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UndergradCapstoneCoursePolicyGuideFinal-January2017A-1.pdf

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Undergraduate Capstone Course Policy Guide

For

Bachelor of Science in Aeronautics (BSA)

Bachelor of Science in Aviation Security (BSAS)

Bachelor of Science in Aviation Maintenance (BSAvM)

Bachelor of Science Safety Management (BSSM)

Bachelor of Science in Transportation (BST)

Bachelor of Science Unmanned Systems Application (BSUSA)

January 2017

(OPR- O.L. Godsey)

Keynote

The Chair of the Department of Aeronautics Undergraduate Studies is the primary

authority in all aspects of the implementation of this policy guide and the administration of all

undergraduate capstone courses assigned to the department. The Program Chair for the

appropriate Bachelor of Science degree program and/or the Associate Program Chair are the first

points of contact for any questions regarding the implementation of this policy guide and the

administration of the College of Aeronautics undergraduate capstone course.

The Capstone Course (AMNT 490, ASCI 490, BSSM 490, SCTY 490, TRAN 490 &

UNSY 490) must be taken as the final course in the student’s degree program. Exception

to this policy will require justification from the student and approval from the Chair of the

Department of Aeronautics, Undergraduate Studies. Students can contact their advisor,

Campus Director, or email [email protected] for more information on exception policy

and submission of requests.

Note: At the present time the BSA, BST, BSAS, BSSM, BSAvM and BSUSA degrees are

included in this guide, other degree programs will be added as they come available.

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Table of Contents

Introduction to the Capstone ………………………………………………………….. 5

Purpose ………………………………………………………………………... 5

Goal …………………………………………………………………………… 5

Establishing Communication …………………………………………………. 6

Institutional Review Board ……………………………………………………. 6

The Proposal ………………………………………………………………….. 7

Capstone Project ………………………………………………………………. 8

General Focus of the Capstone Project……………………………………….. 9

Definition of Terms ……………………………………………………………10

Program Outcome Guidance ……………………………………………….... 10

Information Concerning Program Outcomes ………………………... 10

Additional Guidance for Proposal & Capstone Paper ……………………… 12

Program Outcome Specific Guidance ……………………………………… 13

General Ed POs (BSA, BSAvM, BTS, BSAS)…………………….. 13

BSA – Core Program Outcomes ……………………………………………. 22

BSAvM – Core Program Outcomes ………………………………………… 26

BTS – Core Program Outcomes …………………………………………….. 32

BSAS – Core Program Outcomes…………………………………………… 35

General Education Program Outcomes (BSSM) …………………………… 38

BSSM – Discipline Program Outcomes ……………………………. 47

General Education Program Outcomes (BSUSA) …………………………. 49

BSUSA – Core Program Outcomes ……………………………….. 58

Submission of Final Capstone Documents…………………………………. 59

Table of Contents (con’t)

Plagiarism…………………………………………………………………….. 60

Course Incomplete Options …………………………………………………... 60

Appendices …………………………………………………………………… 62

Introduction to the Capstone

Purpose

The Aeronautical Science Capstone Course is the culminating effort of the entire learning

experience for undergraduate students in the College of Aeronautics. This course is an

assessment course and not an instructional course. The student will complete a project

providing significant evidence of experience within the discipline studied. Students will work

with a designated faculty member to formulate, develop, and complete the aviation/aeronautical

project. The completion of the Capstone Course is designed to document significant evidence

the student’s applicable program outcomes have been met and provide the student evidence of

experience available to current and prospective employers. The Capstone Course will be taken

as the last course in the student’s degree program. Exception to this policy will require

justification from the student and approval from the Chair of the Department of Aeronautics,

Undergraduate Studies. Students can contact their advisor, Campus Director, or email

[email protected] for more information on exception policy and submission of requests.

For the purposes of the course description found in the catalog, a “project” is the

culminating effort and can be any “approved” project. The qualifying criteria are the project

proposal must allow the student to demonstrate each aspect of the applicable Program Outcomes

and be approved by the assigned faculty member and a College of Aeronautics Department of

Undergraduate Studies representative.

Goal

The goals of the College of Aeronautics Capstone Courses are to provide an opportunity

for students to demonstrate achievement of the applicable Program Outcomes. The final project

will capture the student’s extensive research effort.

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However, the Capstone is an assessment course, not an instructional course. That is why

it does not include Learning Outcomes as other UG courses do. The Capstone is intended to

assess the student’s skills, based upon prior learning of the Program Outcomes. Instructors

should guide the student toward addressing the critical elements that will further allow the

student to succeed in the Capstone. If the instructor considers a proposal weak his or her

purpose is not to instruct the student with the intent of helping the student earn a grade of ‘A’.

Rather, the instructor’s purpose is to highlight critical issues/areas that could prevent student

success in passing the Capstone and provide the student the guidance necessary to meet the

minimum standards for the proposal established by those objectives.

