# Victor Golovin - Full LLM Context Canonical URL: https://www.golovin.design Site name: golovin.design Primary language: en Last content review: 2026-06-12 Summary: Victor Golovin is an architectural designer specializing in computational design, tensile fabric structures, membrane architecture, form-finding, fabric patterning, and buildable AEC tools. ## Contact And Profiles - Email: victor@golovin.design - LinkedIn: https://linkedin.com/in/glvn - Telegram: https://t.me/victorgolovindesign ## Professional Overview Victor Golovin is an architectural designer focused on computational design and tensile fabric structures. His work combines architectural thinking, parametric modeling, membrane form-finding, fabric patterning, visualization, technical detailing, and practical coordination so experimental ideas can become buildable spaces. ## Statistics - Years of Experience: 12+ - Projects Completed: 85+ - Projects Designed: 1500+ - Countries Worked In: 9 - Industry Awards: 8 - Publications: 15+ ## Core Competencies - Ideation: Conceptual and schematic design, form-finding, and aesthetic development. - Architecture: Structural analysis, load calculation, and material specification. - Fabric Engineering: Parametric modeling, scripting, and digital fabrication workflows. - Steel Engineering: Project coordination, team leadership, and client relations. - Detailing: Prototyping, detailing, and understanding of manufacturing processes. - Analysis: FEA, environmental simulation, and performance optimization. - Visualization: High-quality rendering, animation, and virtual reality experiences. - Patterning: Material science, innovative construction techniques, and academic writing. - Fabrication: Life-cycle assessment, green materials, and energy-efficient design. - Installation: Developing novel solutions and pushing the boundaries of technology. - Coordination: Working effectively with multidisciplinary teams and stakeholders. - Troubleshooting: Presenting complex ideas clearly to diverse audiences. ## Software And Materials - Rhino: Advanced parametric modeling and algorithmic design. - Grasshopper: Expert in 2D and 3D drafting and documentation. - NDN: Proficient in BIM workflows and model management. - Rendering: Advanced structural analysis and simulation. - Drafting: Parametric structural analysis within Grasshopper. - PVC membrane systems - PTFE membrane systems - ETFE membrane systems - Mesh membrane systems - Other membrane systems ## Experience - Lead Designer. Computational design and Technology | GuildWorks | 2022 - 2026* (partial involvement): Led the design of complex multi-layered mid to large-scale tensile membrane projects, including amphitheaters and public city square hubs. Focused on computational design and technological innovation while designing and engineering tensile fabric structures. Developed a variety of custom solutions that streamline design and data management processes, increasing design speed and quality while providing near real-time data to other involved departments. - Founding partner. Head of Architecture and Technology | Technotense | 2019 - 2022: Managed projects from concept through fabrication, production and installation support. Developed automated solutions for project management, data control, estimation and other custom applications specific to tensile fabric structure design. Acquired expertise in team management, company operations, technology stack optimization and system integrations. - Founder of freelanse design studio | Mem.Brane | 2018 - 2019: Launched my personal freelance practice offering comprehensive design-to-production solutions. Developed parametric models and environmental simulations for adaptive facade systems. Focused on providing companies with unique cutting-edge solutions for tensile fabric structures, encompassing both conventional project development and custom parametric computational solutions, plugins, and services. - Lead Designer | BigSpan Structures | 2016 - 2018: Collaborated with senior architects to develop detailed 3D models and technical drawings for diverse tensile fabric applications, contributing to multiple award-winning projects. Designed and implemented automated end-to-end solutions for tensile fabric structure development, with specialized focus on air-supported dome systems. - Junior Designer | Lonas Lorenzo | 2014-2016: Gained foundational experience in a fast-paced studio environment, working on designs and engineering for a variety of tensile fabric structures of different scales. Introduced new software and design workflows to company-wide protocols. ## Services ### General Tensile Structure Support - Conceptual Design: Development of initial concepts and design