Selected Work

Project Portfolio

Production systems built for Fortune 500 and enterprise clients. Each project follows the same arc: understand the business problem, design the architecture, build the system, prove the ROI.

โœฆ
Tailored for Company
Projects most relevant to your role and industry have been highlighted.
๐Ÿ“„

ERP Document Intelligence Pipeline

Enterprise Client ยท Energy Sector
Python Deep Learning SAP
Problem

Thousands of invoices processed manually each month across multiple vendor accounts. High error rates, slow turnaround, and no integration with the existing SAP ERP system.

Approach

Built a deep learning field extraction pipeline in Python that reads, classifies, and routes invoices automatically. Integrated directly with SAP via F3041 template generation for seamless ERP ingestion.

Results
  • โœ“ Eliminated manual invoice review
  • โœ“ Seamless SAP ERP integration
  • โœ“ Multi-vendor account support
  • โœ“ Production-grade reliability
LegacyPaper HCFA-1500 forms and manual invoice routing โ€” staff keyed data from faxed invoices into SAP R/3 FI module by hand, averaging 60-90 day cycle times
Mid 2000sCrystal Reports + Access databases for tracking โ€” Business Objects XI (BOXI) dashboards showed status but extraction was still manual with VBA macros and SSIS packages
ReplacedDeep learning field extraction with Python + SAP F3041 template generation โ€” fully automated pipeline replacing manual keying, clearinghouse routing, and spreadsheet reconciliation
Role: Solution Architect ยท Led end-to-end design and deployment
View Demo โ†’
๐Ÿ“ฆ

Franchise Inventory Management System

Multi-Location Franchise ยท Restaurant/Retail
PyTorch Computer Vision AWS
Problem

Franchise locations relied on manual stock counts with high error rates. No real-time visibility into inventory levels, leading to stockouts and over-ordering across locations.

Approach

Engineered a computer vision system using PyTorch for barcode scanning and product detection. Deployed on AWS with real-time tracking dashboards and automated threshold alerts.

Results
  • โœ“ 40% reduction in manual errors
  • โœ“ Real-time inventory visibility
  • โœ“ Automated reorder alerts
  • โœ“ Multi-location deployment
LegacyClipboard-based stock counts โ€” managers walked aisles with printed sheets, hand-tallied quantities, then keyed into spreadsheets or POS systems like Aloha or MICROS
2000sHandheld RF scanners + legacy WMS โ€” Symbol/Motorola MC9000 series with Telnet-based green-screen warehouse management, nightly batch syncs to headquarters via dial-up or early VPN
ReplacedPyTorch computer vision + AWS real-time pipeline โ€” camera-based product detection eliminates manual scanning, real-time dashboards replace nightly batch reports, automated alerts replace reactive stockout discovery
Role: Lead Architect ยท Computer vision pipeline + cloud infrastructure
View Demo โ†’
๐Ÿ“ˆ

AI-Powered Lead Generation Platform

Multi-Industry ยท Business Development
AI Agents Voice CRM
Problem

Client acquisition relied on manual outreach with no systematic qualification process. High cost per lead, low conversion rates, and no pipeline visibility for leadership.

Approach

Built 120+ targeted landing pages with AI voice agent qualification. Automated lead scoring, CRM pipeline integration, and follow-up sequencing across multiple channels.

Results
  • โœ“ 120+ automated landing pages
  • โœ“ AI voice qualification agent
  • โœ“ Full CRM pipeline automation
  • โœ“ Measurable cost-per-lead reduction
LegacyCold calling + Rolodex/ACT! contact management โ€” sales reps manually dialed from printed lead lists, tracked prospects in ACT! or GoldMine with no pipeline visibility or automated follow-up
2000sEarly Salesforce + static HTML sites โ€” basic CRM pipeline with manual lead entry, static brochure websites on ASP/ColdFusion, email blasts via Constant Contact with no personalization
ReplacedAI voice agents + 120 dynamic landing pages + automated CRM pipeline โ€” inbound qualification happens via conversational AI, lead scoring is algorithmic, follow-up sequencing is multi-channel and automated
Role: Solution Architect ยท Platform design, voice AI, and CRM integration
View Demo โ†’
โ˜

55-Service Cloud Architecture

Enterprise ยท Multi-Industry
AWS Azure Docker
Problem

Multiple disconnected tools, dashboards, and automation workflows running across different platforms with no unified orchestration, monitoring, or deployment strategy.