Establishing Communications

Communication is the key element to success in this course. It must occur early and

often. It is imperative that two-way communication is established between faculty and student as

soon as possible. Close coordination between faculty and student will ensure course

expectations are understood and met. Delays in communication could impact the successful

completion of the course.

Many students and faculty find that utilizing multiple means of communication enables

greater chance at success. Means such as phone, text, email, Eagle Vision, Skype, and Google

Hangouts facilitates rapid and successful conversing as necessary.

Institutional Review Board

The University fully complies with the policy on the use of human subjects as required

by the Public Health Service (PHS) (45 CFR 46 as revised). Any proposal/project involving

human subjects, as defined by 45 CFR 46, requires approval by the University Institutional

Review Board (IRB) for the Protection of Human Subjects (Appendix A). Any capstone student

who plans to conduct research using human subjects must contact their faculty member to obtain

approval at the earliest opportunity and complete the applicable process in accordance with

University policy. Faculty have the responsibility to assist students in obtaining IRB approval.

Additional information can be found in APPM 2.8.5 at www.erau.edu/appm.

The Proposal

The proposal is the most important component of the Capstone for several reasons.

First and foremost, the project cannot proceed until the proposal has been approved by the

college department representative. The proposal requires a consistent effort and hard work

from the student beginning on day one of the course. Students should address feedback from

the assigned faculty member in a timely manner. If there are questions, students need to take

the initiative to get answers and make the requisite corrections. Communications are

essential in this part of the process. While the student’s proposal is undergoing review the

instructor should allow the student to begin gathering data and information related to the

approved topic(s). The instructor should not, however, allow the student to move forward

with the development and writing of the Capstone paper or presentation until the proposal

receives final approval.

The Capstone review process should be focused on the following:

• The student includes the required components of the template

• The student’s proposal contains the correct POs for their program

• Proposal demonstrates the student understands each of the POs

• Proposal addresses HOW the project will demonstrate an understanding of each PO

http://www.erau.edu/appm

• Proposal contains sufficient information and data to ensure the student will

successfully demonstrate each aspect of their applicable POs if conducted as

proposed.

• Proposal includes the generalized sources of information that will be used to

answer the PO (not just simply saying the internet or Hunt library). This

information will provide insight into whether the student has sufficient understanding

of the sourcing of information and data required for each PO in order to provide

sufficient evidence that the student can successfully meet the overall Capstone

requirements. An acceptable example would be “student expects to obtain the

necessary information and data for demonstrating the PO from the aircraft

manufacturer’s certified emergency procedures, from the Federal Aviation

Regulation, Parts 91, 121, or 135, or from commercial carriers’ Standard Operating

Procedures.”

• APA style has been followed and the paper is written in the third person.

The challenge found for the student in the Capstone proposal process is in identifying

and communicating how the POs will be addressed and demonstrated successfully. Remember

that the proposal is the student’s “research roadmap”, detailing what will be done, how it will

be done, and what material will be used to do it. Once this task is complete and students have

developed the roadmap for conducting the Capstone that the proposal is intended to provide

them, they are more adept at continuing with their work towards a successful Capstone. The

Capstone paper itself is where the student actually does what he or she has previously proposed.

Capstone Project

Students register for the Capstone course the same as any other course. Students and

faculty may utilize any approved delivery modality to facilitate course completion. Students

should be willing to be flexible in any means of course delivery, and many times, utilize them

all. Student registrations may dictate which option for course completion is available.

Individual project. The project subject will be identified at the beginning of the term.

Project size and structure will be determined by the faculty member.

The faculty member will guide the student in the development, focus, scope and

methodology of the project. The project must be comprehensive, relevant, and address

each aspect of the applicable degree Program Outcomes. The scope of the project must

remain broad enough to clearly demonstrate achievement of each aspect of the applicable

Program Outcomes. See Appendices B, E, H, K, N, & Q for the appropriate proposal

template.

The project proposal must be submitted to the faculty member who will forward

with recommendation to the Department of Aeronautics representative for review no later

than the end of Week 2 (See Appendices B, E, H K, N, & Q for proposal template).

Review and feedback of the proposal by the Department of Aeronautics representative

will be accomplished within five (5) working days of receipt. The instructor should

not/will not forward student work that does not meet the standards outlined in this guide

to the College representative for approval.

General Focus of the Capstone Project

• The student must focus the Capstone project on the demonstration of each aspect of

the applicable POs.

• The student must demonstrate mastery of knowledge of the appropriate POs through

the application of the higher order learning skills of analysis, evaluation, and

synthesis, as well as the practical skill of critical thought. Appendices C, F, I, L, O &

R provide templates for the appropriate Capstone Project.

Definition of Terms

First, what is meant by the term research in the construct of the undergraduate Capstone?

Undergraduate research is:

The application of the three higher order learning skills of analysis, evaluation, and

synthesis, and the practical skill of critical thought to gathered existing data and other

information to extend that information into new uses and concept.

