and version control with Git.

Technical Skill
Python (Pandas, Scikit-Learn)Power BI (DAX)ML modelingCRISP-DMFeature EngineeringExploratory Data Analysis (EDA)Git/GitHub

Business Intelligence Analyst Project-Based Internship

Project-Based Virtual Internship
Bank Muamalat Logo

This project-based internship provides Business Intelligence training focusing on technology stacks like SQL (PostgreSQL and BigQuery), Microsoft Excel, and Looker Studio. It cultivates specific skills in database management, advanced data manipulation (such as CTEs and joins), and data storytelling through interactive dashboards for banking portfolio analysis.

Technical Skill
Google BigQuery (SQL)Looker StudioStar Schema ModelingETL PipelineStrategic Business AnalysisKPI Dashboard DesignGitHub

Big Data Analytics Project-Based Internship

Project-Based Virtual Internship
Kimia Farma Logo

This project-based internship provides hands-on experience in SQL querying, Google BigQuery data warehousing, and Looker Studio visualization to support analytical business needs. Participants acquire specific skills in ETL pipeline design, exploratory statistical analysis, and data storytelling to transform complex big data into actionable insights.

Technical Skill
Google BigQuery (SQL)Looker StudioELT ArchitectureDimensional ModelingTiered Business LogicGap AnalysisGitHub

Private Driver

Private Client / Self-Employed

Managed end-to-end operational logistics for private clients, ensuring seamless execution of daily schedules across diverse geographic regions. Operated as the primary point of contact for time-sensitive travel requirements, leveraging real-time data analysis to optimize routes and mitigate delays.

Key Achievements & Responsibilities
Operational Efficiency: Designed and executed dynamic route optimization strategies using real-time traffic data and predictive scheduling, ensuring 100% punctuality for critical business appointments.
Crisis Management & Adaptability: Successfully navigated complex logistical challenges (e.g., vehicle maintenance emergencies, sudden schedule pivots, and adverse weather conditions), maintaining operational continuity without disrupting client workflows.
Asset Management: Maintained strict adherence to safety protocols and vehicle performance metrics, conducting proactive preventative maintenance to ensure zero downtime and optimal vehicle reliability.
Technical Skill
Logistics ManagementRoute OptimizationPredictive SchedulingCrisis ManagementAsset ManagementOperational Efficiency