Degree Briefing: Thursday, Feb. 18, 2:00 to 2:45 p.m. Eastern Time (USA) A brief introduction to: 1. The Bachelor of Science in Aeronautics 2. The Master of Science in Human Factors
ERAU-Worldwide: Bachelor of Science in Aeronautics 2
Why this is the right place Embry-Riddle Worldwide has exceptional capabilities to globally deliver, leading.. Aviation degree programs Professional education programs Science, Technology, Engineering and New Student Welcome Math programs Angela Crouch Associate Director Business Information Systems Technology Services We are exploring the use and expansion of technology in aviation and aerospace education
About ERAU Embry-Riddle Aeronautical University Independent, nonprofit, nonsectarian, and coeducational university More than 70 undergraduate and graduate degrees (Assoc. to Ph.D.) 32,000 undergraduate and graduate students Worldwide Campus 150 campuses around the world (90 on military installations) 24,000 students Synchronous, asynchronous, and blended learning environments
The ERAU-WW Advantage How we define Flexibility!!! Take courses online, from almost anywhere on the planet Start any month of the year Take nine-week classes Work around YOUR schedule and commitments Receive dedicated academic support via your academic advisor, who will guide you from enrollment to graduation
Industry Leaders by Day, Educators by Night Faculty members have.. exceptional experience and knowledge in discipline proven records of success in their fields design and teach courses bring the real world into the classroom challenge students truly care
Delivery Course Rooms Eagle Vision Multi-media
The Bachelor of Science in Aeronautics
Worldwide Curriculum B.S. in Aeronautics (120 credits) Provide a multi-disciplinary program for our students that greatly enhances their knowledge of and practice in the aviation and aerospace industry Core Aeronautical Science Aviation Safety Aviation Legislation and Law Meteorology Management Professional Development and Area of Concentration opportunities
Enhance the Degree Add a Minor Aeronautics Minors Aviation Safety Helicopter Operations and Safety Occupational Safety and Health Security and Intelligence Transportation Unmanned Aerial Systems Engineering Sciences Aviation Maintenance Operations Other Minors Available Emergency Services Airport Management Aviation Management Logistics Management Management Economics Human Resources Management Information Systems Project Management Technical Management International Relations Marketing
Outside Credit UG Transfer Credit and Advanced Standing Pilot Certificates and Ratings @ 24-34+ credits A&P Licenses @ 15 30 credits Veteran Educational Benefits evaluation/credit GR Assessment of Prior Credit Internal program transfers External credit evaluated per CHEA/AIPE
4+1 Programs Apply as early as Junior year to start in Senior year Bachelors through Masters in 5 years Fast paced and aggressive Take up to three graduate courses in senior year Must achieve B or higher in Graduate courses Requires 3.00 GPA to apply Must demonstrate superior academic capability Aeronautics BSA to MAS BSUSA to MSUAS* * Concept
Undergraduate Transfer Credit Consider Accredited Institution transcripts Advanced standing for prior learning, work and/or training experience Use ACE guide for CLEP/DANTES/ECE Veteran transfer credit FAA/EASA Pilot Certificates and Ratings credit FAA Airframe and/or Powerplant credit
Why This Is Important
What s Now, What s Next Integrate more technology into the classroom Accreditations (AABI/SACS) IJAAA Journal 4+1 Programs Virtual Laboratories Crash Investigation Unmanned Systems
Earn your degree.. Virtually anywhere
Questions? Scott Burgess--burgesco@erau.edu
ERAU WW Master of Science in Human Factors (MSHF) Degree Program Clint R. Clutch Balog, Ph.D.
Focus -Difference Traditional graduate HF programs focus on one particular specialization on HF such as ergonomics or systems design. The ERAU WW MSHF will first provide a foundational understanding of the core HF field of human performance, then allow for the selection of either a more general Aerospace(Operations) or Systems Engineering (Design/Development)subfields to which that human performance knowledge will be applied in practical terms. 19
Focus -Difference Human Performance Core Specialization Track (Aerospace or Systems Engineering) Research Completion 20
Goal Develop graduates qualified to enter the human factors field, able to support the changing needs of industriesrequiring improved operational efficiency, effectiveness, and safety stemming from significant growth and technological advancement, by identifying applications of theory, cultivating innovation, providing leadership, and solving challenges associated with human factors principles (get ahead of growing industry HF needs). 21
Target Learners Academic scholars and subject matter experts from industry, government, and military who, more often than not, have a career but are unable to attend a Master s degree program in a typical residential environment. Recent undergraduates who want to continue to expand their academic understanding before moving into industry. 22
Courses MSHF 606 Human Cognition MSHF 612 Human Performance, Limitation, and Error MSHF 618 Virtual Environments, Simulation, and Robotics MSHF 624 Ergonomics and Biomechanics MSHF 640 Aerospace Physiology ASCI 634 Aviation/Aerospace Psychology SYSE 500 Systems Engineering MSHF 646 Industrial Applications in Aerospace MSHF 652 Crew Platform Automation, Design, and Integration SYSE 641 Systems Psychology SYSE 647 Human Factors in Complex Systems SYSE 653 Cognitive Systems Engineering 23
Description Two Options: The MSHF will require: 36 credit hours for the capstone option 30 credit hours for the thesis option (by invitation) Will be delivered using all modalities offered by WW Two Specializations: Aerospace(Operations) Systems Engineering(Design/Development) 24
Description The capstone option will be accomplished through participation in: Four required human performance core courses (12 credits) Two required research core courses (6 credits) Five required track specialization courses (15 credits) One required capstone course (3 credits) covering topics relevant to the HF profession and the student s track specialization 25
Degree Progression (Capstone) Human Performance Core RSCH 665 Aerospace Track ASCI MSHF 634 640 MSHF 646 Research Completion MSHF 606 MSHF 612 MSHF 618 MSHF 624 MSHF 652 SYSE 500 SYSE 653 SYSE 641 MSHF 691 RSCH 670 SYSE 647 SYSE 653 MSHF 646 Systems Engineering Track 26
Description The thesis option will be accomplished through participation in: Three required human performance core courses (9 credits) Two required research core courses (6 credits) Three required track specialization courses (9 credits) Two required thesis courses (6 credits) similarly covering topics relevant to the HF profession and the student s track specialization 27
Degree Progression (Thesis) Human Performance Core MSHF 606 MSHF 612 RSCH 665 RSCH 670 MSHF 624 Aerospace Track ASCI MSHF 634 646 MSHF 652 SYSE 500 SYSE SYSE 647 653 Systems Engineering Track Research Completion MSHF 700a MSHF 700b 28
Questions? Dr. Clint R. Clutch Balog balogc@erau.edu 29