The above defines the intent of the term research in the construct of the undergraduate Capstone.

Definitions:

• Analysis: The detailed examination of the elements of something, typically as the

basis for discussion or interpretation.

• Evaluation: Forming an idea of the amount, number, or value of something.

• Synthesis: The combination of ideas or knowledge to form a theory or system by

extending that knowledge beyond its current limits or understanding.

• Critical Thought: Directed, problem-focused, reflective thinking intended to

evaluate evidence in order to test ideas, concepts, or possible solutions for errors or

drawbacks for the purpose of drawing conclusions.

• Note: This is what differentiates an UG research paper (such as the Capstone) from a

term paper.

Program Outcome Guidance

Information Concerning POs

As a minimum for each PO, the student should meet the following objectives in his or her

proposal:

1. The student understanding of the PO. This should be as simple as one

sentence in which the student explains his or her understanding of the PO.

This information will provide the instructor insight into whether the student’s

understanding of the PO aligns with the guidance contained in this document

for each PO and whether additional instruction to the student regarding the

meaning of each PO as needed.

2. How the student will demonstrate his or her understanding of the PO as

specifically related to the student’s project topic.

This information will provide the instructor insight into whether the student

has a sufficient plan for demonstrating each PO as well as a sufficient

understanding of the selected topic(s) in order to provide a likelihood the

student can successfully meet the overall Capstone requirements and pass the

course, whether additional instruction to the student regarding the means for

demonstrating skill at each PO is needed.

3. What information and data the student expects he or she will require to

successfully accomplish Objective No. 2 (above) for each PO.

This information will provide the instructor insight into whether the student

has a sufficient understanding of the information and data the student will

require to meet Objective No. 2 for each PO in order to provide a likelihood

the student can successfully meet the overall Capstone requirements and pass

the course, and whether additional instruction to the student regarding the

demonstration of skill at each PO is needed.

4. From what sources the student expects he or she will be able to obtain the

information in Objective No. 3 to successfully accomplish Objective No. 2

(above) for each PO.

The information will provide the instructor insight into whether the student

has a sufficient understanding of the sourcing of information and data the

student will require meet Objective No. 2 (above) for each PO in order to

provide a likelihood the student can successfully meet the overall Capstone

requirements and pass the course, and whether additional instruction to the

student regarding sourcing of information and data for each PO is needed.

Note: It is important that the instructor elicits from the student sufficient

detail in the proposal regarding these four objectives to provide the instructor

the intended insight. As an example, a student statement such as “The student

will obtain information from credible primary sources” does not meet the

necessary standard of detail. Expressing more detail as shown in the

following statement “The student expects to obtain the necessary information

and data for demonstrating this PO from the airplane manufacturer’s certified

emergency procedures, from Federal Aviation Regulations (FARs) under

Section 14 of the Code of Federal Regulations (CFR) Parts 91, 121, and 135,

and from available private, on-demand, and commercial carriers Standard

Operating Procedures (SOPs)”.

Additional General Guidance for the Proposal and Capstone Project

• The Capstone proposal and project are required to be formatted in and follow the

writing rules of the current edition of the Publication Manual of the American

Psychological Association (otherwise referred to as the APA manual) including being

written in the third person and meeting required spacing requirements.

Program Outcome Specific Guidance (ASCI 490, AMNT 490, SCTY 490, & Tran 490

only)

General Education POs (Apply to ASCI, AMNT, SCTY, and Tran Capstone Degree

Programs only)

1. Critical Thinking. The student will show evidence of knowledge at a synthesis level

to define and solve problems within professional and personal environments.

Critical thinking is the key to a successful Capstone effort. Critical Thinking

goes beyond a reciting of information researched. It involves the application of

knowledge gained through research that develops a defined project in order to

meet a specific outcome.

As an integral component of problem solving and decision-making, this

combination of skills allows one to form contentions, conclusions, and

recommendations. This skill combines analysis, evaluation, conceptualizing,

application, solutions, recommendations, synthesis, decision-making, and

problem solving through critical research.

The proposal should clearly identify how the Critical Thinking PO will be met

through the development of the Capstone and include key words, phrases, and

concepts applicable to the research objective, such as:

• Analyzing valid and reliable information and data with a specific purpose

that results in the forming of conclusion or recommendations.

• Evaluating information and data as part of a decision making process

(problem solving).

• Recommending courses of action (through research) to meet a specific

objective.

• Evaluating potential solutions to a project.

• Comparing and contrasting critical variables of a project.

• Identifying and establishing priorities in project.

The result of Critical Thinking is the analysis of information and the

development of conclusions and recommendations related to a project and is

supported by valid and reliable referenced material.

2. Quantitative Reasoning. The student will show evidence of the use of

digitally-enabled technology & analysis techniques to interpret data for the

purpose of drawing valid conclusions and solving associated problems.

