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DTSTART:20260308T030000
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BEGIN:VEVENT
DTSTAMP:20261007T002618Z
UID:5909FB79-A34D-483A-A5CB-03D32C318D8C
DTSTART;TZID=America/New_York:20261016T170000
DTEND;TZID=America/New_York:20261016T200000
DESCRIPTION:This workshop aims to introduce the computational software MATL
 AB - a tool used widely by scientists and engineers both in industry and a
 cademia.\n\nBy combining elementary linear algebra and mesh analysis\, the
  workshop will showcase simple applications of MATLAB when it comes to aid
 ing circuit analysis.\n\nRecommended for students who have completed ELEC1
 232 & MATH1231 or equivalents.\n\nAgenda: \nThis workshop assumes no prior
  knowledge in linear algebra nor different methods of circuit analysis out
 side of what is taught at NC\; all required theory will be taught during t
 his workshop.\n\nTopics will include:\n\nVectors\n\n-\nOrdered list of num
 ber notation\n-\nVector scalar multiplication and vector addition\n-\nSpan
  & Linear Independence\n\nSystem of Linear Equations\n\n-\nObtain a system
  of linear equations from vectors arithmetic\n-\nIntroduce the equivalent 
 triangular form of a system of linear equations\n-\nIntroduce Ax=b form\n\
 nUsing Gaussian Elimination to get Triangular Form/Gauss-Jordan Eliminatio
 n to get Row Reduced Form:\n\n-\nDefine leading variable & free variables\
 n-\nShowcase elementary row operations\n\nImplementing Gauss-Jordan Elimin
 ation & Mesh Analysis into MATLAB to solve examples:\n\n- Solve resistive 
 circuits with multiple sources\n- Construct a Norton's Equivalent circuit 
 from a circuit containing multiple sources\n\nRoom: 102\, Bldg: Lundy \, 1
 00 Niagara College Blvd\, Welland\, Ontario\, Canada\, L3C 7L3
LOCATION:Room: 102\, Bldg: Lundy \, 100 Niagara College Blvd\, Welland\, On
 tario\, Canada\, L3C 7L3
ORGANIZER:ieeencstudentbranch@gmail.com
SEQUENCE:57
SUMMARY:IEEE NC Branch Engineering Night - Intro to MATLAB
URL;VALUE=URI:https://events.vtools.ieee.org/m/582067
X-ALT-DESC:Description: <br /><p>This workshop aims to introduce the comput
 ational software MATLAB - a tool used widely by scientists and engineers b
 oth in industry and academia.&nbsp\;</p>\n<p>By combining elementary linea
 r algebra and mesh analysis\, the workshop will showcase simple applicatio
 ns of MATLAB when it comes to aiding circuit analysis.&nbsp\;&nbsp\;</p>\n
 <p>Recommended for students who have completed ELEC1232 &amp\; MATH1231 or
  equivalents.</p><br /><br />Agenda: <br /><div data-olk-copy-source="Mess
 ageBody">This workshop assumes no prior knowledge in linear algebra nor di
 fferent methods of circuit analysis outside of what is taught at NC\; all 
 required theory will be taught during this workshop.</div>\n<div data-olk-
 copy-source="MessageBody">&nbsp\;</div>\n<div data-olk-copy-source="Messag
 eBody">Topics will include:</div>\n<div data-olk-copy-source="MessageBody"
 >&nbsp\;</div>\n<div data-olk-copy-source="MessageBody">Vectors</div>\n<ul
  data-editing-info="{&quot\;applyListStyleFromLevel&quot\;:true}">\n<li>\n
 <div role="presentation">Ordered list of number notation</div>\n</li>\n<li
 >\n<div role="presentation">Vector scalar multiplication and vector additi
 on</div>\n</li>\n<li>\n<div role="presentation">Span &amp\; Linear Indepen
 dence&nbsp\;</div>\n</li>\n</ul>\n<div>System of Linear Equations</div>\n<
 ul data-editing-info="{&quot\;applyListStyleFromLevel&quot\;:true}">\n<li>
 \n<div role="presentation">Obtain a system of linear equations from vector
 s arithmetic</div>\n</li>\n<li>\n<div role="presentation">Introduce the eq
 uivalent triangular form of a system of linear equations</div>\n</li>\n<li
 >\n<div role="presentation">Introduce Ax=b form</div>\n</li>\n</ul>\n<div>
 Using Gaussian Elimination to get Triangular Form/Gauss-Jordan Elimination
  to get Row Reduced Form:</div>\n<ul data-editing-info="{&quot\;applyListS
 tyleFromLevel&quot\;:true}">\n<li>\n<div role="presentation">Define leadin
 g variable &amp\; free variables</div>\n</li>\n<li>\n<div role="presentati
 on">Showcase elementary row operations&nbsp\; &nbsp\;</div>\n</li>\n</ul>\
 n<p>Implementing Gauss-Jordan Elimination &amp\; Mesh Analysis into MATLAB
  to solve examples:</p>\n<ul>\n<li>Solve resistive circuits with multiple 
 sources</li>\n<li>Construct a Norton's Equivalent circuit from a circuit c
 ontaining multiple sources</li>\n</ul>
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