Mechanical Engineering

لمعرفة تفاصيل اي كورس يرجي الضغط عليه

Fire Fighting System Design

Start/End Date Lectures Hours Schedule Time Schedule Day price Register Now
2018-06-17 / 2018-07-01 21 6:00-9:00 Sun, Thu, Thr 1300 Register


Overview
fire fighting systems Objective of the course is to make the engineer is able to do completely design of Fire Fighting project with its Different & Various Systems Applying all the NFPA & Different Codes Requirements And TO BE Able TO Make the Quantity Survey For Any Fire Fighting Project And TO Work In Construction For the Fire Fighting Networks .


Download PDF
Click here to download Pdf file

Course Outline

  • Introduction
  • sprinkler
  • stand pipe
  • fire pump
  • how you can select write sprinkler
  • type of piping ,fitting used in sprinkler system
  • distribution of sprinkler
  • pipe sizing
  • hydraulic calculation
  • type of stand pipe
  • distribution of stand pipe
  • hydraulic calculation
  • combined system calculation
  • type of fire pump
  • all pump hook up
  • component of pump room ( pumps & piping )
  • control and operating seance of ( jockey pump & main pump )
  • sizing the pump room piping
  • tank size
  • tank piping ( filling , over flow & vent )

HVAC SYSTEM

Start/End Date Lectures Hours Schedule Time Schedule Day price Register Now
Register


Overview
HVAC System Fundamentals of HVAC Systems is a thorough introduction on how HVAC systems control temperature, air quality and air circulation in a conditioned space. Ideal for recent engineering graduates working in the HVAC&R industry, experienced engineers entering HVAC&R from another engineering area, as well as architects, technicians, construction or building management professionals who need to increase their knowledge of HVAC systems.


Download PDF
Click here to download Pdf file

Course Outline

  • Introduction & Manual Load Estimation Calculation .
  • Manual Load Estimation Calculation Cont.
  • Coolying Cycle its Components.
  • the Different Types OF HVAC Systems.
  • Air Outlets Design .
  • Duct Design.
  • Duct Construction .
  • Duct Insulation
  • Air Ventilation Networks Design.
  • Chilled Water System Design.
  • Fans Design.
  • BMS.
  • HAP .

Solidworks

Start/End Date Lectures Hours Schedule Time Schedule Day price Register Now
2018-06-23 / 2018-08-06 30 9 : 11 PM Sat,Mon,Wed 1850 Register


Overview
Solidworks is a 3D mechanical design system that enables virtual prototyping, assembly, simulation and finally output as native or open format 3D models, or as drawings. Plugins are available for electrical design, FEA, optical rendering, electromagnetic simulation and more. It is probably the most widely used and taught CAD suite worldwide and is used in a full spectrum of industry sectors including automotive, aerospace, communications, energy, mining and construction.


Download PDF
Click here to download Pdf file

Course Outline

  • INTRODUCING THE SOFTWARE
  • CREATING 2D SKETCHES
  • CREATING 3D PART
  • CREATING ASSEMBLY FROM PARTS
  • CREATING DRAWINGS FROM PARTS AND ASSEMBLIES
  • WORKING BETWEEN AUTOCAD AND SOLIDWORKS
  • INTRODUCTION TO DIFFERENT SOLIDWORKS ADD IN’S

Fusion 360

Start/End Date Lectures Hours Schedule Time Schedule Day price Register Now
2018-06-28 / 2018-07-19 30 6 : 9 Sun, Tue, Thr 1400 Register


Overview
Autodesk Fusion 360. During the course you will learn how to sculpt your idea, then move to parts and assembly modelling, and, as a final steps, create drawings, renderings and prepare for manufacturing on CNC machine or 3D printer. Fusion 360 is a cloud-based CAD/CAM tool for collaborative product development. Fusion 360 enables exploration and iteration on product ideas and collaboration within distributed product development team. Most importantly, Autodesk Fusion 360 combines organic shapes modelling, mechanical design and manufacturing in one comprehensive package. We encourage you to learn more about Autodesk Fusion 360 at the official website as well as download the product. Students, educators, enthusiasts and startups are entitled for a free licence.



Course Outline

  • Create an account if not already created (The process)
  • Understanding GUI and navigation
  • Create a project and folders
  • Download files provided for the workshop
  • Create a Base Feature and two secondary features for one part
  • Create additional features/ solids for creating as a part files
  • Add Constraints to the parts
  • Add a downloaded part to the file
  • Patterns at sketch, feature and part level
  • Add an assembly to another assembly
  • How to apply materials and appearances
  • Insert 3D Geometry and Graphics:
  • How to Inspect:
  • How to setup a library of parts
  • Drawings and Annotation
  • How to remove data
  • Rendering
  • Animation
  • Simulation
  • CAM
  • Collaboration
  • Make Options (Demo)
  • Creating the First Feature with Quick Shapes
  • Creating Sketched Geometry
  • Additional Sketching Tools
  • Sketched Secondary Features
  • Pick and Place Features
  • Construction Features
  • Equations and Parameters
  • Additional Features and Operations
  • Design and Display Manipulation
  • Single Path Sweeps
  • Loft Features
  • Feature Duplication Tools
  • Distributed Design
  • Component Design Tools
  • Multi-Body Design
  • Sculpting Geometry
  • Editing Sculpted Geometry
  • Drawing Basics
  • Detailing Drawings
  • Static Analysis Using the Simulation Environment

Autodesk Inventor

Start/End Date Lectures Hours Schedule Time Schedule Day price Register Now
2018-05-30 / 2018-06-20 30 2:30-5:30 Sat, Mon, Wed 1600 Register
2018-05-30 / 2018-06-20 30 9 PM :12 Sat, Mon, Wed 1600 Register


Overview
3D CAD software for product development Inventor® 3D CAD software offers professional-grade 3D mechanical design, documentation, and product simulation tools.



Course Outline

  • Getting Started with Autodesk Inventor
  • Basic Sketching Techniques.
  • Basic Shape Design.
  • Detailed Shape Design.
  • Assembly Design Overview.
  • Placing and Creating Components Relationships.
  • Interacting with an Assembly.
  • Basic View Creation.
  • Dimensions, Annotations and Tables.
  • Annotating Assembly Drawings.
  • Drawing Standards and Resources.