MicroMind Technologies LLC · New Mexico, USARESEARCH MEETS REAL-WORLD DECISIONS
APPLIED AI. REAL-WORLD IMPACT.

Powering a
smarter energy
future.

Applied AI, scientific computing and enterprise data systems. We connect research with engineering to help organizations forecast, optimize and act.

ZE WANGCHIEF SCIENTIST
01Data science & predictive analytics
02Enterprise AI & decision intelligence
03Operations research & optimization
LEADERSHIP & COMPANY RECORDS

Scientific leadership.
A U.S. company.

ZE WANG Chief Scientist

A background in computer science and applied mathematics, with experience in predictive modeling, optimization and AI systems.

SCIENCE AT THE CORE

Complex systems.
Practical intelligence.

MicroMind Technologies LLC is an applied AI and scientific computing company registered in New Mexico, USA. Our focus spans energy intelligence, public-sector AI and cloud data services.

03Connected
business practices
AI + ORArtificial intelligence &
operations research
USARegistered in
New Mexico
01 / WHAT WE DO

Intelligence, built around
the decisions that matter.

Three connected disciplines bring scientific research, algorithm development and engineering delivery into one practical approach.

01 / PREDICT

Data science &
predictive analytics

Turn historical operations, weather and business data into forecasts, early-warning rules and reports that help teams anticipate change.

02 / CONNECT

Enterprise AI &
decision intelligence

Connect AI models, business workflows and cloud databases in data systems designed to support enterprise operating decisions.

03 / OPTIMIZE

Operations research
& optimization

Model capacity, demand and operating constraints to compare energy, resource and traffic plans under real business conditions.

SCIENTIFIC RESEARCH   /   ALGORITHM DEVELOPMENT   /   ENGINEERING DELIVERYFrom a defined business problem to a usable deliverable.
02 / BUILT FOR YOUR INDUSTRY

Domain knowledge.
Real operating context.

A useful model starts with context: energy supply and demand, a coordinated transport network, or the data behind an enterprise.

Connected global energy and data network
ENERGY & RESOURCE PLANNING

Anticipate demand.
Plan with confidence.

Combine power-load and renewable-output forecasting with storage and production planning. Compare operating choices against capacity, demand and business constraints.

  • Load & renewable forecasting
  • Operating-deviation alerts
  • Storage & production scenarios
  • Costs & applicability analysis
Explore PetroChina project experience
03 / U.S. PROJECT EXPERIENCE

Applied expertise.
Across real engagements.

MicroMind subcontracting experience spans Washington State traffic-signal optimization and AWS Middle East database-repair work associated with Amazon’s Seattle headquarters.

AI traffic coordination
UNITED STATES / PUBLIC-SECTOR AI

AI traffic signal optimization
for Washington State

MicroMind undertook part of the subcontracted technical work for a University of Washington-led traffic-signal optimization project in Greenwood, involving traffic-data analysis, AI algorithms and signal timing.

TRAFFIC DATA / AI / SIGNAL TIMING
Cloud database engineering
MIDDLE EAST / CLOUD DATABASE ENGINEERING

Database outsourcing work
for AWS in the Middle East

MicroMind undertook part of the outsourced AWS Middle East database-repair work associated with Amazon’s Seattle headquarters, covering data repair, anomalous-data handling and technical support.

DATA REPAIR / ANOMALY HANDLING / SUPPORT
04 / CHINA CENTRAL SOE AI & DIGITAL PROJECTSTEAM MEMBER PROJECT EXPERIENCE

From engineering data
to intelligent decisions.

Team members' PetroChina project experience spans engineering-data extraction, fracturing-program generation, procurement and supply decisions, and Changqing Oilfield geoscience research.

01

DataEasy engineering-data extraction

An engineering-design data extraction platform supporting the extraction and organization of information from oil & gas design documents.

ENGINEERING DATA / DOCUMENT EXTRACTION
02

Fracturing pumping-program generation

An automatic pumping-program generation system for hydraulic-fracturing operations, bringing program preparation into a digital engineering workflow.

FRACTURING ENGINEERING / PROGRAM GENERATION
03

Intelligent proppant supply decisions

An intelligent fracturing-proppant supply decision system under the Basel III framework, focused on supply and decision support in oil & gas engineering.

04

Procurement modeling & green TCOe

Procurement-modeling software and a green TCOe decision system for fracturing power supply, supporting procurement and power-supply decisions.

05

Pressure-report automation

An automatic static/flowing-pressure report-generation module supporting oil & gas engineering data workflows and report preparation.

REPORT GENERATION / ENGINEERING DATA
06

Changqing Oilfield geoscience

Four research engagements covering shale-oil reservoir characteristics, prospective-area prediction, accumulation patterns and integrated gas-reservoir modeling.

SAI 392 / QINGXI / HEQI–CAIJIAMIAO / SHAN 295

Presented as team members' project experience. Project titles and scope are drawn from the supplied professional record.

Discuss an energy project
CHINA DIGITAL PROJECTS / TEAM MEMBER EXPERIENCE

Digital delivery across more industries.

01

HarmonyOS native applications

Led development, adaptation and release of 80+ native apps across oil & gas monitoring, chemicals, rare earths and connected hardware.

02

Shaanxi fire-service archives

Public-sector platform development for fire-service archive management in Shaanxi.

03

Northwest Nonferrous enterprise services

Enterprise-service mini-program development connecting industry services with mobile workflows.

05 / HOW WE WORK

A clear problem.
A working solution.

Start with the decision, the available data and the conditions that matter. Validate the approach before moving it into an operational workflow.

01

Understand

Define the business question, stakeholders, data and success criteria.

02

Model

Explore data, select methods and test assumptions against operating constraints.

03

Build

Turn validated models into applications, reports or usable workflows.

04

Improve

Review results and applicability, then refine models and operating plans.

LET'S EXPLORE WHAT'S NEXT

Your next challenge.
Our next conversation.

Tell us about your goals and data. Let's explore where AI, predictive analytics or optimization can make a practical difference.

Discuss a project