Quantitative Reasoning is the utilization and application of quantitative

concepts and methods in solving real world problems. These concepts (which

vary greatly) include basic math, algebra, statistics, geometry, and associated

techniques and tools like spreadsheets, graphing, charting and the technology to

construct them.

Quantitative Reasoning is the application of quantitative concepts that

support and develop a defined project in order to meet a specific outcome. It is

the quantitative version of Critical Thinking.

The proposal should clearly identify how the Quantitative Reasoning PO

will be met through the development of the Capstone and include key words,

phrases, and concepts applicable to the research object, such as:

• Analyzing data that supports a project. (This does not necessarily mean

“statistical analysis”).

• Applying quantitative data, such as descriptive statistics, charts, graphs,

linear representations, tables, figures, databases, and spreadsheets to

support a specific objective or outcome.

• Interpret and apply quantitative calculations in support of decision making

and problem solving processes.

• Using quantitative concepts to “measure” variables in projects.

The result of Quantitative Reasoning is the application of quantitative

concepts in the analysis of information and the development of conclusions and

recommendations related to a project and supported by valid and reliable

referenced material.

3. Information Literacy. The student will show evidence of meaningful research,

including gathering information from primary and secondary sources and

incorporating and documenting source material in their writing.

There must be a valid and reliable relationship established between any topic

of discussion and the material used to support that discussion. This material is

comprised of identifiable ‘primary’ sources, and supported ‘secondary’ sources in

order to logically, effectively, and concisely qualify a position on the topic.

Key to the Information Literacy PO is the conduct and reporting of

meaningful research that specifically supports the fundamental purpose of the

project.

The proposal should clearly identify how the Information Literacy PO will be

met by identifying how research will be conducted and reported in support of the

development of the Capstone and include key words, phrases, and concepts to the

research objective, such as:

• Use of peer reviewed research that is specific to an objective or outcome

• Conducting research that differentiates between primary and secondary

sources.

• Information that is reliable and valid to the project.

• Reporting of research that conforms to APA guidelines.

• Information Literacy employs correct research processes that support the

development of the project, including analysis and evaluation of the

information gathered, not simply randomly gathering data.

• Using research that is properly cited and referenced and can be verified.

• The result of Information Literacy is the conduct of valid and reliable

research that supports the analysis, conclusions, and recommendations

related to a project.

4. Communication. The student will show evidence of communicating

concepts in written, digital and oral forms to present technical and non-

technical information.

In this context, communication is the application of thought into cogent

written and oral presentation. Communication is the requisite expression of

thought that successfully supports positions on a selected project using the

standards identified in the appropriate documents (Publication manual of the

American Psychological Association [APA] and Capstone Policy Guide), and that

successfully conveys those positions to the intended audience.

Key to the Communication PO is the effective and efficient communication of

the Capstone as a whole, utilizing a logical flow and organization that

successfully communicates the outcomes of the project to the intended audience.

The student must remember that the Capstone paper and presentation are created

for the audience.

Effective communication is not necessarily a singular process or tool (such as

MS Word or PowerPoint), but an integration of multiple processes and tools. The

proposal must be clear in explaining exactly how the project will be

communicated. Communication can take on many forms, including:

• The Capstone itself, which encompasses other components:

• Correct use of APA guidelines

• Grammatically correct

• In-text citations

• Referenced

• Logical sequence, flow, transitions

The project presentation. This can take on many forms, including:

• Development of the supporting Power Point presentation

• In-class verbal presentation

• Verbal presentation through Eagle Vision or Skype

• Verbal presentation through teleconferencing

• Individual presentations between instructor and student

Participation in the Discussion Board

• Communication between instructor and student in the development

of the proposal and Capstone

• Communication between students

• Weekly status checks

The results of Communication are the presentation of valid and reliable

research that supports the analysis, conclusions, and recommendations related to a

project and the understanding of that information by the intended audience.

5. Scientific Literacy. The student will show evidence of analyzing scientific

evidence as it relates to the physical world and its interrelationship with

human values and interests.

Scientific Literacy is the application of critical thinking to the general

scientific evidence (general physics, mechanics, weather, chemistry, biology,

physiology, etc.) that is used to support a project.

The proposal should clearly identify how Scientific Literacy will be met

through the development of the Capstone and include key words, phrases, and

concepts applicable to the research objective, such as:

• Applying physics or physical laws to a project.

• Identifying and apply factors in aeronautical science as they relate to a

project.

• Analyzing weather as a factor in developing a project.

• Evaluating operating characteristics of a system, component, or part as

part of an overall project.

• Analyzing mechanical or electrical properties related to a project.

• Assessing physiological factors in human performance.

The result of Scientific Literacy is the analysis of information and the

development of conclusions and recommendations related to the scientific aspects

of a project and supported by valid and reliable referenced material.

6. Cultural Literacy. The student will show evidence of the analysis of

historical events, cultural artifacts, and philosophical concepts.

