Education

REuben Johnston is currently pursuing a PhD in Systems Engineering at George Washington University, with dissertation research centered on software security reliability. 

REuben’s program advisors are Timothy Eveleigh, Thomas Holzer, and Shahryar Sarkani.  More information about George Washington University’s department of Engineering Management and Systems Engineering can be found at
http://www.emse.seas.gwu.edu/.

2011    Master of Science, Systems Engineering
           George Washington University, Washington D.C.
2010    Graduate Certificate, Systems Engineering
           George Washington University, Washington D.C.
2000    Bachelor of Science, Electrical Engineering         
           Lamar University, Beaumont, TX
2000    Bachelor of Science, Computer Science             
           Lamar University, Beaumont, TX


Courses

The George Washington University (Ph.D. Coursework)

  • Advanced Systems Engineering (EMSE-6992)
  • Stochastic Foundations of Operations Research (EMSE-6750)
  • Discrete Systems Simulation (EMSE-6760)
  • Data Analysis for Engineers and Scientists (EMSE-6765)
  • Research Methods for the Engineering Manager (EMSE-8000)
  • Advanced Reading and Research (Risk Analysis and Management) (EMSE-8998)
  • Systems Thinking and Policy Modeling (EMSE-6740)
  • Logistics Planning (EMSE-6790)
  • Knowledge Management II (EMSE-6506)
  • Requirements Engineering (EMSE-6815)

The George Washington University (M.S.)

  • Quantitative Models in Systems Engineering (EMSE-201)
  • The Management of Technical Organizations (EMSE-212)
  • Program and Project Management (EMSE-231)
  • Survey of Finance and Engineering Economics (EMSE-260)
  • Elements of Problem Solving and Decision Making for Engineering Managers (EMSE-269)
  • Knowledge Management I (EMSE-270)
  • Techniques of Risk Analysis and Management (EMSE-280)
  • Systems Engineering I (EMSE-283)
  • Systems Engineering II (EMSE-284)
  • Systems Analysis and Management I (EMSE-285)
  • Applied Enterprise Systems Engineering (EMSE-286)
  • Problems in Engineering Management and Systems Engineering (EMSE-6099)     

Lamar University (B.S.)

  • Composition (ENG 131)
  • Composition (ENG 132)
  • Sophomore Literature (honors) (ENG 2318)
  • US History 1763-1877 (HIS 231)
  • US History 1877-present (honors) (HIS 232)
  • Intro to American Government I (POLS 231)
  • Intro to American Government II (POLS 232)
  • Art Appreciation (ARTS 1301)
  • Intro to Sociology (SOCI 1301)
  • Philosophy of Knowledge (PHIL 1370)
  • General Chemistry, w/ Laboratory (CHM 141)
  • Calculus and Analytical Geometry I (MTH 140)
  • Calculus and Analytical Geometry II (MTH 149)
  • Calculus and Analytical Geometry III (MTH 241)
  • Differential Equations, Linear Algebra (MTH 3401)
  • Math Methods in Physics (PHY 130)
  • Calculus Based Physics I, w/ Laboratory (PHY 247)
  • Calculus Based Physics II, w/ Laboratory (PHY 248)
  • Modern Physics (PHYS 3350)
  • Intro to Engineering (EGR 111)
  • Statics (EGR 230)
  • Dynamics (EGR 231)
  • Thermodynamics (EGR 234)
  • Engineering Economics (EGR 223)
  • Engineering Graphics I (EGR 114)
  • Principles of CS I, w/ Laboratory (CS 1411)
  • Principles of CS II, w/ Laboratory (CS 1413)
  • Data Structures, Algorithm Analysis (CS 2303)
  • Unix, C++ (CS 3306)
  • Computer Organization, Assembly (CS 2313)
  • Computer Architecture (CS 4310)
  • Compiler Construction (CS 4307)
  • Operating Systems (CS 4302)
  • Network Administration, Cryptography (CS 4301)
  • Object-oriented User Interfaces (Java) (COSC 3304)
  • Circuits I (EGR 233)
  • Circuits II (EE 331)
  • Circuits Lab (EE 217)
  • Circuit Design (EE 332)
  • Logic Design Swth Systems (EE 3305)
  • Digital Lab (EE 3201)
  • Electrical Machines (EE 336)
  • Electrical Machines Lab (EE 319)
  • Electronics I (EE 333)
  • Electronics II (ELEN 3322)
  • Electronics Lab (EE 318)
  • Electromagnetics I (ELEN 3371)
  • Electrical Analysis (ELEN 3381)
  • Virtual Systems Design (ELEN 4304)
  • Control Engineering (ELEN 4351)
  • Microcomputer I (ELEN 4386)
  • A T:Field Programmable Logic Devices (ELEN 4304)
  • Electrical Engineering Seminar I (ELEN 4101)
  • Electrical Engineering Seminar II (ELEN 4102)
  • Senior Projects Design I (ELEN 4306)
  • Senior Projects Design II (ELEN 4207)
 

 

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