1. Breakout Session 4 1 st Workshop On Undergraduate Programs in Systems Engineering

2. Overview Question: How much classical engineering (general, industrial, mechanical, electrical, etc.) and application domain focus (telecommunication, naval, medical, etc.) should be in a bachelor’s degree in systems engineering? Deliverable: – Recommendations and rationale to academia, government and industry.

3. Assumptions ABET Students can sit for the FE Meet your stakeholder assumptions Use the T-model – Our focus is on the SE centric program

4. BS in Systems Engineering 40Math/Science (Cal, DQ, Linear Alg, prob&stats, chem, physics) 33General Education Engineering 21FE - cir, thermo, statics, dynamics, engr econ, fluids, ethics 18SE Core (SE, PM, Decision Ana/Risk, M&S, Comp Tools (Matlab?), OR, Human Systems Int) 12Discipline (IE, ME, AE), Industry (Medical, transportation), Methodology (OR, HF, M&S) 6Capstone 130

5. Future Issues Software intensive systems Applied statistics Network/congested systems Environmental Implementation/independent identity planning for departments BS to MS transition Co-op/Internship

6. Where the sE Courses Fit Systems Engineering Option Structures and Materials Elective Computer Science 211 Programming for Engineers & Scientists Math 346 Engineering Math Operations Research 310 Systems Analysis Aeronautical Engineering 342 Computational Aerodynamics Operations Research 321 Probabilistic Models Engineering Mechanics 330 Mechanics of Deformable Bodies Sys Engr 310 Introduction to Sys Engr Aeronautical Engineering 471 Aeronautics Laboratory Behavioral Science 373 Intro to Human Factors Aeronautics Elective Systems Engineering 301 Project Management Aeronautical Engineering 442 Advanced Aerodynamics Integrity – Service – Excellence