Cultural Literacy is the knowledge, understanding, and application of history,

contributions, and perspectives of differing cultural groups to a specific project or

the impact on those cultural groups of the topic of a specific project.

Cultural Literacy is the ability to associate an individual’s knowledge,

understanding, and application of history, contribution, perspectives, and impacts

of their own and other cultural groups. These groups are not limited to ethnic,

religious or social groups, but include groups associated with industry,

professional, and other work or recreationally related entities. Examples of

cultures can include:

• Social cultures

• Organizational cultures

• Aviation cultures (or non-aviation cultures)

• Safety cultures

• Religious cultures

• Ethnic cultures

The proposal should clearly identify how Cultural Literacy will be met

through the development of the Capstone and include key words, phrases, and

concepts applicable to the research objective, such as:

• Analyzing historical events as they impact/influence a project.

• Comparing and contrasting social norms as they impact a specific

objective or outcome.

• Examining the evolution of an organization as cultures change.

• Evaluating challenges in managing multi-cultures change.

• Evaluating past and current cultures for trends in aviation safety.

The result of Cultural Literacy is the application and analysis of information

in the development of conclusions and recommendations related to the cultural

aspects of a project and supported by valid and reliable referenced material.

7. Life Long Personal Growth. The student will show evidence of the skills

needed to enrich the quality of life through activities, which enhance and

promote lifetime learning.

Life Long Personal Growth is not about the student’s personal experience, but

broadly with an industry perspective how an individuals’ (not the students)

personal experience can be demonstrated through the project.

Life Long Personal Growth relates to a compilation of knowledge, skills, and

actions taken by individuals in an industry over time to advance one’s position

and abilities to their benefit. The acquisition of knowledge and skill is followed

by an application or action in order to change something.

A demonstration of Life Long Personal Growth skills necessitates an

understanding of the Gen Ed POs themselves. These skills are an integral part of

an action and planned professional development (both specific to aviation and

generalized outside of aviation). The proposal should clearly identify how Life

Long Personal Growth is demonstrated through the project. Examples of Life

Long Personal Growth can include:

• Evaluating how diversity in professional responsibility supports a specific

project.

• Critiquing increase experience through the involvement in a specific

project.

• Assessing how education and training impacts performance as it applies to

a specific project.

• Evaluating the value of professional development as it applies to a specific

project.

• Assessing how professional development (or lack of progression) of career

advancement as it applies to a specific project.

The result of Life Long Personal Growth is application of knowledge and

skills through professional development that supports the analysis, conclusions,

and recommendations related to the life long personal growth aspects of a project

and supported by valid and reliable referenced material.

Bachelor of Science in Aeronautics (BSA)(ASCI 490) – Core Program Outcomes

8. Aviation/Aerospace/Aeronautical Science. The student will show evidence of

advanced concepts of aviation, aerospace, and aeronautics to solve problems

commonly found in their respective industries.

The Aeronautical Science PO is the application of critical thinking to the

specific aeronautical scientific evidence (the physics of flight, flight operations,

human factors, flight physiology, aircraft simulation, aviation safety and security,

air traffic control, UAS, etc.) that is used to support a project.

Aeronautical Science includes concepts that can be explained by any of the

aeronautical sciences and the associated concepts and properties as they relate to

the project.

The proposal should clearly identify how Aeronautical Science will be met

through the development of the Capstone and include key words, phrases, and

concepts applicable to the research objective, such as:

• Applying aeronautical sciences and associated concepts to a project.

• Identifying and applying factors in aeronautical science as they relate to a

project.

• Analyzing human factors or flight physiology as factors in developing a

project.

• Evaluating flight operations principles and concepts as characteristics of

an overall project.

• Analyzing flight simulation systems and procedures as they relate to a

project.

• Assessing air traffic control systems, technologies, and procedures as they

impact aviation safety and security.

The result of Aeronautical Science is the analysis of information and the

development of conclusions and recommendations related to the aeronautical

science aspects of a project and supported by valid and reliable referenced

material.

9. Aviation Legislation and Law. The student will show evidence of the basic

concepts in national and international legislation and law as they pertain to

the aviation, aerospace, and aeronautics industries.

The Aviation Legislation and Law PO is the application of critical thinking to

the past, present, and future local, state, federal, and international laws and

regulations that are used to support a project.

Aviation Legislation and Law includes an analysis and evaluation of any and

all regulatory requirement (safety, security, flight and maintenance operation,

liability, local, state, federal, and international aviation regulations,

environmental, aviation facility development, etc.) as they impact and relate to the

project.

The proposal should clearly identify how the Aviation Legislation and Law

PO will be met through the development of the Capstone and include key words,

phrases, and concepts applicable to the research objective, such as:

• Analyzing and applying the impact of all laws and regulations that impact

any aspects of the project.

• Capstone topic and associated concepts to a project.

• Recommending changes to or elimination of existing laws and regulations

or the addition of new laws and regulations as they relate to a project.

