Research project research proposal

Running Head: XXXXXXXXXXX 1

Title

By

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A Graduate Capstone Project Submitted to the College of Aeronautics,

Department of Graduate Studies, in Partial Fulfillment of the Requirements for the Degree of

Master of Science in Aeronautics

Embry-Riddle Aeronautical University Worldwide Campus

August 2018

Abstract

The abstract should include a discussion of the purpose, scope and general description of the individual project (proposal). The abstract should also address the research methodology that will be employed in the answering of the project topic and what specialization(s) the student has selected. The abstract and remaining capstone sections should meet the standards identified in the APA Manual, sixth edition.

Keywords: individual/group, proposal, program outcomes

MODERNIZATION OF THE HELICOPTER 2

Proposal

The research presented in this proposal will analyze This graduate capstone proposal (GCP)

must be applicable to the Capstone Outcomes and Specialization (s) in order to fulfill the requirements of my degree.

Title

Objective Scope Methodology

Statement of how the Capstone Outcomes will be met:

Describe how each of the following Capstone Outcomes will be met within the project:

1. Demonstrate problem-solving skills using scientific research methods.

2. Demonstrate graduate level writing ability using APA format.

3. Demonstrate professional communication and oral presentation skills using appropriate media.

4. Demonstrate the ability to evaluate current industry issues or problems using critical thinking skills.

5. Demonstrate the use of technology appropriate to industry requirements.

6. Apply an ethical and professional framework to decision making.

SPECIALIZATION OUTCOMES:

Describe how the Capstone Specialization Outcome (s) will be met in the project from the

list of Specialization Outcomes given below (Only address those pertinent to the student’s degree and delete all others for the final proposal submission):

Advanced Aeronautics

Students can apply advanced aeronautical concepts in design, production, flight and sustainability of manned and unmanned aircraft. Students can work within diverse groups, using advanced technologies, to analyze and recommend actions related to factors affecting the safe and efficient operation of aircraft and aircraft systems.

Aerospace Education Technology

Students can apply advanced teaching and learning techniques using educational technology to design manage and assess optimal learning environments for aviation related activities.

Aviation/Aerospace Management

The student can apply best practices in forecasting, planning and the management of aviation/aerospace projects and programs. Students can interpret and implement the policies and procedures related to resource management in a global environment.

Students can recognize the attributes of effective working groups, providing positive guidance and direction in achieving goals and objectives.

Aviation Aerospace Operations

Students can apply advanced aviation aerospace operations techniques to efficiently and effectively control aviation aerospace assets in a myriad of levels from a small business to a large global entity through the use of technologies, research, communications and applied strategy.

Aviation Aerospace Safety Systems

Students can apply advanced global safety practices to resolve safety deficiencies in

aviation and aerospace through their understanding of safety technology strategies, safety standards, monitoring safety issues through safety data collection and analysis and utilizing various safety programs.

Human Factors in Aviation Systems

Students can apply principles of human factors in cognition and decision making, biomechanics, advanced technology and automation, group dynamics, human- centered design, and aeromedical physiology. Students can work individually and in small groups to assess problem areas and develop solutions and applications that enhance human performance and systems operations in aviation and aerospace environments.

Space Studies

Students can apply advanced spaceflight concepts relevant to the design, production, launch, flight, affordability, and sustainability of manned and unmanned spacecraft and space missions. Students can work individually and within diverse groups using advanced mathematical and technological tools to analyze and recommend courses of action related to factors affecting the safe and efficient operation of spacecraft and associated systems.

Space Operations and Management

Students can apply advanced spaceflight concepts relevant to the design, production, launch, flight, affordability, and sustainability of manned and unmanned spacecraft and space missions. The student can apply best practices in forecasting, planning and the management of aerospace projects and programs.

Unmanned Aerospace Systems

The student can apply research, analysis and form conclusions regarding current aviation, aerospace, and industry-related topics in unmanned aircraft and spacecraft systems and operation.

Air Traffic Management

Students can apply best practices for efficient and safe management of Air Traffic Systems within an interoperable global environment, including air traffic operations, resource management, and national and international regulatory requirements.

Air Traffic Management (FAA Collegiate Training Initiative)

Students will demonstrate the safe procedures and operations found in Federal Aviation Administration air traffic control facilities using a simulated environment. This will include the knowledge, skills, and abilities required for the FAA Collegiate Training Initiative (CTI) program. Students can apply best practices for efficient and safe management of Air Traffic Systems within an interoperable global environment, including air traffic operations, resource management, and national and international regulatory requirements.

Unmanned Aircraft Systems (sUAS) Operation

Students can apply and demonstrate the knowledge, skills, and abilities specific to the safe, responsible, and effective operation of small unmanned aircraft systems.