Overview
Global supply chains are being upended by trade tensions, geopolitical risks and changing economics. These conditions increase uncertainty in demand behavior and compromise the cost, responsiveness and operational performance of supply. Therefore, the logistics and supply chain industry faces more pressure of growing customer support, retailer demands on omnichannel fulfillment, and big data handling. However, this changing environment also provides new opportunities for businesses and investments. Because of all this, companies require expertise in Supply Chain Management (SCM) and in new technologies to be more efficient and competitive.
To contribute to the solution, the Texas A&M Transportation Institute (TTI) has launched The Supply Chain Initiative (SCI) to meet the increasing need of supply chain research and consulting. The SCI targets markets that are experiencing supply chain issues and inefficiencies, and most importantly: it provides guidance on how to increase supply chain flexibility and agility. Many times, cost-oriented supply chain efficiency comes with structural or network rigidity, such as limited number of suppliers and connecting nodes, plus constrained contract conditions. However, this rigidity-based efficiency may be more costly under uncertainty scenarios like the world is facing. Therefore, supply chain flexibility is key to coping with changing and unreliable conditions. An agile supply chain structure can adjust quickly to political, economic and operational changes around the world. However, what is the right flexibility-efficiency balance? Can there be a mixed strategy to make supply chains effectively robust and resilient to adverse conditions?
Value Proposition
Our mission is to cover users needs such as:
- Know-how and technical knowledge
- Resources, time or facilities
- Financial and implementation investment burden
- Mistrust in vendors or consulting firms that present biased solutions
We pledge to our technology partners to provide:
- A platform to promote technological products via testing
- A distribution channel via technology solutions implementations
Texas A&M and TTI Partnership
Human Capital
TTI and Texas A&M System staff have broad knowledge, expertise and experience in the supply chain and logistics industry.
Robust Knowledge Base and Project experience
The team has a robust knowledge base and project experience, including supply chain and logistics experience, supply chain improvement initiatives and technology implementations and experience across all transportation modes.
Ecosystem
TTI has relationships and has managed supply chain technology testing laboratories with both public and private entities.
Testing Facilities
Testing facilities include the Connected Infrastructure Lab, the Model and Machining Center, and the Proving Grounds Research Facility.


Our Services
Technology integration
Integration of AutoID technologies
Visibility System Design
Design of tracking/tracing and Internet of Things systems
Technology Testing in Supply chain operations
Radio frequency identification system, barcoding, GPS, wireless sensor networks, biometrics, Bluetooth, etc.
Simulations of Technology Impacts
Benefits of technology implementation
Supply chain network design and testing through simulation
Supply chain echelons interactions for more sustainable, efficient and effective operations
Supply chain resilience Evaluations
Risk assessment, redundancies, robustness and contingency
Maritime nodes analyses (ports modeling)
Seaport terminal operation analyses and cargo sea flows analyses
Our Portfolio

Logistics and Supply Chain Operations
- Transportation/Distribution
- Long Haul/Last Mile
- Routing
- Shipping Programs Optimization
- Demand
- Demand Planning
- Demand Forecasting
- Facilities
- Facility Location
- Network Design
- Warehouse Layouts
- Supply Planning
- Performance Measurement
- Customer Service Planning and Measurement
- Inventory Management
- Implementation of ERP, MRP, TMS and DRP.

Supply Chain Visibility
- AutoID System Designs and Implementation
- RFID
- Operational Technologies (Barcoding, Bidimensional)
- Sensor Networks
- loT

Supply Chain Finance
- Financial Structure Design
- Financial Performance Systems/Indicators
- Financial Operations Strategy
- Optimization Management of Cash Flows/Cycles, OWC/WC, WACC

Supply Chain Process and Reengineering
- Process Improvement/Reengineering
- Six-sigma Implementations
- Lean Systems
- Procurement
- Purchasing

Supply Chain Analytics, Data and Modeling
- Digital Transformation
- Business Intelligence
- Netword Design

Supply Chain IT and Risk Management
- Blockchain
- Resource Planning Systems Design
- Supply Chain Security
- Supply Chain Resiliency
