Systems Engineering Capabili2es

Transcription

1 Systems Engineering Capabili2es Purdue University November 9, 2010 Integrated Deepwater System Concept US Coast Guard / ICGS

2 Recent History of SE at Purdue 2003 Purdue College of Engineering ini2ates Signature Areas Systems of Systems one of eight original areas Hired five faculty members Research and individual course development 2004 par2cipated in first CESUN mee2ng as part of MIT ESD symposium 2006 School of Aeronau2cs and Astronau2cs added Aerospace Systems area along with disciplinary areas (e.g. aerodynamics, structures) 2007 Purdue NEXTRANS award Regional University Transporta2on Center from US DOT Research has emphasis on systems and system of systems 2007 Purdue Engineering Professional Educa2on offers Introduc2on to Systems Engineering course 2009 Purdue College of Engineering Strategic Plan ( ) contains System of Systems Ins2tute ASRR 9/10 November

3 Na2onal Academy of Engineering 21st CENTURY CHALLENGES

4 College of Engineering Schools Aeronau(cs and Astronau(cs (AAE) Agricultural and Biological Engineering (ABE) Biomedical Engineering (BME) Chemical Engineering (ChE) Civil engineering (CE) Construc(on Engineering and Management (CEM) Electrical and Computer Engineering (ECE) Engineering Educa(on (ENE) Engineering Professional Educa(on (EPE) Environmental and Ecological Engineering (EEE) Industrial Engineering (IE) Materials Engineering (MSE) Mechanical Engineering (ME) Nuclear Engineering (NE) ASRR 9/10 November

5 Purdue Engineering Signature Areas Global Sustainable Industrial Systems Intelligent Infrastructure Systems Informa(on, Communica(ons, and Percep(on Nanotechnologies and Nanophotonics Domain Expertise System of Systems Organization and Integration Impact Areas EEE PSY AAE ECE ABE CE ENE STAT BME CS ChE ME CEM NE MSE EPE IE Purdue Competencies ASRR 9/10 November

6 Purdue SE Signature Areas Produc(on Informa(on Defense/Aero Impact Areas EEE PSY AAE ECE ABE CE ENE STAT BME CS ChE ME CEM NE MSE EPE IE Purdue Competencies ASRR 9/10 November

7 System of Systems Ins2tute Produc(on Informa(on Defense/Aero Impact Areas Domain Expertise Organization and Integration Enablers SoS Institute EEE PSY AAE ECE ABE CE ENE STAT BME CS ChE ME CEM NE Purdue MSE EPE IE Competencies ASRR 9/10 November

8 Purdue Discovery Park Centers Bindley Bioscience Center (Bindley) Birck Nanotechnology Center (Birck) Burton Morgan Entrepreneurship Center Center for Advanced Manufacturing (CAM) Center for the Environment Cyber Center (Hub0) Discovery Learning Center E- Enterprise Center Energy Center (EC) Oncological Sciences Center Regenstrief Center for Healthcare Engineering (RCHE)

9 Purdue Engineering SoSI Produc(on Informa(on Defense/Aero Impact CAM Hub0 SERC Areas Birck Bindley EC PSY RCHE ECE AAE CE ME CS Domain Expertise ENE CS IE CS Enablers ME ChE PSY IE CS ME MSE STAT ECE ME PSY IE Organization IE ECE BME SoS Institute EEE and Integration PSY AAE ECE ABE CE ENE STAT BME CS ChE ME CEM NE Purdue MSE EPE IE Competencies ASRR 9/10 November

10 Benefits of SoSI Facilitates mul2- disciplinary approach to systems problems Encourages generalized thinking of systems issues Results in a larger pool of systems thinkers Speeds the introduc2on of proven systems concepts to diverse applica2on areas

11 Purdue Engineering SoSI EC Domain Expertise CE Enablers ChE ME Organization IE ECE SoS Institute EEE and Integration PSY AAE ECE ABE CE ENE STAT BME CS ChE ME CEM NE Purdue MSE EPE IE Competencies Impact Areas ASRR 9/10 November

