Completed Lithium-ion Battery electrode material slitting modeling consulting (Fremont, CA, Feb. 2017) and for its Gigaplant modeling group (Reno, NV, Feb. 2017, and on field systems (Reno, NV, Feb. 2018).

- Enterprise System Developments, Lead Solution Architect
· Development Summary
· Tesla Modeling/Optimization Consulting
· BYD Model Accuracy & Model Software development
· BYD Defect warning System & Production Optimization System Developments
· Sichuan/Shandong Tiannuo coating lines, consulting on MES/Level 2
· Hua Xin Electronics ERP/MES/Level 2 and Andon System Development
· Over 10 Smaller Projects on Industry 4.0/Smart Manufacturing

- Enterprise System Developments, Solution Architect
· EOS Projects (as long-term, full-time consultant)
· POSCO Production Line Optimized Design System
· NISCO Intelligent System Optimization (as International Expert)
· Metal Pass 5000 Pages Website Projects
· New-Generation Level 2 software Architecture

World’s Top-2 electric car manufacturer, with Phase 1 (Logics for MES/Level 2, etc., 2015-2016), Phase 2 (Model-based Level 2 System integrated with MES, 2017-2020) & Phase 3 (Knife quality detection system, 2017-2020).

- .Net Programming Projects
· Source code Example Execution Tool
· Flow Stress Modeling Program
· Wanted & Available web Application
· A Document Populating Project
· Rolling Mill Excel Document Management and Data Populating
· A Web-based Application for Unit Conversion
· A Coordinate Recording Tool to read Data from Curves
· Website URL Parser
· A Company's Benefit Management System
· A COM+ Application with Online Order and Windows-based Approval System
· Other projects

- Level 2 Project
· Level 2 General Functionality
· Example of the sub-system, with EAF DBLog
· Example of sub-system implementation, with EAFDBLog
· Classes and global data structures in the Caster Level 2
· VB screens in the Level 2

- Early Projects (Before 2000)
· A design package for steel rod production scheduling and mill design
· A design program for rod production scheduling and mill design
· A Client-Server application to simulate Windows NT security system, implemented with VC++/MFC and Windows API
· MFC windows programming in store inventory application
· A Personal Management System, implemented with Visual Basic
· Implemented windows NT scheduling algorithms with visual presentation of task message maps, completed with VC++/MFC
· Object-Oriented software development, with example of the rod mill design software
· Development of materials processing product technology (11 Projects).
· Process model development - numerical models (9 Projects).
· Process model development - empirical models (28 Projects).
· Product shape, property and yield improvement in materials processing (5 Projects).
· Development in web, web-based software and online technology resources (15 Projects).

- Over 100 modeling related software projects (as below): metalpass.com/consulting/MPPro.aspx
· Architecture on Level 2 /Technology Base/Quality Suite (24 Projects).
· Support for Level 2 (process intelligence) (5 Projects).
· Improvement on mechanical properties of products (4 Projects).
· Development of material processing and application software (15 Projects).
· Material processing productivity (4 Projects).
· Development of materials processing product technology (11 Projects).
· Process model development - numerical models (9 Projects).
· Process model development - empirical models (28 Projects).
· Product shape, property and yield improvement in materials processing (5 Projects).
· Development in web, web-based software and online technology resources (15 Projects).

- Level 2 and related system developments with process models, machine learning, production intelligence, and big data processing, etc., each Level 2 system with about a million lines of C++ code, with Oracle, etc. as backend;
· Cascade Steel (McMinnville, OR) three Level 2 systems for optimal operations of Electric Arc Furnace (EAF), Ladle Metallurgical Furnace (LMF) and Caster;
· Evraz Oregon Steel Mills (Portland, OR) Level 2 system optimization to eliminate hard-and-thin product's defect, to add in metallurgical models and machine learning logics
· POSCO production line upgrade to add raw processing equipment in existing line, with nine contradictory factors to be satisfied at same time
· NISCO Level 2 system to improve production models accuracy and to modify model related logics, so the capital investment utilization ratio increased from 30% up to 90% (high ratio)
· About 30 technical papers were published on machine learning and artificial intelligence, etc.