AgaCanGroup Point of Procurement

Construction

Unbeatable Execution

As your global solution partner in construction management, we have the people, processes, and tools to successfully execute the largest and most logistically complex projects, while maintaining industry-leading safety and quality standards.

We’ve developed the competence and capacity to self-perform every phase of project delivery. Our self-perform EPC model maximizes value and minimizes risk for our customers by offering a single point of accountability.

This approach allows us to optimize designs and implement proprietary processes, ensuring greater certainty in outcomes.

In the construction phase, the plans and designs developed during the engineering phase are executed. ACG holds required resources for managing construction crews, contractors, and subcontractors to ensure that the project is built according to specifications, safety standards, and timelines. Put simply, ACG spearheads the construction project management process.

ACG takes responsibility for overseeing and managing all of the construction activities of the project. This entails maintaining project schedules, milestones, and timelines to meet project objectives. In addition to ensuring the project stays on schedule , ACG is also committed for cost control and monitoring construction expenses so that they remain within the predetermined budget.

At ACG, we additionally enforce quality control procedures to guarantee adherence to predetermined quality assurance criteria and specifications. This encompasses performing thorough inspections and tests to validate the quality and operational integrity of finalized scopes as well as promptly addressing any shortcomings or challenges that arise.

During construction, ACG implements and enforces on-site safety protocols. With the welfare of all crews, contractors, and subcontractors in mind, we are committed to comply with regulatory guidelines and industry best practices to mitigate potential risks.

Throughout the entire construction phase, ACG oversees both its work crews and subcontractors, while also providing the project owner with regular updates on construction progress, challenges, and any deviations from the devised plan.

Other Key Responsibilities

In addition to overseeing all aspects of engineering, procurement and construction, ACG is also responsible for the following:

Risk management: Under an EPC contract, ACG assumes a higher level of risk, as WE are accountable for the successful completion of the project within the agreed-upon parameters. Any delays, cost overruns, or quality and safety issues which can have financial and reputational implications are handled appropriately. A key piece of project execution for us entails proactively identifying, assessing and mitigating risks.
Change management: If changes in project scope, design modifications, or unforeseen circumstances arise, ACG evaluates the impact of these changes on the project's overall schedule, budget and final result and adjusts its course of action accordingly.
Commissioning: After construction is complete, ACG is responsible for commissioning. All systems and elements are tested and validated to ensure they operate according to their intended function before the project is fully handed over to the client.

Benefits of an EPC Contract with ACG

Turnkey Solution

In an EPC contract, we offer the project a turnkey solution, meaning the project owner receives a fully operational building or project at the end of the process. This eliminates the need for separate contracts for design, procurement, and construction, simplifying an owner's responsibilities. ACG handles all aspects of the project, from inception to completion.

Single Point of Responsibility

In an EPC contract, a single contractor (ACG) takes on the responsibility for the entire project, from engineering and design to procurement of materials and construction. ACG is responsible for delivering a fully functional project to the client. This streamlines communication and coordination, reducing the owner's administrative burden and the risk of miscommunication between multiple parties.

Minimized Risk

Under an EPC contract, ACG shoulders the majority of the project risk and is responsible for managing and mitigating various risks, such as delays, cost overruns, design issues, and construction challenges.

Importance of ACG as your EPC Solution Provider

ACG plays a pivotal role in delivering complex, infrastructure-heavy projects. Our unique ability to seamlessly integrate engineering, procurement, and construction phases provides a holistic approach that streamlines project execution and minimizes risks for project owners. Whether navigating complex engineering challenges, delivering turnkey solutions, or effectively managing risks, we bring a comprehensive approach to deliver efficient project execution.

By carefully evaluating the project's unique requirements, you can make informed decisions on the importance of our expertise. This decision isn't just about project execution; it's about finding a partner that not only ensures timely and high-quality delivery but also offers an avenue for innovation, optimal resource allocation, and long-term project performance.

As projects become increasingly complex and timelines tighter, the role of our EPC Construction Services continues to be paramount. In an era where projects span multifaceted industries and require intricate engineering feats, we offer a comprehensive approach to project execution which is essential in the world of construction.

