Woodcraft and Design

Applied Design & Parametric Modeling Studies

Beyond formal engineering projects, Boe Tankersley utilizes SolidWorks as a tool for rapid prototyping and reverse engineering. These studies—ranging from household objects like a French press and eyewear to the complex geometry of an acoustic guitar—were developed through direct observation and memory.

By reverse-engineering physical objects into digital models without existing blueprints, I’ve refined my ability to capture complex forms and mechanical assemblies. This "by-sight" design process reinforces a deep understanding of scale, proportion, and parametric relationships in 3D space.

Capstone Project: Tool & Die Engineering

This Tool & Die set represents a comprehensive capstone in mechanical design and manufacturing. Given only a finished part and technical specifications, Boe Tankersley engineered the complete tooling system required for its production.

Each individual component was developed as a high-fidelity 3D model in SolidWorks, followed by the creation of exhaustive technical drawings. The project demanded rigorous GD&T (Geometric Dimensioning and Tolerancing) and tight tolerances to ensure flawless mechanical interaction and repeatable manufacturing accuracy. This project highlights a deep competency in taking a product from a conceptual requirement to a fully engineered, production-ready design.

Materiality and Precision in Woodcraft

My approach to woodworking combines traditional joinery with modern fabrication techniques. These projects highlight a focus on material selection and the technical challenges of working with varied hardwoods.

• The American Flag: A study in contrast and precision, featuring alternating solid Maple and Walnut. The starfield was developed using CNC machining to ensure mathematical exactness across the grain.

• Functional Design: The custom cutting board (Maple and Cherry) was engineered for utility, featuring integrated drainage paths and a sink-mounting profile. The napkin holder (Cherry and Maple) continues this theme of functional, everyday objects crafted with furniture-grade attention to detail.

• Advanced Pattern Work: The end-grain checkerboard cutting board utilizes a complex arrangement of Maple, Padauk, Mahogany, and Walnut. The alternating vertical and horizontal strips create a durable, striking surface that showcases the natural beauty and structural integrity of exotic and domestic hardwoods.

Architectural Commission: Custom Built-In China Hutch

This large-scale residential commission showcases the integration of modern CNC technology with traditional cabinetry. Fabricated from solid Maple, the hutch was designed as a permanent built-in fixture, requiring precise site-specific measurements and structural engineering.

The centerpiece features custom sliding doors with solid grooved panels. These panels were precision-machined on a CNC to create a rhythmic, textured aesthetic that balances contemporary design with the natural durability of hardwood. This project highlights a capacity for managing complex client commissions from initial design and material sourcing to final installation.

Collaborative Design: Custom Laundry Room Cabinetry

This commissioned project involved a collaborative approach to design and installation, resulting in a fully customized cabinetry suite for a modern laundry room. Working in tandem with fellow craftsmen, Boe Tankersley managed the technical execution of the storage units to maximize both aesthetic appeal and functional utility.

The project required a high degree of coordination to ensure the built-in units integrated seamlessly with existing appliances and plumbing. This installation demonstrates a commitment to professional partnership and the successful delivery of custom residential solutions.