In this tutorial you will learn how to:

Entering the Titles and Numbers into the Worksheet,
Enter the Worksheet Title,
Enter the Column Titles,
Enter the Stock Data,
Enter the Total Row Titles ,
Entering Formulas,
Enter a Formula Using the Keyboard,
Order of Operations,
Entering Formulas Using Point Mode,
Enter Formulas Using Point Mode,
Copy Formulas Using the Fill Handle,
Determine Totals Using the AutoSum Button,
Determine the Total Percentage Gain/Loss,
Determine the Average of a Range Using Keyboard/Mouse,
Determine the Highest Number in a Number Range,
Determine the Lowest Number in a Range Using Min,
Copy a Range of Cells across Columns to an Adjacent Range,
Verify a Formula Using Range Finder, …….etc with Microsoft Excel

Excel is powerful tool and can make your life easier if you are proficient in using it. You will need to use Excel to complete most of your experiments and are expected to know how to manipulate data, prepare plots and analyze error.
In Excel, the columns are labeled with letters, and rows are labeled by numbers. The individual boxes are called cells, which are designated by column and row. For example, the top left cell in the spreadsheet is A1. You can highlight an entire row or column by clicking on the letter or number, at the start of the row or top of the column, it is designated by. You can highlight specific cells by clicking INSIDE the cell and dragging the mouse. Pressing ENTER moves you down a column. Pressing TAB moves you across a row.
A new workbook contains three separate worksheets. Tabs at bottom of the worksheets, labeled “Sheet 1” etc allow you to switch between the sheets. You can insert a new sheet by clicking INSERT, then WORKSHEET.

This book is for people who want to teach a course using Moodle. You can use Moodle to teach a fully online course or to supplement a face-to-face course in a traditional setting. It doesn’t matter if you teach at a primary school, a secondary school, in higher education, or in a corporate setting; you can use the tools and features available in
Moodle to create an effective class.

In this application example, we present a simple MEMS design executed with SolidWorks. We
then analyze some of the performance and reliability considerations for the modeled structure
acting as an electrostatically deflected mirror array, using COSMOS/Works to estimate deflection
vs. voltage and the resulting stresses. We suggest approaches to deal with the physics of very
small structures as appropriate to modeling MEMS devices with finite element analysis (FEA).
Finally, we demonstrate the generation of a two-dimensional mask layout from a threedimensional
solid model. The mask layout may be used to produce a photomask for contact
printing or projection in a mask aligner. The sample MEMS design comprises an array of nickel
mirror elements created with bulk micromachining. The nickel mirror elements are patterned on
a silicon base in a fashion suggested by Parameswaran, et al.1

In this tutorial, we use the SurfaceWorks- SolidWorks combination to create a spoon holder
— one you might keep on your stove while cooking (see figure at right). The key here is
change: the model is constructed so that everything can be adjusted until the optimal
design is achieved.
Entity introductions:
➢ None
Concept and Function introductions:
➢ For nicely rounded ends, make last 2 control points perpendicular to end
➢ Select>Current Layer Filter
➢ Use a single curve in various forms as the lofting curves for lofted surfaces to
guarantee that the curves all have the same parametric velocity resulting in a
smoother surface shape
The basic steps:
• We begin with a .SLDPRT model composed of the planes and a sketch that will
generate the spoon holder surface.
• In SurfaceWorks, we construct the supports for three surfaces, building in
relationships that allow great freedom in refining the shape of the spoon holder.
We then stitch the three surfaces together so they will be transferred into
SolidWorks as a solid.
• In SolidWorks, we cut a shape to the side profile, cut a flat bottom, then shell the
imported solid.
• Returning to SurfaceWorks, we make the final design refinements.

AutoCAD MEP software provides a simplified process for the creation of construction documentation, by providing discipline specific engineering tools that automate both the production and organization of your project documentation.

Every engineering firm, architectural firm, contractor, and building owner who uses AutoCAD®-based software has their own specific method for saving drawings, storing projects, and creating construction documentation. Of the many pain points Autodesk has focused on addressing, creating construction documentation and drawing management are two of the most important to users. With each new release of AutoCAD®, AutoCAD® Architecture, and AutoCAD® MEP software applications, Autodesk has improved upon these processes by providing easy-to-use tools that users can incorporate into their work cycle at their own pace.

The purpose of this white paper is to spell out the steps to be taken by a user to create construction documentation using AutoCAD MEP software. Although architects normally handle project setup, this paper assumes that the engineering firm using AutoCAD MEP is the main consultant on the job and is therefore responsible for setting up project information. Other procedures, such as scheduling and creating sections, are described using best practice methods.

The Identity Manager Driver for SAP Human Resources (HR), subsequently referred to as the SAP
HR driver, creates an automated link between the SAP HR database and the Identity Vault. This
technology enables data flow within a business enterprise based on its own unique requirements, and
eliminates the labor-intensive and error-prone practice of re-entering the same data into multiple
databases. As new records are added, modified, or deactivated (disabled) in SAP, network tasks
associated with these events can be processed automatically.

Because the SAP HR system is the authoritative source of personnel information, the driver allows
administrators to propagate this data to other non-SAP business applications and databases without
the need for custom integration solutions. Administrators can decide what data will be shared and
how data will be presented within their enterprises.
The following sections explain the concepts you should understand before attempting to implement
the SAP HR driver in your environment:

This tutorial is designed to expose you to basic functions in HEC-GeoRAS for pre- and/or post-processing of GIS data and HEC-RAS results for flood inundation mapping using ArcGIS. It is expected that you are familiar with HEC-RAS and ArcGIS. If you want to get into details of HEC-GeoRAS that are not covered in this tutorial please refer to the HEC-GeoRAS users manual.

Computer Requirements
You must have a computer with windows operating system, and the following programs installed:
1. ArcGIS 9.3
2. HEC-GeoRAS version 4
3. HEC-RAS version 4.0
You can download HEC-RAS and HEC-GeoRAS for free from the US Army Corps of Engineers Hydrologic Engineering Center website

In this tutorial, you will create two parts; a shelf and a bracket. You will “assemble” them into one unit.
Finally, you will generate drawings to work from.
1. Open Solidworks. If you are asked during startup, select METRIC units.2. Open up a new file by clicking on the new file icon in the top menu bar.

3. Select “part” from the dialog box that appears.

4. You are going to sketch a 2-dimensional image of a shelf that is 450mm long and 135mm wide. Then, you will turn it into a 3-Dimensional object by “extruding” it.