Types of Construction Projects:

Construction projects we take part in are often categorized based on their (1) scale, (2) the types of structures being built, and the (3) purpose of the project (also called “end use” or “land use”). Broadly, there are six types of construction projects we are specialize in: residential, commercial, institutional, mixed-use, industrial, and heavy civil.

We categorize projects based on their “end use” to ensure development projects meet the varying needs of the communities in which they are built. Describing construction project types by their use can also help us and our clilents understand the legal requirements – like compliance with zoning ordinances and building codes – and anticipate the engineering needs and environmental impacts of the project.

According to the vast differences in scope, scale, cost, engineering requirements, equipment and building material needs, ACG has structured its Construction Department Organization to include different types of expertise, with each focused on the following types of construction.

1. Residential Projects

Residential construction describes structures built for habitation. This category can be broken down further into single-family and multi-family construction. But even then, “multi-family” is often too broad a category to adequately describe a project’s needs and considerations.

2. Commercial Projects

Commercial construction is a broad category that can describe a wide variety of business facilities. These include offices, retail stores, shopping centers, hotels, and other facilities built for commercial use.

Compared to residential construction, commercial projects are exponentially more complex. While designing and developing such projects, we consider a vast array of needs – including function, safety, environment, energy efficiency, and accessibility, to name a few.

Commercial construction projects we carry out are ensured comply with specific building codes and standards that address public safety (like fire resistant materials, fire protection systems, emergency exits) and energy efficiency. We also ensure to include accessibility features.

3. Mixed-Use Projects

Mixed-use construction projects combine multiple types of construction and land use within a single development or area. Mixed-use developments are designed to create more efficient and integrated communities by providing a variety of functions in close proximity to each other. They often include a mix of residential and commercial units, recreational facilities, green space, and public amenities to create vibrant, convenient urban or suburban environments.

While there is a virtually endless variety of configurations, there are four common types of mixed-use construction projects: vertical mixed-use, horizontal mixed-use, transit-oriented developments, and live-work-play communities.

Vertical Mixed-Use

A vertical mixed-use project stacks different end uses within a single building – for example, retail spaces on the ground floor, office spaces on middle floors, and residential units on upper floors. They are common in densely populated areas, especially as urban infill, where property is scarce.

Horizontal Mixed-Use

Where vertical mixed-use projects build up, horizontal mixed-use developments build out. As a result, this type of project is more common in suburban settings where space is cheaper and more readily available. Individual buildings within the development typically have their own designated uses.

Transit-Oriented Developments

Transit-oriented developments (TODs) include a variety of facilities (residential units, office space, retail stores, public amenities) designed within walking distance of public transit hubs (e.g. train stations or bus terminals), to reduce reliance on private vehicles. These projects often combine vertical and horizontal mixed-use developments.

TODs may coincide with the launch of a new transit station, or may be built to revitalize adoption of an existing but underused hub. Developers can often qualify for federal or state funds earmarked to encourage investment in transit-oriented developments, which foster increased ridership and improvements in community connectivity and accessibility.

4. Institutional Projects

Institutional construction generally describes projects intended for public use, such as educational institutions, hospitals, government buildings, and other public service facilities. In a way, this type of project is a “public” version of a commercial project.

While many institutional projects are public projects (i.e. owned by a public agency), they may also be privately developed, owned, and/or operated. As a result, there is significant overlap between commercial and institutional construction when it comes to design requirements, building materials, and equipment needs.

5. Industrial Projects

Industrial construction describes projects built for industrial use, such as manufacturing plants, warehouses, and power plants. Examples include factories, chemical processing facilities, and oil refineries.

Industrial projects are often subject to heavier governmental regulation, especially with respect to environmental impact. These types of projects typically require a high degree of specialized engineering, with material specifications not often found in other construction projects. ACG specializes to handle such challlanges.

6. Civil & Infrastructure Projects

Heavy civil construction Heavy civil construction describes large-scale engineering projects typically associated with infrastructure or public works. Civil projects we take part in include transportation systems (e.g. highways, bridges and tunnels, railways, airports), utilities (e.g. water and sewage systems, communication and power distribution networks) and other large-scale public works projects. These projects are often referred to broadly as "horizontal construction" because they are typically longer than they are tall.