Manufacturing Facilities

Engineered to Endure, Designed to Inspire

Discover expert-driven solutions that combine advanced engineering, precision analysis, and creative strategy to bring your structures to life with strength, safety, and lasting impact.

Samsung Semiconductor Manufacturing Facility

Taylor, Texas

Services

Structural Analysis & Design
Steel Design
Precast Concrete Design

Seismic Engineering
Wind Engineering
Specialized Engineering

Description

The Taylor project is particularly exciting due to its potential to significantly enhance both global and local communities. Samsung began construction in early 2022, aiming to commence operations in 2024.

This new Taylor facility will increase the production of semiconductor solutions crucial for next-generation technologies, including 5G, artificial intelligence (AI), and high-performance computing (HPC). By expanding manufacturing capacity, Samsung aims to better meet customer needs and contribute to the stability of the global semiconductor supply chain. Located less than 30 minutes from Austin, Taylor will benefit from Samsung's investment through the creation of thousands of jobs and valuable training opportunities.

Alongside Samsung’s existing Austin site, this new facility promises to create exciting prospects for Central Texans for many years to come.

Samsung Semiconductor Manufacturing Facility

Taylor, Texas

Services

Structural Analysis & Design
Steel Design
Precast Concrete Design

Seismic Engineering
Wind Engineering
Specialized Engineering

Description

The Taylor project is particularly exciting due to its potential to significantly enhance both global and local communities. Samsung began construction in early 2022, aiming to commence operations in 2024.

This new Taylor facility will increase the production of semiconductor solutions crucial for next-generation technologies, including 5G, artificial intelligence (AI), and high-performance computing (HPC). By expanding manufacturing capacity, Samsung aims to better meet customer needs and contribute to the stability of the global semiconductor supply chain. Located less than 30 minutes from Austin, Taylor will benefit from Samsung's investment through the creation of thousands of jobs and valuable training opportunities.

Alongside Samsung’s existing Austin site, this new facility promises to create exciting prospects for Central Texans for many years to come.

Samsung Semiconductor Manufacturing Facility

Taylor, Texas

Services

Structural Analysis & Design
Steel Design
Precast Concrete Design

Seismic Engineering
Wind Engineering
Specialized Engineering

Description

The Taylor project is particularly exciting due to its potential to significantly enhance both global and local communities. Samsung began construction in early 2022, aiming to commence operations in 2024.

This new Taylor facility will increase the production of semiconductor solutions crucial for next-generation technologies, including 5G, artificial intelligence (AI), and high-performance computing (HPC). By expanding manufacturing capacity, Samsung aims to better meet customer needs and contribute to the stability of the global semiconductor supply chain. Located less than 30 minutes from Austin, Taylor will benefit from Samsung's investment through the creation of thousands of jobs and valuable training opportunities.

Alongside Samsung’s existing Austin site, this new facility promises to create exciting prospects for Central Texans for many years to come.

General Motors
Manufacturing Facility

Detroit, Michigan

Services


Structural Analysis & Design
Steel Design
Specialized Engineering

Description

Factory ZERO, General Motors’ flagship assembly plant, marks a significant milestone in their journey towards an all-electric future. Built on the site of the former Detroit-Hamtramck assembly plant, this 3.5 million square foot facility was designed. Once fully operational, Factory ZERO will have the capacity to produce 270,000 vehicles annually, reinforcing GM’s commitment to sustainable manufacturing.

General Motors
Manufacturing Facility

Detroit, Michigan

Services


Structural Analysis & Design
Steel Design
Specialized Engineering

Description

Factory ZERO, General Motors’ flagship assembly plant, marks a significant milestone in their journey towards an all-electric future. Built on the site of the former Detroit-Hamtramck assembly plant, this 3.5 million square foot facility was designed. Once fully operational, Factory ZERO will have the capacity to produce 270,000 vehicles annually, reinforcing GM’s commitment to sustainable manufacturing.

General Motors
Manufacturing Facility

Detroit, Michigan

Services


Structural Analysis & Design
Steel Design
Specialized Engineering

Description

Factory ZERO, General Motors’ flagship assembly plant, marks a significant milestone in their journey towards an all-electric future. Built on the site of the former Detroit-Hamtramck assembly plant, this 3.5 million square foot facility was designed. Once fully operational, Factory ZERO will have the capacity to produce 270,000 vehicles annually, reinforcing GM’s commitment to sustainable manufacturing.

Duksan Electera Electrolyte
Manufacturing Facility

Shelbyville, Tennessee

Services

Civil and Electrical Design
Environmental Permit Building Permit

Specialized Engineering
Pipe Rack Design

Description

The ISO Tank Yard at Duksan Electera America's Shelbyville facility provides transfer of flammable liquid raw materials used in lithium-ion battery electrolyte production. C&Y Engineering served as Engineer of Record for Phase II and III, delivering site civil and electrical design, pipe rack structural engineering, and environmental and building permit support for this hazardous-area facility.

Duksan Electera Electrolyte
Manufacturing Facility

Shelbyville, Tennessee

Services

Civil and Electrical Design
Environmental Permit Building Permit

Specialized Engineering
Pipe Rack Design

Description

The ISO Tank Yard at Duksan Electera America's Shelbyville facility provides transfer of flammable liquid raw materials used in lithium-ion battery electrolyte production. C&Y Engineering served as Engineer of Record for Phase II and III, delivering site civil and electrical design, pipe rack structural engineering, and environmental and building permit support for this hazardous-area facility.

