Jarmel Kizel Architects and Engineers, Inc’s Post

The Role of Architectural Engineers in Modern Construction 🏗️ Architectural Engineers are responsible for integrating engineering principles into architectural designs, ensuring that structures are both functional and compliant with safety standards. Their work focuses on creating buildings that balance design, efficiency, and sustainability. Key Responsibilities: 1️⃣ Structural Design: Calculating and implementing systems to support safe and efficient structures. 2️⃣ Sustainability Practices: Incorporating eco-friendly materials and energy-saving solutions. 3️⃣ Technical Oversight: Ensuring compliance with construction codes and regulations. Essential Skills: Proficiency in design and simulation software such as CAD and Revit. Strong understanding of construction materials and techniques. Coordination with multidisciplinary teams to execute projects effectively. Architectural Engineering bridges the gap between design and construction, making it a vital part of the building industry. #ArchitecturalEngineering #StructuralDesign #SustainableConstruction

Title: Streamlining Opening Typologies in Revit I'm thrilled to share a recent development in our Revit workflow that significantly enhances efficiency. We've implemented a dynamic system for creating opening typologies, allowing us to design a single opening and then adjust its dimensions dynamically based on the project's specific requirements. This means no more manually duplicating and editing types within Revit—everything is handled automatically, saving time and reducing errors. This approach is a game-changer for ensuring consistency and flexibility across all phases of the project. #Construction #Architecture #BuildingDesign #FacadeEngineering #ProjectManagement #UrbanDevelopment #SustainableArchitecture #RealEstate #Tehran #Innovation #Engineering #Design #ConstructionIndustry #ModernArchitecture #UnitizedSystem #ProjectCompletion #Revit

Structural Engineering vs. Architecture Structural engineers and architects both have important responsibilities when designing buildings, but the way they accomplish their goals differs. The engineers focus more on ensuring the building is safe and can withstand various elements to last a long time. They're often less concerned about the appeal of a structure so long as it's stable. Conversely, Architects try to create structures that are visually appealing and provide some sort of utility to the people who use them. They use various design elements to enhance the appearance and beauty of a space by considering factors like lighting, angles and noise. Because of their differences, people in these fields often work together during the planning stages for a structure. For example, an architect may hire a structural engineer as a consultant to ensure their design is practical and safe to build. #structuralengineering #architect #design #civilengineering

🇮🇳 Freedom to Innovate, Power to Serve 🇮🇳 Inspired by liberty, DYD Services excels in creativity and service. This Independence Day, we celebrate the freedom that drives us. Happy Independence Day! . . #bim #bimindustry #bimcoordination #3Ddrafting #2Ddrafting #construction #building #designing #engineering #builders #architecture #3dvisualization #mepfengineers #engineers #BIMModelling #ConstructionManagement #ArchitecturalDesign #StructuralEngineering #BuildingInformationModeling #DigitalConstruction #BuildingDesign #MEPDesign #ConstructionTechnology #CADDrafting #BuildingServices #DesignCoordination #VirtualDesignConstruction #ConstructionDrawings #BIMImplementation #RevitModeling #ConstructionIndustry #BuildingSystems #ConstructionPlanning #BIMConsulting #ConstructionDocumentation

Welcome to our weekly post. Today we explore how to integrate #infrastructure #design standards onto your #Civil3d design. Have a look 😎 : https://lnkd.in/dDrVyBuQ

Enhance Coordination Between Architects and Structural Engineers in Construction Projects! Explore Hitech CADD Services' latest article on the crucial role of coordination between #architects and structural #engineers across construction projects. Learn how effective collaboration ensures seamless integration of architectural and structural designs, optimizing project timelines and minimizing errors. Stay informed to streamline your next #construction endeavor!  https://bit.ly/3yccTkA #ArchitecturalBimServices #StructuralEngineering #ConstructionManagement  

MEP and structural design services are the backbone of every project. From electrical and mechanical systems to structural integrity, we ensure seamless integration and compliance with regulations #Darchitect #enhancingcommunities #architecture #interiordesign #urbanplanning #landscape #design #conceptdesign #facades #engineering #engineeringconsultancy #architecturephotography #architect #architecture_hunter #archilovers

Architects and engineers collaborate closely throughout a project to ensure a balance of aesthetic appeal and structural integrity. Here's a concise overview of their teamwork: 1. Initial Planning and Design: Concept development, feasibility studies, and meetings to discuss aligning architectural vision with structural requirements. 2. Design Development: Structural design, systems integration, iterative collaboration often using Building Information Modeling (BIM), and problem solving. 3. Construction Documentation: Detailed drawings, coordination meetings to ensure seamless integration of systems and structures, and detailed documents outline materials and construction methods. 4. Construction Phase: Site visits and inspections, make adjustments, and final inspections to ensure safety and adherence to design. 5. Post-Construction: Assess the building's performance and gather feedback for future projects. This collaborative process ensures that buildings are both beautiful and structurally sound, integrating all aspects of the project effectively. Discover how Rooted Architecture Studio can transform your vision into reality. Let's build something extraordinary together!

Architecture and Civil Engineering: Two disciplines, one mission—creating spaces that are both aesthetic and functional As a Civil Engineer, I've learned that the beauty of a building starts with solid engineering foundations. But it's the architect's vision that turns that foundation into something awe-inspiring. Here’s how we collaborate: Structural Integrity: Architects envision the space, but engineers ensure it stands strong, from foundations to facades. Sustainable Design: Integrating green building practices and LEED certification principles ensures that not only the design looks good, but it also benefits the planet. Material Innovation: From the selection of eco-friendly materials to cutting-edge technology like BIM (Building Information Modeling), we’re building smarter and greener than ever before. As engineers, we merge art and science to create timeless designs that stand up to the test of time. From the foundations of highways to the curves of iconic buildings, we understand that form follows function. Are you working on a project that combines architectural beauty and engineering ingenuity? I'd love to hear how you’re integrating sustainable solutions and innovative design in your projects. #CivilEngineering #GreenBuilding #BIM #ProjectManagement #SustainableDesign #ConstructionInnovation

Bringing a schematic design to construction is a multifaceted process that bridges the conceptual with the tangible, transforming ideas into physical structures. Using the recently opened Embassy Suites project in Irving, TX as a visual and narrative, we highlight the transformative process. 1. Schematic Design: We start with creative brainstorming to develop preliminary concepts, focusing on layouts and spatial planning. 2. Design Development: Following approval, we refine these ideas, detailing materials, structural systems, and building components. 3. Construction Documents: We produce detailed drawings and specifications that act as the project's legal blueprint, guiding contractors and serving as the basis for permits and bids. 4. Permitting: We secure all necessary local and state permits, ensuring compliance with zoning and building codes. 5. Construction Phase: Physical construction begins, with assistance from our architects, to ensure adherence to plans and address any challenges. 6. Post-Construction and Closeout: The final phase includes inspections, issue resolution, and handover, complete with all necessary documentation for operation and maintenance. This streamlined overview captures the essence of transforming visionary designs into functional, tangible realities, emphasizing planning, collaboration, and quality assurance every step of the way. #designprocess #architects #timelapse