Advanced Consultancy Center (ACC)’s Post

Architects and engineers both play crucial roles in the design and construction of buildings, but their focus, education, and responsibilities differ. Architect: 1. Focus: Architects primarily focus on the aesthetic, functional, and spatial aspects of a building. They design the overall look, layout, and feel of structures, considering both the artistic and practical aspects. 2. Education: Architecture degrees (B.Arch, M.Arch) emphasize design, history, theory, and technology related to buildings. They also cover building codes, regulations, and sustainability. 3. Responsibilities: Architects create detailed design drawings, models, and specifications. They ensure that buildings are visually appealing, and functional, and comply with zoning laws and building codes. They often oversee the project from conception through completion. 4. Skills: Strong creative and artistic skills, proficiency in design software (e.g., AutoCAD, Revit), and an understanding of spatial relationships. Engineer: 1. Focus: Engineers focus on the technical and structural aspects of building construction. They ensure that structures are safe, stable, and efficient, and their work encompasses a range of specialties such as structural, civil, mechanical, and electrical engineering. 2. Education: Engineering degrees (B.S., M.S. in Civil, Structural, Mechanical, and Electrical Engineering) emphasize math, physics, materials science, and specific technical skills related to their specialty. 3. R responsibilities: Engineers design structural frameworks, systems (HVAC, electrical, plumbing), and other components of buildings. They analyze loads, stresses, and material properties to ensure safety and durability. They also often oversee construction to ensure compliance with their designs. 4. Skills: Strong analytical and problem-solving skills, proficiency in engineering software (e.g., SAP2000, MATLAB), and a solid foundation in mathematics and physics. Collaboration: - Architects and engineers frequently collaborate on projects. Architects design the overall concept and layout, while engineers provide the technical solutions to make the architect's vision feasible and safe. - Both professionals must work together to meet client needs, comply with regulations, and ensure that projects are completed on time and within budget.

Steel Structures Design Services An engineering consulting company in Riyadh provides steel structure design services for various sectors and industries. These services may include the following: 1. Steel Structures Design This service includes the design of buildings and steel structures, whether for commercial, industrial or residential use, including the analysis of effective loads such as live load, static load, wind load, earthquakes, and the design of columns, floors, roofs and metal walls in ways that meet structural needs, legal requirements and technical standards. 2. Design of engineering systems associated with steel structures In addition to structural design, engineering services for steel structures include the design of engineering systems associated with them. This includes the design of sewage and rain drainage systems, ventilation and air conditioning, electricity and electrical supply, lighting and safety systems and other engineering systems associated with the facility. 3. Engineering Analysis and 3D Modeling The engineering consulting office uses advanced engineering analysis techniques and 3D modeling to analyze the loads and forces affecting the metal structure and evaluate its performance. Accurate 3D models of the project are created using programs such as AutoCAD, Revit, Tekla Structures, and others to provide a realistic view of the project before implementation. 4. Preparing engineering drawings and technical documents Metal structure design services include preparing detailed engineering drawings and technical documents required to implement the project. These documents include construction and detail drawings, engineering plans, bills of quantities, technical specifications, and other documents that help in implementing the project accurately and efficiently. 5. Reviewing designs and technical consultations The best engineering office in Riyadh also provides review services for existing metal designs and provides technical consultations related to improving designs and improving the efficiency of metal structures. Directions and recommendations are also provided for possible improvements in structural design, improving the use of materials, increasing efficiency, and achieving a balance between performance and cost.