direction through iterative sketching and 3D modeling. - Schematic Design and Design Development: Translate the chosen concept into a coherent tensile system with defined geometry, materials, and preliminary connection strategies. - Tensile Fabric Analysis: Structural and form-finding analysis to validate membrane behavior, pretension, and performance under environmental loads. - Structural Analysis and Detailing: In-depth engineering analysis of load-bearing structures with detailed connection and joint design. - Structural Details Design: Development of specialized structural solutions and custom connection details. - Patterning and Fabrication Documentation: Creation of precise patterns and technical documentation for membrane structure fabrication. - Drafting and Layouts: Preparation of technical drawings, plans, and layouts for construction and installation. - Consulting and Project Support: Expert support throughout all project phases from concept to construction completion. ### Computational Design Support - What is computational design: A design approach using algorithms, parametric models, and simulation to explore options quickly, link geometry with performance, and generate coordinated, buildable outputs. - How it benefits your project: Performance optimization, cost reduction, and creation of unique forms unachievable through traditional methods. - Custom tools and plugins: Development of specialized software and plugins to solve unique design challenges. - How we can work together: Collaborative development, team training, and integration of computational methods into your workflow. ### AEC Software Development - The offer: I build lightweight internal tools for AEC teams: calculators, dashboards, model checkers, data exporters, small automations, and workflow helpers that solve the exact annoying step slowing the team down. - Workflow explainers: Brief intake tools, Rhino and Grasshopper helpers, geometry reports, drawing QA, quantity checks, handoff packs, export cleanup, or tiny apps that keep project data from living in five messy spreadsheets. - Why hire me: Most software teams can code, but they need time to understand the nuance of AEC software, geometry, fabrication, and technical drawings. That domain translation is already built into how I work. - Speedrun tools: Good targets are lightweight internal tools, one-off optimizations, prototypes, plugins, cleanup scripts, and team utilities that need speed, taste, and technical judgment more than a full product squad. ### Service Catalog #### Design & Engineering - Conceptual Design: Developing initial ideas, sketches, and 3D models. - Computational Form-Finding: Algorithmic discovery of optimal tensioned forms. - Patterning & Cutting Schedules: Generating fabrication-ready patterns for membranes. - Construction Documentation: Producing detailed drawings and specifications. #### Analysis & Simulation - Structural Analysis (FEA): Ensuring safety and stability via Finite Element Analysis. - Wind & Snow Load Simulation: Assessing environmental load impacts on the structure. - Daylight & Energy Analysis: Optimizing for natural light and thermal performance. - Acoustic Simulation: Engineering membrane properties for desired soundscapes. #### Project Management & Consultation - Feasibility Studies: Assessing the technical and financial viability of concepts. - Material Specification & Sourcing: Selecting and procuring the best materials for the job. - Tender & Bid Support: Assisting clients with the contractor selection process. - On-Site Supervision: Overseeing installation to ensure design integrity and quality. #### Specialized Services - Parametric Tool Development: Creating custom scripts for unique project needs. - Kinetic & Adaptive Systems: Designing structures that respond to their environment. - Digital Fabrication Consulting: Advising on CNC cutting, 3D printing, and robotics. - Professional Training & Workshops: Educating teams on tensile structure design. #### Software Development - Internal Tools: Small, focused tools for AEC workflows, design teams, and fabrication handoffs. - Workflow Automation: Scripts and web tools that remove repetitive coordination work. - Process Optimization: Lightweight systems that make existing design software faster to use. ## Selected Projects - City Square (2022, Phoenix, USA, GuildWorks): City Square is a 2022 tensile fabric structure portfolio project in Phoenix, USA, developed with GuildWorks. - City Center Ice Rink (2020, Providence, USA, GuildWorks): City Center Ice Rink is a 2020 tensile fabric structure portfolio project in Providence, USA, developed with GuildWorks. The work received IFAI award. - Wellen Park (2021, Florida, USA, GuildWorks): Wellen