Introduction & industry overview
المقدمة ونظرة عامة على صناعة المنشآت المعدنية
Course roadmap, professional expectations and how steel detailing connects design, fabrication and erection.
Develop from junior-level execution toward senior-level engineering judgment. A practical Arabic course for engineers with a steel-detailing foundation, connecting project management, Tekla modeling, fabrication, checking and erection.
1 يناير 2027
This is not a button-by-button introduction to Tekla. It is for engineers who already have a foundation in steel detailing and want to understand the decisions behind a complete, buildable steel package.
الكورس مش للي عايز يتعلم أزرار البرنامج فقط؛ هدفه تطوير تفكيرك ومستواك الهندسي من Junior نحو Senior في مجال الـSteel Detailing، من فهم مستندات المشروع لحد المراجعة والتصنيع والتركيب.
Real examples and practical exercises connect technical decisions, project responsibilities and communication. Senior-level capability grows through applying the work and building project experience, not through software commands alone.
Course roadmap, professional expectations and how steel detailing connects design, fabrication and erection.
Read the project brief, RFQs and scope; organize responsibilities, delivery priorities, RFIs and communication with the consultant, fabricator and site team.
Build coordinated models with fabrication and erection in mind. Connect modeling choices to project requirements, connection details and downstream drawings.
Layout setup plus beams, columns, rafters, angles, struts, twin columns, purlins, stairs, ladders, grating, handrails, cladding, sheeting and gutters.
Check the model and drawings, respond to red marks, manage revisions and resolve coordination issues before releasing the package.
Translate model and fabrication decisions into erection information that communicates site intent clearly.
Understand load paths, connection behavior, base details and design notes to coordinate detailing decisions with the design engineer. This is design awareness for detailers, not a structural-design qualification.
Clash checking, IFC coordination, DWG/DXF and NC exports, plus presenting your work and building a professional portfolio for company and freelance opportunities.
Move beyond an assigned modeling task: understand scope, design inputs, responsibilities and how information reaches fabrication and site teams.
Connect load paths and connection intent to buildability, manufacturer details and practical drawing decisions.
Develop senior-level habits in checking, revisions, coordination and communicating technical issues through clear RFIs.
Use steel-building product references and manufacturer details in context, not as disconnected blocks. These topics come from the prepared course examples and reference material.
Work through standing-seam roofing references, including MaxSEAM, sandwich panels, purlins and sub-purlins. Understand fixed and sliding clips, closures, backup plates, trims and gutters as parts of a coordinated system.
Read connection and base details, anchor-bolt layouts and manufacturer reference drawings. Relate the detail to design information, fabrication constraints and erection requirements.
Connect stairs, ladders, grating, handrails, angles and struts to the main structure. Learn how individual parts become clear shop drawings and coordinated erection information.
Work through a virtual pre-engineered steel-building exercise alongside fabrication examples. Practice moving from project requirements to a coordinated drawing and fabrication package.
Read the project information sheet, define the detailing scope and coordinate columns, rafters, bracing, purlins, girts, cladding and an access stair. Track revisions and approval milestones as the exercise develops.
Relate the model to GA, shop and single-part drawings, the bill of materials, bought-out items and NC files. Understand how checking and release decisions affect the fabrication handover.