construction Site civil engineer VS civil structural design engineer -------------------------------------------------------------------------------------- Same domain, same expertise but still anamolies scenes prevailing between these two teams. Here are the positive mindsets which would make both of them, friendly, productive and more understandable. ALL ARE EQUAL The foremost mindset is thinking all are equally good and important. In any project, even a resource at lower hierarchy is as equal to a project manager. Design engineering team and site engineering team both are valuable to a project. COMMUNICATION "Drawings are the best language between the structural design engineering team and site engineering team". Well detailed drawings will never receive queries from the site. WORKABLE DESIGN Structural design engineers must have enough construction site knowledge and even while modelling in staad, they must think/ keep in mind that how it could be erected or constructed at site after the full design is completed. MUTUAL INVOLVEMENT Both side responsible engineering teams would never make mistakes for sure. Even if any fault happened at the site, the next immediate action should have been the search for the solution not for the blaming. CONTINUOUS LEARNING continuous learning of site erection methodologies, challenges and advanced technology by structural design engineer and continuous learning on structural design basics by the site engineers would definitely pave the way for good team worka nd this results in quality output. Hope this post is unique and informative. Follow PRASANNA S for more. #civilstructuralengineer #constructionsite engineer #siteengineer #civilengineer #design #project #projectmanagement #pmp #pmi #steelengieneer #fabricator #erectionteam

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Some Important points about OHTL design If you are a beginner design engineer, Estimating engineer or want to enter these fields in KSA remember the following important points 1. You will receive outline drawings, design drawings and fabrication drawings from SEC in Tender Documents. 2. You will also receive black weights of each components of these towers (Basic Body, Body extension, leg extension, platforms etc.) 3. Important things you need to do while calculating tower weights · Check the operating area Eastern, western or southern · Apply Zinc Coating & hot-dip galvanization as per SEC requirements · For operating areas and Zinc Coating & hot-dip galvanization details Visit Design Points page · Visit our YouTube channel to check weight template and calculation procedure Here https://lnkd.in/gY2G2tSy · You need to determine the body extensions and leg extensions and overall height of the latticed steel structures using PLS CADD · For Latticed steel towers other than SEC provided the requirements shall be as per TES-P-122.05, Part I and 20-TMSS-01. · The existing family of towers provided by SEC are designed only up to 1,000m altitude above mean sea level and without uplift. For more details Visit https://lnkd.in/dsrbwQjT Our top posts Transmission line Contractors in KSA https://lnkd.in/eYUEDbzN Get your dream Job in Saudi Arabia https://lnkd.in/eG-pjdPt List of Top Substation contractors in KSA https://lnkd.in/eT8-R4nw Transmission Line Design Important Points https://lnkd.in/exwc_2YP Top Electrical Engineering Courses on Coursera list https://lnkd.in/eXQjDWb7 Transformer Suppliers in Pakistan https://lnkd.in/eVpeAfE3 Panels required inside substations https://lnkd.in/e8M2_PPe Electrical MCQs with Explanation of Answers https://lnkd.in/eDZsF3nT Electrical Past papers https://lnkd.in/epVHCWDr How to Add MCQs in WordPress posts https://lnkd.in/eYkvKtus Landing Jobs in KSA Tips https://lnkd.in/ek6Y65Br 380kv Latticed Steel Structures https://lnkd.in/eAttDTHe

🚧 "When someone asks me what career path I'm choosing in Civil Engineering..." 🚧 Civil Engineers Assemble! 📢 Choosing a career in civil engineering can be overwhelming with so many exciting paths to explore: 🔧 Structural Design: Design and analyze buildings and structures. Requires strong analytical skills, creativity, and proficiency in software like AutoCAD and STAAD Pro. 🏗️ Site Engineer: Oversee construction projects on-site, ensuring everything runs smoothly. Skills in project management, problem-solving, and a hands-on approach are essential. 🏢 BIM (Building Information Modeling): Create digital representations of buildings. Requires proficiency in software like Revit and Navisworks, along with strong visualization skills. 📐 Architect: Design aesthetically pleasing and functional buildings. Creativity, strong design principles, and proficiency in tools like AutoCAD and SketchUp are crucial. 🗂️ Project Management: Plan, execute, and finalize projects within deadlines. Requires excellent leadership, organizational skills, and knowledge of project management software. 📜 Contracts Management: Handle all contractual aspects of projects. Strong negotiation skills, attention to detail, and legal knowledge are key. 🛡️ HSE Professional: Ensure health, safety, and environmental standards are met. Requires strong knowledge of HSE regulations and excellent communication skills. 📏 Drafting: Prepare detailed technical drawings. Precision, attention to detail, and proficiency in drafting software are important. 🎨 Interior Design: Design the interior spaces of buildings. Requires creativity, a keen eye for aesthetics, and knowledge of materials and trends. ✨ Struggling to choose your path? You're not alone! Let's navigate this journey together. Drop your questions below or DM for personalized advice.🔗 Follow @CareerWithAtif (On Instagram) for more career tips and guidance in civil engineering! 🌟 #CivilEngineering #CareerChoices #EngineeringLife #CareerAdvice #StructuralDesign #SiteEngineer #BIM #Architecture #ProjectManagement #ContractsManagement #HSE #Drafting #InteriorDesign #CareerWithAtif

