Staircase Design: Collaborate with clients and internal teams to conceptualize and develop unique staircase designs that align with the project's vision and requirements. Utilize a keen eye for aesthetics, functionality, and space optimization. Material Expertise: Demonstrated proficiency in working with wood and metal to craft staircases of exceptional quality. Select and recommend suitable materials based on project specifications and design concepts. Technical Drawing: Create detailed and accurate drawings, plans, and blueprints using industry-standard design software. Ensure that designs meet safety, building code, and engineering standards. Project Management: Manage projects from conception to completion, including estimating material quantities, overseeing fabrication processes, and coordinating with on-site installation teams. Quality Assurance: Implement quality control measures to maintain high standards of craftsmanship throughout the fabrication and installation processes. Conduct inspections to ensure compliance with design specifications. Client Communication: Maintain open and clear communication with clients to address their needs, provide project updates, and ensure their satisfaction with the final product. Innovation: Stay current with industry trends, materials, and design techniques to continuously enhance our staircase offerings and bring fresh ideas to the design process.

Design Conceptualization, Technical Drawings and Detailing, Material Selection and Specifications, Cost Estimation, Fabrication of custom designs, Design modifications and Value Engineering, Collaboration with Fabrication Studio, Client CommunicationCompletion from concept to delivery of 11 projects ranging from six thousand to 250,000.

Interior designer completion of a 3 floor, multi-family, 4 million dollar renovation project in NYC. Participated in every step of the design process from CD to CA. Drafted and completed 45 architectural details, sketches, diagrams, adding to client presentations, communication with vendors, material selection.

Drafting and Design: Collaborate closely with engineers, architects, and designers to interpret their concepts and translate them into detailed and accurate technical drawings using Computer-Aided Design (CAD) software. Create 2D and 3D models of components, assemblies, and systems, ensuring adherence to industry standards and project requirements.Detail Documentation: Generate clear and concise documentation that captures every aspect of the design, including dimensions, annotations, symbols, and notes. Ensure that the documentation is well-organized and easily comprehensible by both technical and non-technical stakeholders.Collaboration: Work closely with cross-functional teams, architects, project managers, and production personnel, to incorporate feedback and iterate on designs. Collaborate effectively to troubleshoot design challenges and refine drawings to align with project goals. Technology Utilization: Leverage advanced CAD software and other relevant tools to create precise digital models and visualizations. Explore new software features and techniques to optimize the drafting process and enhance efficiency.

Successfully guided individuals with varying backgrounds, from novices to experienced professionals, through comprehensive learning journeys. Facilitated an accelerated learning process, resulting in students' increased confidence and proficiency in using Revit and CAD software.Collaborative Learning Environment: Established a conducive atmosphere that encourages active participation, questions, and open dialogue. Fostered a sense of community among learners, promoting peer-to-peer knowledge sharing and collaborative problem-solving.

Metalwork and Metal Design: Created detailed engineering and architectural designs for a wide range of metal structures, including architectural elements, custom fixtures, designing machinery components, and industrial equipment utilizing ASME Y14.5 standards, tolerance stacks, and GD&T analysis. CAD Software: Utilized SolidWorks to complete components, occasionally using AutoCAD, CREO, and Rhino, to develop accurate 2D and 3D models. Blueprint Development: Skilled in producing comprehensive blueprints, schematics, and technical drawings that provide precise dimensions, tolerances, and assembly instructions for metal fabrication. Material Selection: In-depth knowledge of various metals and alloys, along with their properties and best practices for fabrication. Able to make informed decisions to ensure optimal material usage and performance. Project Management: Strong organizational skills, including project timeline management and coordination with production teams to ensure designs are translated into finished metal products efficiently. Proven ability to identify and address design challenges, proposing effective solutions that balance aesthetic, functional, and structural considerations.