Duksan Electera Electrolyte
Manufacturing Facility

Shelbyville, Tennessee

Services

Civil and Electrical Design
Environmental Permit Building Permit

Specialized Engineering
Pipe Rack Design

Description

The ISO Tank Yard at Duksan Electera America's Shelbyville facility provides transfer of flammable liquid raw materials used in lithium-ion battery electrolyte production. C&Y Engineering served as Engineer of Record for Phase II and III, delivering site civil and electrical design, pipe rack structural engineering, and environmental and building permit support for this hazardous-area facility.

Kia Georgia
Assembly Plant

West Point, Georgia

Services

Structural Analysis & Design
Steel Design
Concrete Design

Seismic Engineering
Wind Engineering
Specialized Engineering



Description

Kia is expanding its Georgia manufacturing facility to accommodate its first electric vehicle (EV) production line in the United States. This expansion is a pivotal move in Kia's strategy to strengthen its presence in the EV market.

We are providing structural engineering services for this significant project, ensuring the new production facilities are built to the highest standards. The expanded building will not only support Kia's ambitions for sustainable mobility but also enhance the manufacturing capabilities of their Georgia plant, positioning it as a key player in the evolving automotive landscape.

Kia Georgia
Assembly Plant

West Point, Georgia

Services

Structural Analysis & Design
Steel Design
Concrete Design

Seismic Engineering
Wind Engineering
Specialized Engineering



Description

Kia is expanding its Georgia manufacturing facility to accommodate its first electric vehicle (EV) production line in the United States. This expansion is a pivotal move in Kia's strategy to strengthen its presence in the EV market.

We are providing structural engineering services for this significant project, ensuring the new production facilities are built to the highest standards. The expanded building will not only support Kia's ambitions for sustainable mobility but also enhance the manufacturing capabilities of their Georgia plant, positioning it as a key player in the evolving automotive landscape.

Kia Georgia
Assembly Plant

West Point, Georgia

Services

Structural Analysis & Design
Steel Design
Concrete Design

Seismic Engineering
Wind Engineering
Specialized Engineering



Description

Kia is expanding its Georgia manufacturing facility to accommodate its first electric vehicle (EV) production line in the United States. This expansion is a pivotal move in Kia's strategy to strengthen its presence in the EV market.

We are providing structural engineering services for this significant project, ensuring the new production facilities are built to the highest standards. The expanded building will not only support Kia's ambitions for sustainable mobility but also enhance the manufacturing capabilities of their Georgia plant, positioning it as a key player in the evolving automotive landscape.

Hankook Tire
Manufacturing Facility

Clarksville, Tennessee

Services

ASRS Structure Design
Steel Design

Seismic Engineering
Specialized Engineering

Description

We are providing structural engineering services for the automation systems of Hankook Tire's first U.S. manufacturing facility in Clarksville, Tennessee. Our scope covered structural design and detailed drawing production for the Racking structure and Conveyor Decking structure, as well as full permitting support—including code compliance review, preparation of permit submittal documents, and direct coordination with the Authority Having Jurisdiction (AHJ) through plan review and approval. The project was delivered as part of the initial phase of a four-phase passenger tire manufacturing plant on a 469-acre greenfield site.

Hankook Tire
Manufacturing Facility

Clarksville, Tennessee

Services

ASRS Structure Design
Steel Design

Seismic Engineering
Specialized Engineering

Description

We are providing structural engineering services for the automation systems of Hankook Tire's first U.S. manufacturing facility in Clarksville, Tennessee. Our scope covered structural design and detailed drawing production for the Racking structure and Conveyor Decking structure, as well as full permitting support—including code compliance review, preparation of permit submittal documents, and direct coordination with the Authority Having Jurisdiction (AHJ) through plan review and approval. The project was delivered as part of the initial phase of a four-phase passenger tire manufacturing plant on a 469-acre greenfield site.

Hankook Tire
Manufacturing Facility

Clarksville, Tennessee

Services

ASRS Structure Design
Steel Design

Seismic Engineering
Specialized Engineering

Description

We are providing structural engineering services for the automation systems of Hankook Tire's first U.S. manufacturing facility in Clarksville, Tennessee. Our scope covered structural design and detailed drawing production for the Racking structure and Conveyor Decking structure, as well as full permitting support—including code compliance review, preparation of permit submittal documents, and direct coordination with the Authority Having Jurisdiction (AHJ) through plan review and approval. The project was delivered as part of the initial phase of a four-phase passenger tire manufacturing plant on a 469-acre greenfield site.

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The material on this site may not be reproduced, distributed, transmitted, cached, or otherwise used, except with the prior written permission of C&Y Engineering.

© 2023 C&Y Engineering. All rights reserved. Use of this site constitutes acceptiance of our User Agreement and Privacy Policy.
The material on this site may not be reproduced, distributed, transmitted, cached, or otherwise used, except with the prior written permission of C&Y Engineering.

© 2023 C&Y Engineering. All rights reserved. Use of this site constitutes acceptiance of our User Agreement and Privacy Policy.
The material on this site may not be reproduced, distributed, transmitted, cached, or otherwise used, except with the prior written permission of C&Y Engineering.