In-House Design and Drafting at Hickory Circle
See Our Previous Projects!
We have experience in several forms of construction. From commercial buildings to homes, and even beautiful pavilions! See all our finished work by clicking on one of the links below.
Explore our portfolio of completed drafting and design projects, showcasing the embodiment of our expertise and the steady contentment of our clients in the architecture and construction industry.
Dive into our gallery, serving not only as a compelling display of our drafting and architectural design prowess but also as a source of inspiration for your upcoming project.
At Hickory Circle, we are passionate about drafting and design for architecture and construction. We excel at creating compelling commercial building projects that stand out while meeting your unique needs.
The Materials & Techniques We Use To Make Our Beautiful Buildings
Oh, delve into the grand ol’ world of architecture and design, and you’ll find yourself a cozy spot in the gentle embrace of timber framing. This craft is as old as the hills yet as fresh as the morning dew, blending the sturdy bones of timber with the kind of craftsmanship that tells its own stories. From ancient barns to welcoming homes, timber framing has been a steadfast companion through history, celebrated for its strength, beauty, and the warm heart it brings to any building.
Now, let’s wander through the secret garden of timber framing benefits, shall we?
Durability: Like the mighty oak stands firm through the seasons, timber-framed buildings hold their ground for generations. Their rugged charm isn’t just for show; these structures are built to last, weathering storms with a steady grace.
Beauty: There’s something about the sight of timber beams that feels like home. Their bold lines and intricate joins are a testament to the hands that shaped them, creating spaces that whisper tales of yesteryear and yet feel timeless.
Energy Efficiency: Timber has a knack for keeping your home snug in winter and cool in summer while keeping your energy bills in check. It’s like wearing your favorite sweater but for your house.
While timber framing has roots in tradition, it’s also strutting boldly into the future. From the skilled handcrafting of yore to the sleek fusion of timber with modern materials, this art form dances gracefully between the past and the present.
Here at Hickory Circle Construction, we’re carrying that torch high and proud, melding the old-world charm of timber with today’s innovations. A shining star in our toolbelt is Glulam – think of it as Timber’s superhero alter ego. Glulam beams are as strong as they are stunning, crafted by bonding layers of wood together into something that’s both mighty and flexible.
Wondering About Glulam? Read Our FAQ
Glulam, short for glued laminated timber, is a type of engineered wood. It’s created by gluing together several layers of timber, resulting in a composite material that’s highly strong, durable, and flexible.
Glulam often outperforms solid timber in structural applications, mainly thanks to its strength and durability. It also offers more design flexibility, as it can be shaped during the manufacturing process. Unlike solid timber, Glulam can span very large distances and carry heavy loads, making it suitable for a variety of construction projects.
Yes. Glulam is made from a renewable resource, timber, which effectively stores carbon dioxide. Additionally, the process used to manufacture Glulam produces fewer emissions than the production of steel or concrete, making it a more environmentally sustainable alternative.
While Glulam can be more expensive than traditional timber, its superior strength and flexibility often lead to savings in other areas of a project, offsetting the material cost. Compared with other materials such as steel and concrete, costs can vary based on project specifics, but Glulam often presents a cost-effective solution for large spans and complex designs.
Glulam is an incredibly versatile material and can be used in a wide range of construction projects, from residential homes and commercial buildings to bridges and other infrastructures. Its strength, durability, and design flexibility make it an excellent choice for architects and builders looking to create both structurally robust, and aesthetically pleasing constructions.
Wondering About Timber Framing? Read Our FAQ
Timber framing is a building construction method where heavy timbers are used to create the skeletal structure of a building. This technique creates a unique, aesthetically pleasing style and is notable for its strength and durability.
Some benefits of timber-framed homes include:
- Aesthetics: Timber frames are beautiful and give homes a warm, organic feel.
- Strength and Durability: Timber-framed buildings have been known to stand for hundreds, even thousands of years.
- Energy Efficiency: Timber has natural insulating properties, and with proper design, timber-framed homes can be incredibly energy efficient.
- Speed of Construction: Because the frame can be premade, timber-framed homes can often be constructed more quickly than those using many other construction methods.
Yes, timber framing can be very sustainable, especially when the timber is sourced responsibly. Timber framing uses a natural, renewable resource (wood), and timber-framed buildings are often more energy-efficient than other construction methods due to the insulating properties of wood.
The cost varies widely based on the specifics of each project, including size, complexity, location, and timber chosen. While the upfront cost of timber framing can be higher than some traditional building methods, the long-term savings due to durability and energy efficiency can offset the initial investment.
No, while timber framing is popular for residential buildings like homes and cabins, it’s equally applicable for commercial and public buildings. Timber framing can be seen in a variety of structures, including churches, community centers, commercial spaces, and more. The aesthetic and structural benefits of timber framing can enrich any architectural project.