Corkill Cush Reeves Architects

CCR Architects is a firm established in 1977, bringing together an experienced leadership team with over 25 years of tenure. We have dedicated ourselves to the principles of Organic Architecture, creating sustainable projects for four decades. Our expertise spans various sectors, including religious, commercial, restaurant, residential, education, and municipal buildings. We have a strong focus on estimating, cost control, and MEP engineering for integrated designs.

Services

At CCR Architects, we provide a comprehensive range of services, ensuring our clients receive complete design and engineering solutions for their projects. These services include:

1. Architectural Design: Our team of skilled architects is experienced in creating aesthetically pleasing and functional designs tailored to our clients' needs and aligned with the principles of Organic Architecture.

2. MEP Engineering: By providing in-house mechanical, electrical, and plumbing engineering, we guarantee integrated designs optimized for energy efficiency and sustainability.

3. Estimating and Cost Control: Our robust estimating and cost control processes enable us to offer accurate pricing assessments, ensuring projects remain on budget and deadlines are met.

4. Continuing Education: At CCR Architects, we prioritize learning and professional development. We frequently engage in continuing education programs, enabling us to stay current on industry trends, emerging technologies, and sustainable building practices.

5. Design Blog: Sharing our expertise and insights, our Design Blog offers valuable information for building committees and professionals, addressing intentional design, flexible community-centric outcomes, and the discovery, strategy, and reporting phases of the planning process.

Faith Community Design

We specialize in designing facilities for faith communities, acknowledging the paradigm shifts occurring within religious groups. Our Planning Blog provides invaluable information to these communities, emphasizing the value of the discovery phase in their projects. Our design approach is intentionally focused on promoting flexible, community-centric project outcomes.

Some of our completed Faith Community projects include:

• Rejoice Fellowship: A New Faith Community (May 2019)
• Rockville Evangelical Mission (August 2017)
• Swan Point Assembly Building (January 2017)

Commercial Design

Our commercial design solutions cater to a wide array of businesses, from office spaces to retail centers. Our approach emphasizes efficient use of space, optimal energy management, and creating visually appealing environments for employees and customers alike.

Restaurant Design

Whether designing a new sports-oriented dining establishment or renovating an existing one, CCR Architects provides innovative solutions that address our clients' unique requirements. Our restaurant designs focus on functionality, ambiance, and a seamless flow for staff and patrons.

Some of our restaurant projects include:

• A New Sports Oriented Restaurant in Ashburn, VA (May 2017)
• Chart House Restaurant (September 2016)

Residential Design

We cater to the needs of our residential clients by providing customized architectural design solutions for new homes, additions, and renovations. We listen carefully, ensuring that our designs reflect our clients' personal style and functional preferences while incorporating energy-efficient and sustainable features.

One of our completed residential projects includes:

• Binkley Addition (January 2016)

Educational Design

CCR Architects understands the unique requirements of educational institutions and their diverse facilities. We have experience designing schools, universities, and specialized learning centers. Our projects incorporate safety, innovation, and sustainability.

Municipal Design

Our firm takes pride in designing functional and aesthetically pleasing municipal buildings, such as community centers, town halls, and public libraries. We work closely with local governments to meet their budgetary and functional requirements while incorporating sustainable and energy-efficient design practices.