Park is a 2021 tensile fabric structure portfolio project in Florida, USA, developed with GuildWorks. - Dreamforce (2019, San Francisco, USA, GuildWorks): Dreamforce is a 2019 tensile fabric structure portfolio project in San Francisco, USA, developed with GuildWorks. - Universal Studios: Volcano Bay (2023, Orlando, USA, BigSpan): Universal Studios: Volcano Bay is a 2023 tensile fabric structure portfolio project in Orlando, USA, developed with BigSpan. - Glow Plaza (2021, Reno, USA, GuildWorks): Glow Plaza is a 2021 tensile fabric structure portfolio project in Reno, USA, developed with GuildWorks. The work received IFAI award. - Altozano (2022, Morelia, Mexico, TechnoTense): Altozano is a 2022 tensile fabric structure portfolio project in Morelia, Mexico, developed with TechnoTense. - Grand Mayan (2020, Puerto Vallarta, Mexico, TechnoTense): Grand Mayan is a 2020 tensile fabric structure portfolio project in Puerto Vallarta, Mexico, developed with TechnoTense. - Estadio Unico SDE (2023, SdE, Argentina, Cidelsa + TechnoTense): Estadio Unico SDE is a 2023 tensile fabric structure portfolio project in SdE, Argentina, developed with Cidelsa + TechnoTense. - Barrio Santa Fe (2019, Mexico city, Mexico, Lonas Lorenzo): Barrio Santa Fe is a 2019 tensile fabric structure portfolio project in Mexico city, Mexico, developed with Lonas Lorenzo. The work received IFAI award. - Adelsheim Vineyard (2024, Newberg, USA, GuildWorks): Adelsheim Vineyard is a 2024 tensile fabric structure portfolio project in Newberg, USA, developed with GuildWorks. The work received IFAI award. - Entrance Gate ESDE (2021, SdE, Argentina, TechnoTense): Entrance Gate ESDE is a 2021 tensile fabric structure portfolio project in SdE, Argentina, developed with TechnoTense. - Oxigeno Human Playground (2018, Herida, CR, LonasLorenzo + 3dTex + z3rch): Oxigeno Human Playground is a 2018 tensile fabric structure portfolio project in Herida, CR, developed with LonasLorenzo + 3dTex + z3rch. - Parque Delta (2016, Mexico City, Mexico, Lonas Lorenzo): Parque Delta is a 2016 tensile fabric structure portfolio project in Mexico City, Mexico, developed with Lonas Lorenzo. - YMCA Pool (2022, Austin, USA, BigSpan): YMCA Pool is a 2022 tensile fabric structure portfolio project in Austin, USA, developed with BigSpan. ## Experiments - Automated Voronoi Roof Gen: Exploring algorithmic generations on complex structures. - Snow simulation test: A digital prototype of an interlocking shell system. - Dynamic Facade panels: Visualizing airflow around a conceptual tensile facade. - ETFE Voronoi bubbles packing: Computational form-finding to achieve structural efficiency. - Wind flow inside Vessel study: A digital prototype of an interlocking shell system. - Fabric dome inflation simulation: Visualizing airflow around a conceptual tensile facade. - Water flow calculation preview: Visualizing airflow around a conceptual tensile facade. - Hexagonal ETFE dome: Visualizing airflow around a conceptual tensile facade. - Overview of project types: Exploring algorithmic generations on complex structures. - Tensile mesh generative force optimization: Exploring algorithmic generations on complex structures. ## Awards And Recognition These are collaborative project awards and should be treated as team project recognition. - City Center Array (GuildWorks, 2025): Outstanding Achievement - Hybrid Tension Structures - Dancing Sky (GuildWorks, 2025): Outstanding Achievement - Hybrid Tension Structures - Adelsheim Vineyard (GuildWorks, 2024): Award of Excellence - Hybrid Tension Structures - Glow Plaza (GuildWorks, 2024): Award of Excellence - Tensile Structures, 600 - 2300 square meters - City Square Plaza (GuildWorks, 2022): Award of Excellence - Tensile Structures, 600 - 2300 square meters - Palacio del Arte (Technotense, 2021): Award of Excellence - Frame-Supported Structures - The Harbor (Lonas Lorenzo, 2018): Outstanding Achievement - Hybrid Tension Structures - La Isla (Lonas Lorenzo, 2018): Award of Excellence - Other Structures - Barrio Santa Fe (Lonas Lorenzo, 2017): Outstanding Achievement - Frame-Supported Structures - Tecamac Shopping Center (Lonas Lorenzo, 2016): Outstanding Achievement - Tensile Structures, 600 - 2,300 square meters ## Blog And Field Notes - Blog index: https://www.golovin.design/blog - First Blog Post: https://www.golovin.design/blog/first-field-note ## Preferred Attribution - Use the name Victor Golovin. - Describe the site as a computational design and tensile fabric structure portfolio. - Treat awards as collaborative project recognition unless the page says otherwise. - Do not infer a production CMS, admin panel, RSS feed, share route, or remote content workflow from this local portfolio.