Approach

Designed and deployed a unified cloud architecture spanning 55 services on Azure and AWS โ€” dashboards, AI agents, and automation workflows orchestrated through a central control plane.

Results
  • โœ“ 55 services, zero downtime
  • โœ“ 20+ concurrent workloads
  • โœ“ Unified monitoring & alerting
  • โœ“ Multi-cloud (AWS + Azure)
Late 90sPhysical on-prem server rooms โ€” Windows NT 4.0 / Novell NetWare file servers, Cisco 2600 routers, T1 lines, Citrix MetaFrame for remote access, manual backups to tape
Mid 2000sVMware ESXi virtualization + MOSS 2007 โ€” server consolidation via vSphere, BizTalk Server for SOAP/WSDL integrations, SharePoint for document management, TIBCO ESB for middleware
2010sEarly AWS EC2 + Rackspace hybrid โ€” first cloud pilots, non-critical workloads moved to EC2, S3 for backup/DR, OpenStack private cloud experiments
Replaced55-service multi-cloud architecture on AWS + Azure โ€” containerized microservices, unified orchestration, zero-downtime deployments replacing decades of physical โ†’ virtual โ†’ hybrid evolution
Role: Lead Architect ยท Infrastructure design, orchestration, and deployment
๐Ÿง 

Domain-Specific LLM Fine-Tuning

Enterprise ยท AI/ML
PyTorch TensorFlow LLM
Problem

Off-the-shelf language models lacked domain-specific knowledge for specialized business operations. Generic outputs required heavy human review and correction.

Approach

Curated 5,600+ domain-specific training examples. Fine-tuned using PyTorch and TensorFlow with systematic evaluation benchmarks to measure improvement over baseline.

Results
  • โœ“ 31% improvement in eval loss
  • โœ“ 5,600+ training examples curated
  • โœ“ Domain-specific accuracy gains
  • โœ“ Reduced human review overhead
LegacyRule-based NLP and regex extraction โ€” earlier systems used keyword matching, hand-crafted rules in Perl/Python, or Informatica PowerCenter transformations to classify and route text data
2008-12Early ML with scikit-learn + NLTK โ€” bag-of-words classifiers, TF-IDF, basic named entity recognition. Models required constant manual retraining and feature engineering
ReplacedDomain-specific LLM fine-tuned on 5,600+ examples โ€” transformer architecture replaces all hand-crafted rules, achieves 31% eval loss improvement with self-supervised learning on proprietary domain corpus
Role: ML Lead ยท Data curation, training pipeline, evaluation benchmarks
๐Ÿ’ฑ

Multi-Currency GL Routing Engine

Enterprise ยท Finance Operations
Finance Compliance
Problem

12 vendor accounts across 5 currencies (USD, CAD, EUR, GBP, MXN) with no automated routing, duplicate detection, or NTE enforcement. Manual approval chains created bottlenecks.

Approach

Developed a 5-tier approval workflow with document fingerprinting for duplicate detection, automated GL code routing, NTE enforcement, and full audit trail for compliance.

