Human Systems Engineering Track Mary (Missy) Cummings Associate Professor Aeronautics & Astronautics Engineering Systems Division Computer Science and.

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Presentation transcript:

Human Systems Engineering Track Mary (Missy) Cummings Associate Professor Aeronautics & Astronautics Engineering Systems Division Computer Science and Artificial Intelligence Laboratory

- 2 - Motivation  Humans operating in increasingly complex sociotechnical systems Technology, meant to be a solution, often introduces new, even more difficult problems  There is a critical need (and pull) for advanced degree programs in human- system engineering (HSE) DoD Focus  HSI (Human Systems Integration) vs. HSE Industry Focus

- 3 - A Technology Solution?

- 4 - The Cool Factor

- 5 - ESD HSE Areas of Focus  Cognitive Humans & Automation Laboratory International Center for Air Transportation  Physiologic Man-Vehicle Laboratory  Organizational Technology & Public Policy Complex Systems Research Laboratory  Not mutually exclusive! The Age Lab, Sloan, CSAIL, etc.

- 6 - MIT HSE Program Structure   Overarching ESD policies & procedures apply Focus is on PhD AND SM degrees  Established USAF pipeline  A program that produces leaders in HSE/HSI Doctoral pipeline for NPS, AFIT, etc.

- 7 - ESD HSE PhD Program of Study  Fundamental Engineering Systems Thinking ESD.83, ESD.86, ESD.87  Depth in Domain/Context (3 classes) ESD.774 Human Supervisory Control of Automated Systems  Depth in Methodology (3 classes) ESD 756J Statistical Methods in Experimental Design

- 8 - Existing Representative Publications  Understanding complexity: Dynamic analysis of combat vehicle accidents  Learning from organizational experience  Effect of auditory peripheral displays on unmanned aerial vehicle operator performance  Enabling systems thinking to accelerate the development of senior systems engineers  Command in air war: Centralized vs. decentralized control of combat air power

- 9 - Student Funding Sources TTypical RA/TA SSelf-funding HHome organization sponsors e.g., senior officers SStudent obtains pseudo-RA Military pays salary, student responsible for tuition A popular model for USAFA graduates

DoD HSI Education Requirements  HSI domain knowledge Detailed breakdown to follow  Systems approach  Analytical techniques  Modeling and simulation  Human performance  Implementing HSI tradeoffs  Case studies

DoD HSI Detailed Requirements Human Factors Engineering Environment, Safety, & Occupational Health Habitability Survivability  Manpower  Personnel  Training

Future HSE Steps  Program growth Development of a more extensive human-systems engineering gateway course? Project-based course with local industries? More formal program like Course 2N or MLOG if demand dictates  Development of short courses