software for engineers
DESCRIPTION
Software for Engineers . EG1003: Introduction to Engineering and Design . Overview. Objectives Materials Background Procedure Report Closing. Objectives. Familiarization with relevant software Explore Microsoft software tools Word Excel. Software Tasks. Microsoft Word - PowerPoint PPT PresentationTRANSCRIPT
Software for Engineers
Overview
• Objectives
• Software Tasks
• Background
• Procedure
• Assignment
• Closing
Objective
• Familiarization with relevant software
• Explore software tools
• Word
• Excel
• PowerPoint
• Inventor
Software Tasks
Microsoft Office Autodesk Inventor
• Enter Excel formulas• Create Word template
for lab reports• Create PowerPoint
template for lab presentations
• Learn the basics of CAD software
• Practice 2D and 3D drawing functions
• Build an NYU Tandon logo keychain
• Export to 3D print file
Background Information
Microsoft Excel or Google Sheets
• For tables, charts/graphs, data analysis
Microsoft Word or Google Docs
• For lab reports, proposals, documents
Microsoft PowerPoint or Google Slides
• For professional slideshow presentations
Example: Word and PowerPoint
Example: ExcelRun # Diff. Press. Q Vel., v1 hL Fric. Fac. f Rey. No.
(in) (cfs) (fps) (ft) R (x104)1 0.042 0.00355 3.55 0.73 0.027 1.212 0.083 0.00502 5.02 1.38 0.025 1.713 0.156 0.00688 6.88 2.32 0.023 2.344 0.198 0.00774 7.74 2.99 0.023 2.635 0.203 0.00784 7.84 3.06 0.023 2.676 0.026 0.00281 2.81 0.46 0.027 0.96
Graph of Head Loss vs. Velocity
y = 2.5605Ln(x) - 2.4235
0.10
1.00
10.00
0 2 4 6 8 10
Velocity, v1 (fps)
Hea
d L
oss,
hL (f
t)
Procedure: Excel• Create tables and figure based on
Ideal Gas Law
• All data values are provided in an
Excel file
• Using Ideal Gas Law, calculate
volumes at specified temperatures
• Plot volume vs. temperature based
on generated tables
Term Number Unitsn 3 molR 0.082057 L*atm*mol-1*K-1
P 1 atm
Temperature (°F) Temperature (°C) Temperature (K) Volume (L)0 -17.78 255.37 62.875 -15.00 258.15 63.55
10 -12.22 260.93 64.2315 -9.44 263.71 64.9220 -6.67 266.48 65.6025 -3.89 269.26 66.2830 -1.11 272.04 66.9735 1.67 274.82 67.6540 4.44 277.59 68.3445 7.22 280.37 69.02
Procedure: Word and PowerPoint
• Create templates to use for this class
• Change highlighted text to your info
• Use online resources, partners, and TAs
• Focus on professional formatting (paste as image)
• Attention to detail is a critical skill for engineers
• Match the given templates accurately
Procedure: Inventor
• Use the Inventor template and tutorial to
create a 3D model of NYU Tandon School
of Engineering keychain
• Convert the .STL files to .gcode
• If your team has time before the mousetrap
car competition, explore Thingiverse or
design your own 3D ideas with CAD
Assignment: Written Report
• Independent report (one report per student)
• Standard lab report submission (Lab 1C only)
• Submit online (eg.poly.edu) before midnight of day of Lab
#2
• Submission includes (1 file, do not include 1A and 1B)
• Mousetrap competition report
Closing
• Each team member must use software
• Submit all work electronically by 11:59 PM before Lab #2
• Work together with your partner
• TA is always available for assistance
• Mousetrap Car Competition (winner get 3D printed keychain)
• Following MS Office and Inventor Exercise
Closing• When importing into Microsoft from Google Docs, Slides, and Sheets
formatting errors may occur
• Submission must be Microsoft files, so recheck your final Microsoft
formatting
• Copy and paste all figures and tables as pictures
• All files needed are available in Lab 1A and 1B
• Write-ups on the EG manual (2 PDF templates, 1 Excel file with
data, 1 Inventor file)
Closing
Software for Engineers
QUESTIONS?