Structure
Turn ambiguity into an analytical frame
Clarify the business question, identify the real decision, define KPI logic, and separate signal from noise before building anything.
Business Intelligence & AI Systems Designer
I help teams turn ambiguous business problems into structured decision systems through analytics, automation, and AI.
My work sits between business, data, technology, and execution: defining the right question, building KPI and reporting frameworks, standardizing messy workflows, and applying AI where it can become part of real operating systems.
The common pattern across my work: define the real business question, create shared operating language, then turn repeatable analysis into durable systems.
Structure
Clarify the business question, identify the real decision, define KPI logic, and separate signal from noise before building anything.
Standardize
Create consistent metrics, reporting logic, data validation, and review processes so teams can compare performance and communicate clearly.
Systemize
Use automation and AI to make reporting, knowledge work, and decision support repeatable instead of one-off analyst effort.
Three case patterns that show the same operating model across different contexts: ambiguity to structure, fragmentation to standards, repeated work to systems.
Artalaxies
Multi-source market, user, and operational data integrated into a unified analytics framework for business and executive decision support.
Business questions were reactive, KPI definitions lacked consistency, and analysis centered on isolated metrics instead of a repeatable decision framework.
Reactive metrics, ad-hoc reporting, and questions that stayed at the level of what happened.
Standardized KPI logic and repeatable analysis across market, user, collection, and operational dimensions.
Business problem decomposition
KPI framework and metrics definition
SQL reporting layer
Python ETL and validation workflow
Collection comparison and campaign analysis
Executive decision support
GOFO Express
Multi-site operational data consolidated into standardized reporting for performance monitoring, exception review, and management visibility.
Sites used different KPI definitions, manual Excel processes, and inconsistent reporting logic, making cross-site comparison and operational review difficult.
Fragmented operations, manual reporting, and limited ability to compare site performance consistently.
Standardized reporting workflows, comparable operating metrics, and faster identification of operational issues.
Operational KPI framework
Reporting standardization
Data cleaning and validation workflow
Automated reporting process
Exception tracking logic
Cross-site performance review
Independent research and builder work
Workflow-first exploration of AI for knowledge organization, information processing, private infrastructure, and decision support.
AI often remains isolated from daily work: useful in conversation, but disconnected from memory, documents, recurring tasks, and operating processes.
Scattered information, repeated manual work, and AI tools used as standalone utilities.
AI-assisted workflows designed around persistent context, structured knowledge, and repeatable execution.
AI email and archive workflow
Personal knowledge system
Local AI workspace
AI-assisted research environment
Long-term memory concepts
Document intelligence workflows
Short operating principles behind how I approach analytics, business intelligence, and AI workflow design.
A KPI only becomes useful when teams agree what it means, why it matters, who owns it, and which decision it should influence.
A reporting layer can show movement. A decision system clarifies the question, the threshold, the owner, and the next action.
The strongest AI use cases are practical: organizing knowledge, reducing repetitive work, validating evidence, and helping teams move from messy inputs to useful action.
Business, operations, data, and engineering teams often speak different languages. The leverage comes from translating them into one executable system.
The throughline is business and technology translation: connecting operators, analysts, builders, and decision makers around one executable system.
I work from the business question backward, then build the analytical and technical system around it.
Trained across applied mathematics, data science, public policy, machine learning, statistics, and econometrics through UC Berkeley and the University of Chicago, with professional exposure across analytics, operations, finance, audit, risk, and AI workflow design.
Business problem structuring
Decision-oriented analytics
KPI and metrics framework design
Data strategy and BI architecture
Operational intelligence
Workflow automation
AI solution design and integration
Executive communication
Cross-functional translation
A small interactive diagnostic for how an ambiguous business issue should move from question to metric, workflow, and decision.
Decision diagnostic
The point is not to produce a quick answer. It is to show how the question should move from ambiguity to metrics, workflow, and decision support.
Problem frame
The issue is too broad to analyze directly. It needs to be separated into channel, customer, pricing, conversion, product, and external-market hypotheses.
01
structure
Define the actual decision: diagnose where performance changed and which driver is controllable.
02
standardize
Create a KPI frame across traffic, conversion, retention, order value, product mix, and campaign windows.
03
systemize
Build a recurring review workflow that compares driver movement before leaders ask for another ad-hoc report.
Outcome
Ambiguous revenue discussion becomes driver-based decision support.
For thoughtful conversations around business intelligence, decision systems, operational analytics, or AI workflow design.