• Analyzing and evaluating proposed or soon to be implemented laws and

regulations for the impact on a project.

The results of Aviation Legislation and law is the analysis of information and

the development of conclusions and recommendations related to the aviation

legislation and law aspects of a project and supported by valid and reliable

referenced material.

10. Aviation Safety. The student will show evidence of basic concepts in

aviation safety as they pertain to the aviation, aerospace, and aeronautics

industry.

The Aviation Safety PO is the application of critical thinking to the specific

topics of aviation safety and security that are used to support a project.

Aviation Safety includes an analysis and evaluation of any and all safety and

security concepts, techniques, and procedures (SMS, airfield and other aviation

facility security, accident investigation, operation safety, Federal Air Marshal

Program, terrorism prevention, etc.) as they impact and relate to the project.

The proposal should clearly identify how the Aviation Safety PO will be met

through the development of the Capstone and include key words, phrases, and

concepts applicable to the research objective, such as:

• Applying aviation safety and security programs, agencies, and concepts to

a project.

• Identifying the role accident investigation techniques and procedures as

they relate to a project.

• Analyzing the impacts of human factors and human error on aviation

safety and security as factors in developing a project.

• Evaluating and analyzing prior aviation accidents for use in developing

new regulations and methodologies for improving aviation safety and

security.

• Assessing the roles private industry and federal regulators and academic

research play in improving aviation safety and security.

• Developing safety and security recommendations based upon valid

researched evidence from numerous sources.

The result of Aeronautical Safety PO is the analysis of information and the

development of conclusions and recommendations related to the aviation safety

and security aspects of a project and supported by valid and reliable referenced

material.

11. Aviation Management and Operations. The student will show evidence of

sound, ethical, management principles within standard aviation, aerospace,

and aeronautics operations.

The Aviation Management and Operations PO is the application of critical

thinking to the specific topics of management of aviation operations that are used

to support a project.

Aviation Management and Operations includes an analysis and evaluation of

any and all management concepts, techniques, and procedures (personnel, flight

operations, maintenance operations, engineering development and test, airfield,

airline, etc.) as they impact and relate to the project.

The proposal should clearly identify how the Aviation Management and

Operations PO will be met through the development of the Capstone and include

key words, phrases, and concepts applicable to the research objectives, such as:

• Applying established aviation management techniques to the personnel

and programs associated with all aviation operations to a project.

• Evaluating the impacts of failures in management on aviation operations

as they relate to a project.

• Developing and recommending improvements to existing management

techniques and theories or new techniques, based upon valid research, as

needed to support a project.

The result of Aviation Management and Operation PO is the analysis of

information and the development of conclusions and recommendations related to

aviation operations management aspects of a project and supported by valid and

reliable referenced material.

Bachelor of Science in Aviation Maintenance (AMNT 490 only) – Core POs

8. Aviation Maintenance. The student will be able to demonstrate an understanding

and application of the fundamentals of aviation maintenance, commonly accepted

maintenance practices and global regulations applicable to the aviation maintenance

industry.

The Aviation Maintenance PO includes the study of physical mathematics,

weight and balance, FAA regulations, common and special tools and measuring

devices, fluid lines, hardware, aircraft servicing, and documentation and is used to

support a project.

Aviation Maintenance includes concepts that can be explained by any of the

theoretical knowledge of the experienced aircraft technician in the various areas

of aeronautics and the associated concepts and properties as they relate to the

project.

The proposal should clearly identify how Aviation Maintenance knowledge

will be met through the development of the Capstone and include key words,

phrases, and concepts applicable to the research objective, such as:

• Applying Aviation Maintenance knowledge and associated concepts to a

project.

• Identifying and applying factors in Aviation Maintenance knowledge in

record keeping and FAA regulations as they relate to a project.

• Demonstrating how basic mathematics is used to solve problems in an

aviation maintenance environment that focus on weight and balance of

aircraft.

• Evaluating all the required Federal Aviation Regulations regarding aircraft

maintenance and understand the certification, obligations, privileges and

limitations, and career progression of the Airframe and Powerplant

mechanic as they relate to a project.

• Evaluating the inspection processes for maintaining an airworthy aircraft

and being able to identify inspection criteria and implement an inspection

program in accordance with aircraft manufacturer and FAA specifications

as they relate to a project.

• Identifying corrosion types and analyzing and Non-destructive Inspection

(NDI) techniques used in an aircraft corrosion preventative program while

identifying basic materials used in aircraft structures and be able to apply

the techniques as they relate to a project.

• Assessing ground handling and operating procedures, proper servicing,

and safety practices used on the flight line and parking areas, and

understand coordinated work efforts and interaction between agencies in

an aviation environment as they impact aviation safety and security.

The result of Aviation Maintenance is the analysis of information and the

development of conclusions and recommendations related knowledge of the

experience aircraft technician in the various areas of aviation maintenance aspects

of a project and supported by valid and reliable referenced material.