12 Solar Energy Systems for Buildings Development of a design platform for solar cooling and heating systems and solar power systems. Provide designers, engineers, vendors, and building investors the appropriate optimization method to assist them in decision making, system design, and system evaluation. Create architecture, design principles and tools to rapidly test designs and estimate costs Create flexibility in functionality & interfaces to support intersections in other SoS foci

13 Purdue Engineering SoSI Domain Expertise Organization and Integration Bindley RCHE Enablers ME CS PSY IE BME SoS Institute EEE PSY AAE ECE ABE CE ENE STAT BME CS ChE ME CEM NE Purdue MSE EPE IE Competencies Impact Areas ASRR 9/10 November

14 Hand- Gesture Recogni2on for the Opera2ng Room Standard terminal interfaces are nonsterile, not intuitive, and require attention and position shifts. Hand-gesture interaction is an alternative, for interaction that allows the environment to remain sterile. Grant Support: By AHRQ (contract 1R03HS ) 14

15 Purdue Engineering SoSI Defense/Aero SERC Impact Areas Domain Expertise Organization and Integration AAE IE CS ECE ME EEE PSY AAE ECE ABE CE ENE STAT BME CS ChE ME CEM NE MSE EPE IE SoS Institute Purdue Competencies Enablers ASRR 9/10 November

16 Selected Defense/Aerospace Research An Agent- based Concept for an Enhanced C2BMC Architecture (Missile Defense Agency) System- of- Systems Approach for Assessing New Technologies in NextGen (NASA NRA) Complexity and Adaptability Metrics for DARPA META program (Boeing, for DARPA) Aerospace Systems Research in Support of Integra2on of Advanced Concepts into NextGen (NASA NRA via Raytheon) Acquisi/on Management for Systems- of- Systems: Exploratory Model Development and Experimenta/on (Naval Postgraduate School) Near- Term Opera2onal Changes for Reducing Avia2on s Environmental Impact (FAA PARTNER Center of Excellence) Frac2onal Shares, Air Charter and Air Taxi Opera2ons as a System of Systems Problem (Cessna and Cita2onShares)

17 Project Focus: Impact of Disrup2ons and Interdependence Structure in Capabili2es Development Sponsor: Naval Postgraduate School Acquisi2on Research Program Research Ques2ons: How do system- specific characteris2cs impact the successful development of systems of systems for capability- based acquisi2on? How do system interdependencies impact the development process? How do disrup2ons propagate in complex networks of interdependent systems? How can we quan2fy the cascading effects of development risk? How can we compare network of systems in their ability to reduce the impact of risk? Objec2ve: Answers to these ques2ons can increase the probability of success in systems of systems development

18 Disrup(on Propaga(on in Capability- Based Acquisi(on Two- pronged approach: Discrete event simula2on of SE processes Analy2cal model for risk propaga2on Inves2gate impact of system interdependencies and development risk on development 2me Cascading effects of risk and disrup2ons

19 SoSI Also Focused on Educa2on SE interdisciplinary concentra2on Expected appeal to thesis seeking MS and PhD students as well as non- thesis MS students 3-4 Courses + SE Project Readily matches a cer2ficate program, which is oken desirable to distance- learning / professional students Example SE Course Instructor: prac2cing SE Principles of SE and their applica2on across the system life cycle On- campus and distance students SE Discovery SE Education SE Delivery

20 SoS Course Graduate (MS- level) offering, seeking students from all engineering departments (and beyond?) Applica2on project emphasis across domains Methodological emphasis is on understanding dynamic system interac2ons and problem defini2on, and then mathema2cal modeling Sp06 Semester = 27 Students Sp07 Semester = 27 Students Sp08 = 32 Students (10 Distance) Sp09 = 30 Students (11 Distance) Sp10 = 47 Students (17 Distance) ASRR 9/10 November

21 Systems Engineering Capabili2es Purdue University November 9, 2010 NextGen Air Transporta2on System - FAA