Online sessions focused on real projects, HVAC controls, and technical office workflows. This course is designed for engineers who want to build strong skills in BMS design, estimation, and tendering, with a clear understanding of how systems work in real-life projects. You will gain hands-on experience in: • BMS fundamentals and system architecture (Controllers, field devices, network) • Understanding HVAC systems for BMS (AHU, FCU, Chillers, Pumps) • Identifying and calculating I/O points (DI, DO, AI, AO) • Selecting field devices (sensors, actuators, valves, dampers) • Preparing BMS BOQ (Bill of Quantities) professionally • Cost estimation and pricing techniques for real tenders • Reading and analyzing project specifications and drawings • Preparing technical submittals and compliance sheets • Creating BMS shop drawings and control schematics • Introduction to Sauter BMS controllers and solutions • Real case studies from actual projects and tender documents The course is fully practical and job-oriented, where you will simulate real technical office and presales tasks, not just theory. Perfect for: • Mechanical & Electrical engineers • Fresh graduates entering the BMS / ELV field • Engineers shifting to technical office or presales roles • Anyone interested in HVAC controls and smart building systems Build real skills in BMS estimation, HVAC control design, and presales engineering, and become ready to work on real projects with confidence. 🚀

Master ELV (Extra Low Voltage) systems cost estimation and presales through practical, real-project-based online sessions covering Fire Alarm, CCTV, and Access Control systems. This course is designed to help engineers understand the full workflow of technical office and presales roles, from studying tender documents to preparing BOQ, pricing, and technical submittals. You will gain hands-on experience in: • ELV systems overview and integration concepts • Fire Alarm systems design & estimation (Conventional & Addressable – Hochiki systems) • CCTV systems design (camera selection, storage, coverage, VMS basics – Honeywell solutions) • Access Control systems (doors, readers, controllers – Lenel systems) • Preparing BOQ (Bill of Quantities) for ELV systems • Cost estimation and pricing strategies for tenders • Reading and analyzing project drawings and specifications • Preparing technical submittals and compliance sheets • Understanding technical office routine and documentation cycle • Basics of value engineering and alternative proposals • Real case studies from actual projects and tenders The course is fully practical and career-focused, simulating real presales and technical office tasks used in companies. Perfect for: • Electrical & Mechanical engineers • Fresh graduates entering the ELV field • Engineers shifting to presales or technical office roles • Anyone interested in Fire Alarm, CCTV, and Access Control systems Build strong skills in ELV design, estimation, and presales engineering, and become ready to work on real projects with confidence.

Designed for students, engineers, and professionals who want to master 3D CAD modeling and product design. In this course, you will develop strong practical skills in SolidWorks 3D modeling, parametric design, assemblies, and engineering drawings using real engineering exercises and industry techniques. Whether you are a complete beginner, an engineering student, or a professional who wants to improve CAD skills, the lessons are customized to your level and goals. What you can learn in these SolidWorks lessons: • SolidWorks interface and professional workflow • 2D Sketching fundamentals and fully defined sketches • 3D Part Modeling (Extrude, Revolve, Sweep, Loft, Patterns, Fillets) • Parametric design and design intent • Assemblies and mechanical motion • Technical drawings and manufacturing documentation • Sheet metal and surface modeling • Design for manufacturing (DFM) basics • Creating a professional engineering portfolio • Preparing for SolidWorks exams or engineering interviews My teaching approach focuses on practical exercises, real design problems, and industry tips so students gain skills that are immediately useful in mechanical engineering, product design, and manufacturing. Lessons are fully online and interactive, with screen sharing, live modeling, and hands-on guidance to ensure you truly understand the tools and techniques. Perfect for: • Mechanical engineering students • Product designers • CAD beginners • Engineers wanting to upgrade their SolidWorks skills • Anyone interested in 3D design and mechanical modeling Start learning SolidWorks professionally and build real engineering skills.