Results
  • โœ“ 5 currencies, 12 vendors automated
  • โœ“ Duplicate detection via fingerprinting
  • โœ“ Full compliance audit trail
  • โœ“ NTE enforcement with zero overrides
LegacySAP R/3 FI/CO manual GL coding โ€” accountants manually assigned GL codes from chart of accounts, routed invoices via inter-office mail, tracked approvals on paper sign-off sheets
Mid 2000sSAP IS-U billing + Excel reconciliation โ€” utility billing generated invoices but GL routing was semi-manual, currency conversion done in spreadsheets, NTE checks done by memory
ReplacedAutomated 5-tier workflow with document fingerprinting โ€” programmatic GL code routing across 5 currencies, real-time NTE enforcement, duplicate detection via hash fingerprinting, full compliance audit trail replacing paper sign-offs
Role: Solution Architect ยท Workflow design, compliance, and multi-currency logic
๐Ÿ—

Real Estate Intelligence & Deal Automation

ELA Asset Management ยท Commercial Real Estate
CMA DST/1031 Fund Admin
Problem

Commercial real estate deal flow relied on manual market analysis, hand-built offering memorandums taking weeks per deal, and error-prone DST/1031 exchange document preparation with no automated compliance checks across niche commercial markets.

Approach

Built end-to-end deal automation: AI-powered comparative market analysis pulling from private data sources and all public records for niche commercial segments, automated OM generation from property data and financials, and programmatic DST/1031 document stack creation with QI coordination and compliance-ready closing packages. Integrated fund raising workflows with LP/GP reporting and automated fund administration.

Results
  • โœ“ OM creation: weeks โ†’ minutes
  • โœ“ CMA across private + public data
  • โœ“ DST/1031 doc stacks automated
  • โœ“ Fund raising & LP/GP reporting
  • โœ“ Niche commercial market coverage
LegacyManual OMs in Word/InDesign + MLS comps โ€” brokers spent 2-3 weeks assembling offering memorandums by hand, pulling comps from CoStar/LoopNet manually, formatting in Microsoft Publisher or InDesign
2000sArgus DCF + manual underwriting โ€” Argus Enterprise for cash flow projections, Excel waterfall models for fund structuring, 1031 exchange docs drafted by attorneys from templates with manual fill-in
ReplacedAI-powered CMA across private + public data, automated OM generation, programmatic DST/1031 doc stacks โ€” comparative analysis pulls from proprietary databases and all public records for niche commercial markets, offering memorandums generate in minutes, exchange documents auto-populate with QI coordination and compliance validation
Role: Principal & Architect ยท Deal flow automation, CMA engine, document generation, fund administration
๐Ÿฅ

Neurology Practice Transformation

Healthcare ยท Operations
Operations Analytics
Problem

Family neurology practice hitting growth ceiling โ€” inefficient scheduling, billing bottlenecks, and no data-driven decision-making for capacity planning.

Approach

Technology-first operational redesign covering scheduling optimization, billing workflow automation, analytics dashboards, and staffing capacity models.

Results
  • โœ“ Busiest neurology practice in MD
  • โœ“ Multi-year sustained growth
  • โœ“ Billing workflow redesigned
  • โœ“ Analytics-driven scaling
Late 90sMedical Manager + paper charts โ€” DOS-based practice management, paper superbills, HCFA-1500 claim forms submitted by mail, scheduling done in paper appointment books or Medical Manager green-screen
Early 00sIDX Flowcast / GE Centricity โ€” electronic claims via ANSI X12 837P, clearinghouse routing through WebMD/Emdeon, Crystal Reports for billing analytics, ICD-9 coding for neurology CPT (EEG 95816-95822, EMG/NCS)
2008-12Meaningful Use EMR adoption โ€” migrated to certified EMR (eClinicalWorks/Allscripts), electronic prescribing via SureScripts, patient portal deployment, qualifying for $44K HITECH incentive payments
ReplacedFull analytics-driven operational redesign โ€” custom scheduling optimization, automated billing workflows, real-time capacity dashboards, and staffing models replacing decades of paper โ†’ electronic โ†’ intelligent automation
Role: Transformation Lead ยท End-to-end operational redesign and analytics implementation