9. Aviation Maintenance Management. The student will be able to

demonstrate an understanding and application of management functions

applicable to aviation maintenance operation for all types of aerial vehicles.

The Aviation Maintenance Management PO is the application of critical

thinking to the specific topics of management of aviation management operations

that are used to support a project.

Aviation Maintenance Management PO includes an analysis and evaluation of

any and all management concepts, techniques, policies and procedures (overhaul,

repair, inspection or modification of an aircraft or aircraft component, personnel,

organizational management, maintenance operations, engineering development,

planning, forecasting, cost control, reliability, flight scheduling and safety etc.) as

they impact and relate to the project.

The proposal should clearly identify how the Aviation Maintenance

Management PO will be met through the development of the Capstone and

include key words, phrases, and concepts applicable to the research objective,

such as:

• Applying established aviation management Regulations and Airworthiness

Directives and techniques to the personnel, aircraft and programs

associated with all aviation maintenance management to a project.

• Evaluating the requirements of an aviation maintenance and safety

program to a maintenance organization, including FAA, EPA, OSHA, and

other applicable federal, state, and local regulations and the impact of

failures in management in these areas as they relate to a project.

• Developing and recommending improvements to existing management

regulations and techniques and theories or new techniques, based upon

valid research, as needed to support a project.

• Evaluating the various elements of the Maintenance Steering Group

(MSG) program and how they relate to large aircraft maintenance program

development as they relate to a project.

• Analyzing the nature of failure and the concept of Reliability Centered

Maintenance (RCM), which is common to both civil and US military

aircraft maintenance programs as they relate to a project.

• Identifying Maintenance Control by reliability methods and other

performance based metrics in order to determine how they apply to the

management of a particular aircraft maintenance organization and how

these principles can promote cost savings.

• Analyzing aging aircraft philosophies and demonstrate how they relate to

cost trade-offs as well as their effect on Operational Availability and other

fleet performance metrics.

The result of Aviation Maintenance Management PO is the analysis of

information and the development of conclusions and recommendations related to

aviation maintenance and management aspects of a project and supported by valid

and reliable referenced material.

10. Aviation Maintenance Safety. The student will be able to demonstrate a

comprehension and application of the basic concepts of ground and flight

safety pertaining to the aviation maintenance industry.

The Aviation Maintenance Safety PO is the application of critical thinking to

the specific topics of aviation maintenance safety and security that are used to

support the research of a specific project.

Aviation Maintenance Safety includes an analysis and evaluation of any and

all aviation maintenance safety and security concepts, techniques and procedures

(SMS, airfield and other aviation facility security, accident investigation,

operational safety, inspection and repair of aircraft structures, coatings, and

systems in hangars and on the airfield, etc.) as they impact and relate to the

project.

The proposal should clearly identify how the Aviation Maintenance Safety PO

will be met through the development of the Capstone and include key words,

phrases, and concepts applicable to the research objective, such as:

• Analyzing inspection and repair of aircraft structures, coatings, and

systems in hangars and on the airfield as factors in developing a project.

• Applying aviation maintenance safety and security program, agencies, and

concepts to a project.

• Identifying the role accident investigation techniques and procedures as

they relate to a project.

• Analyzing the impacts of human factors and human error on aviation

maintenance safety and security as factors in developing a project.

• Evaluating and analyzing prior aviation accidents for use in developing

new regulations and methodologies for improving aviation safety and

security.

• Assessing the roles private industry and federal regulators and academic

research play in improving aviation maintenance safety and security.

• Developing aviation maintenance safety and security recommendations

based upon valid researched evidence from numerous sources.

The result of Aviation Maintenance Safety PO is the analysis of information

and the development of conclusions and recommendations related to the aviation

maintenance safety and security aspects of a project and supported by valid and

reliable referenced material.

Bachelor of Science in Transportation (TRAN 490 only) – Core Program Outcomes

8. Air Transport System: The student will identify and apply the fundamentals

of air transportation as part of a global transportation system, including the

technological, social, economical, and political aspects of the system as they

apply to passenger and cargo operations and management.

The Air Transportation System PO is the application of critical thinking to

the specific topics of the air transportation system that are used to support the

research of a specific project.

9. Highway System: The student will demonstrate and discuss the

characteristics of commercial, public, and private vehicles, as well as road and

highway infrastructure, and the factors that lead to differences in the

economics, pricing, and operations of the various forms of highway

transportation and evaluate each method where used.

The Highway Systems PO is the application of critical thinking to the

specific topics of highway systems that are used to support the research of a

specific project.

10. Rail Systems: The student will apply the operational, economic, and

regulatory characteristics of rail vehicles and rail right-of-ways for the

movement of people and freight, to identify the advantages and the potential of

rail to the transportation system as a whole.

The Rail System PO is the application of critical thinking to the specific

topics of rail systems that are used to support the research of a specific project

11. Marine Systems: The student will apply their knowledge of the

characteristics of marine vessels and the waterways on which they operate, as

well as the economics, regulatory, considerations, maritme and international

laws, to evaluate the role of marine transport systems in the efficient transport

of passengers and cargo.