MEP & CIVIL DRAFTING TRAINING.... (ATOCAD, REVIT ARCHITECTURE, REVIT STRUCTURE, REVIT MEP) #mep #engineering #construction #architecture #design #fire #revit #bim #electrical #autodesk #mepengineering #hvac #buildingdesign #mechanical #plumbing #realestate #energysaving #mepdesign #buildingservices #fireengineering #mepengineer #autocad #buildingengineering

why do Clientsalways put Structures' and MEP in Architects' scope? according to me, following are the possible reasons:- 1. Lack of awareness.....he's simply not aware what goes into a project design and feels confident an Architect , once appointed, will be enough to turn his dream into a beautiful reality 🙂 So he never ever gets to pick and choose and doesn't even know who has been hired to make his dream project safe and durable. 2.Architect's own promotion:- An Architect always(99%) claims to be a One stop shop(their cards typically write Architects and Engineers), thus never really making a Client aware that he needs engineering support which will be hired through external vendors. This is obviously highly profitable as he may earn whatever % on design cost and pay the engineering consultants dirt cheap rates. Not to forget those Architects, (maybe few in number) who actually hire structural engineers on their payrolls. I don't need to describe how hazardous can this arrangement be, as the engineers may not grow professionally and may never acquire a desirable competence level to handle mega( or even medium sized) projects. In a shocking incident, a peer review of a prestigious Industrial development disclosed a grossly inadequate structural design(as the inhouse engineer didn't even know a Part-4 existed for BIS 1893 and 'I 'value of one had been used instead of a minimum of 1.5..It was indeed a big shock for the Client to learn that all columns and all beams were under designed and he separately engaged an IIT for a proof check, only to get identical findings. 🙂 So guys feel free to share your views on how our Govt and Pvt Sector Clients can be made aware of Structural Engineer's important role in ensuring structural safety and enforce a culture of "know your structural consultant" before you hire him directly and not through an architect 🙄 especially for Technical Audit and Retrofit Assignments please, where the desired skill set and experience plays an even more crucial role 😐

Civil engineering is a broad field that encompasses various specializations. One of the most significant areas in civil engineering is structural engineering. Structural engineers are responsible for designing and analyzing structures that can withstand all the forces and loads to which they may be subjected. Knowledge of Building Materials: Structural engineers must have a deep understanding of building materials such as concrete, steel, masonry, and timber. Ability to Read Blueprints: Structural engineers must be able to read and interpret blueprints to ensure that the structure is built according to plan. Mathematical Skills: Structural engineers must have good mathematical skills to carry out complex calculations that determine the design of the structure. Proficient in CAD: Computer-aided design (CAD) software is used extensively by structural engineers to create detailed drawings of the structure. Knowledge of Building Codes: Building codes are rules and regulations that dictate the minimum standards for the construction of structures. Effective Communication Skills: Structural engineers work in teams and must be able to communicate effectively with architects, contractors, and other professionals. Focus on Detail: The structural engineer must pay attention to detail to ensure that every inch of the structure is designed correctly, and no errors or mistakes exist. A small mistake in the design can have disastrous consequences. In conclusion, Structural engineers are an integral part of the construction industry. They possess a specialized set of skills, knowledge, and expertise that are essential for the successful completion of a construction project. #civilengineer #structures