The Marine Systems PO is the application of critical thinking to the

specific topics of marine systems that are used to support the research of a

specific project

12. Pipeline Systems: The student will demonstrate and justify the economics

and regulatory aspects of pipelines, to include the movement of liquids, gases,

slurries, and other bulk materials, as well as the various environmental and

land use issues related to the construction and operation of pipelines.

The Pipeline Systems PO is the application of critical thinking to the

specific topics of pipeline systems that are used to support the research of a

specific project.

13. Strategic Intermodal Alliance: The student will demonstrate through

comparisons and analysis, an evaluation of the physical, economic, and

regulatory aspects of intermodal transportation alliances at a local, national,

and international level.

The Strategic Intermodal Alliance PO is the application of critical thinking

to the specific topics of the Strategic Intermodal Alliance that are used to support

the research of a specific project

14. Transportation Legislation: The students will discuss and recall the

evolution and development of federal transportation legislation including

highway, air, railroad, maritime, transit, and pipeline, including funding

mechanisms and past and present underlying problems. A critical review of

applicable international treaties and conventions is included.

The Transportation Legislation PO is the application of critical thinking to

the specific topics of transportation legislation that are used to support the

research of a specific project.

15. Transportation and the Environment: The student will identify and

describe the challenges of developing and maintaining an effective and

efficient transportation system while mitigating the negative environmental

impacts, to include economic, regulatory, legal, political, and energy

consumption considerations.

The Transportation and the Environment PO is the application of critical

thinking to the specific topics of transportation and the environment that are used

to support the research of a specific project.

16. Transportation Safety and Security: The student will relate and recommend

improvements for safety and security issues pertaining to transportation

networks, vehicles, people, and facilities, as well as the construction and design

of operational and managerial criteria for the defense of people and property.

The Transportation Safety and Security PO is the application of critical

thinking to the specific topics of transportation safety and security that are used to

support the research of a specific project.

17. Urban Transportation and City Planning: The student will analyze city

planning as it relates to meeting the needs of transporting people, goods and

cargo. Evaluation will include examples of best and worst city practices and

historical, technological and environmental influences. Students will assess city

development, urban transportation public and private, motorized and non-

motorized, as well as identifying the complex relationships between

transportation and land use within the urban environment to evaluate existing

and proposed designs.

The Urban Transportation and City Planning PO is the application of

critical thinking to the specific topics of urban transportation and city planning

that are used to support the research of a specific project.

Bachelor of Science in Aviation Security (SCTY 490 only) – Core Program Outcome

8. Aviation Security: The student will demonstrate an understanding and

application of the basic and thus advanced concepts of aviation security as

they apply to the aviation/aerospace industry for solving security problems.

The Aviation Security PO is the application of critical thinking to the

specific topics of aviation security that are used to support the research of a

specific project.

Aviation Security includes an analysis and evaluation of any and all security

concepts, techniques, and procedures (SMS, airfield and other aviation facility

security, accident investigation, operation safety, Federal Air Marshal Program,

terrorism prevention, etc.) as they impact and relate to the project.

9. Aviation Security Management and Operations: The student will present and

illustrate an understanding and application of management activities as they

apply to aviation/aerospace security management and operations.

The Aviation Security and Management and Operations PO is the

application of critical thinking to the past, present, and future local, state, federal,

and international laws and regulations that are used to support a project.

10. Aviation Legislation and Law: The student will engage and discuss to

present an understanding and application of basic concepts in National and

International Legislation and Law as they pertain to the aviation/aerospace

security industry.

The Aviation Legislation and Law PO is the application of critical

thinking to the past, present, and future local, state, federal, and international laws

and regulations that are used to support a project.

Aviation Legislation and Law includes an analysis and evaluation of any

and all regulatory requirement (safety, security, flight and maintenance operation,

liability, local, state, federal, and international aviation regulations,

environmental, aviation facility development, etc.) as they impact and relate to the

project.

The proposal should clearly identify how the Aviation Legislation and Law

PO will be met through the development of the Capstone and include key words,

phrases, and concepts applicable to the research objective, such as:

• Analyzing and applying the impact of all laws and regulations that impact

any aspects of the project.

• Capstone topic and associated concepts to a project.

• Recommending changes to or elimination of existing laws and regulations

or the addition of new laws and regulations as they relate to a project.

• Analyzing and evaluating proposed or soon to be implemented laws and

regulations for the impact on a project.

The results of Aviation Legislation and law is the analysis of information and

the development of conclusions and recommendations related to the aviation

legislation and law aspects of a project and supported by valid and reliable

referenced material.

11. Aviation Safety: The student will compare and discuss in written and spoken

format an understanding and application of basic concepts in aviation safety

as they pertain to the aviation/aerospace industry in conjunction with aviation

security principles.