006.39E Endorsement Program Requirements:
Nebraska teacher education institutions offering this endorsement program must
have on file, within the institution, a plan which identifies the courses and
the course completion requirements which the institution utilizes to grant
credit toward completion of this endorsement.
A. Demonstrate knowledge and an
understanding of the concepts, skills, and processes of the Nebraska Content
Standards for grades four and eight, and the concepts, skills, and processes
beyond the eighth grade leading to the twelfth grade standards in the areas of
reading/writing, mathematics, science, and social studies. Those prospective
teachers, who select one or more of the above areas as their Content Area(s) of
Specialization, should demonstrate in their content area of specialization both
an understanding of and the ability to teach the concepts, skills, and
processes of the Nebraska Content Standards for grades four and eight, and
those beyond the eighth grade leading to the twelfth grade standards.
C. In a minimum of 30 semester
credit hours of professional education course work the program should prepare
prospective teachers to:
1. demonstrate an
understanding of and be able to apply knowledge of the growth and development
of young adolescents with a range of abilities and disabilities including:
a. the physical, intellectual, emotional, and
social development of young adolescents, within social and cultural
contexts;
b. typical and atypical
patterns in growth and development; and
c. changes in family settings, social
contexts, threats to health and safety, and risk behaviors in contemporary
society that affect healthy development of young adolescents.
2. demonstrate developmentally
appropriate methodological skills and strategies for teaching the middle level
core subject areas, including reading and language arts, mathematics, science,
social sciences, and the fine arts.
3. demonstrate developmentally appropriate
methodological skills and strategies for integrating two or more of the
following content areas:
a. Agricultural
Education
b. Art
c. Business Education
d. Family and Consumer Sciences
e. Foreign Language
f. Health and Physical Education
g. Industrial Technology
h. Language Arts
i. Mathematics
j. Natural Sciences
k. Social Science
4. utilize teaching skills and strategies
appropriate for young adolescents in each of the prospective teacher's content
areas of specialization, including being able to:
a. create and evaluate learning environments
and activities which are developmentally appropriate and culturally
responsive;
b. utilize multiple
assessment strategies for the purposes of planning instruction and facilitating
student learning, including being able to utilize prescriptive skills in
planning and modifying individual and group instruction;
c. develop rigorous and developmentally
appropriate curriculum for young adolescents;
d. teach the basic concepts and skills of
inquiry;
e. plan, implement, and
assess integrated curriculum;
f.
teach reading and writing relevant to the prospective teacher's content areas
of specialization;
g. structure
instruction so that all students are both challenged and successful, including
being able to:
1. demonstrate skills in
differentiating curriculum and instruction, and
2. modify the environment to meet the special
needs of young adolescents with a range of abilities and
disabilities;
h. utilize
strategies which facilitate students attaining mastery of content;
i. incorporate learners' ideas, interests,
and questions into the exploration of curriculum and pursuit of knowledge;
and
j. utilize multiple grouping
strategies that emphasize interdependence, cooperation, and individual
responsibilities.
5.
demonstrate positive relationships with young adolescents, including being able
to:
a. facilitate students in their own
problem solving;
b. recognize and
respond appropriately to the diversity among young adolescents; and
c. manage student behavior while concurrently
promoting self-discipline and positive self-image.
6. demonstrate cooperative and collaborative
skills in working with others, including being able to:
a. collaborate and team teach with one or
more teachers; and
b. collaborate
with families, resource persons, and community groups to achieve common goals
for young adolescents.
7. demonstrate an understanding of and
ability to apply current research and best practices, and
8. demonstrate understanding of the
philosophy and history of middle level education.
D. Demonstrate competence in two (2) or more
Content Areas of Specialization with a minimum of 18 semester hours in each for
a total of 36 semester hours. An endorsement in any of the Special Education
endorsements, which includes any portion of grades 4 through 9, may be accepted
in lieu of one Content Area of Specialization. The Content Areas of
Specialization should be selected from the following list of content areas and
candidates must be able to demonstrate the competencies in the selected areas:
1.
Agricultural Education. The
program should prepare prospective teachers to:
a. utilize advanced technology to gather
information and data, calculate, and write reports;
b. access information and resources from
multiple sources;
c. create
curriculum which meets diverse student needs;
d. manage laboratories and field
experiences;
e. provide information
regarding career opportunities in agriculture;
f. research, evaluate, and apply new
technologies in the agricultural industry;
g. provide leadership to and serve as advisor
for FFA and Young Farmers;
h.
analyze the impact of the agriculture industry on the economy of a community,
state, nation, and at an international level;
i. analyze the critical elements of human
relations and communications related to sales and service, including solving
customer problems, customer follow-up, and using ethical business
procedures;
j. describe the various
crops, including those grown in Nebraska, and the characteristics of
each;
k. evaluate cropping
decisions, analyze cultural conditions, and solve problems affecting plant
growth based on environmental as well as economic considerations;
l. describe the production, marketing, and
economic impact of the horticulture industry;
m. analyze the interrelationships between the
agricultural industry and natural resources;
n. describe major features and resources of
the ecosystem and their importance to the agriculture industry;
o. analyze global issues related to the
finiteness of resources, consumption patterns, and need for clean air, clean
water, and solid waste management;
p. describe various species of livestock,
including those raised in Nebraska, and the characteristics of each;
q. evaluate livestock management decisions,
including profitability and environmental effects including:
(1) the fundamentals and interrelationships
between nutrition, animal health, reproduction, and genetics on livestock,
companion, and non-traditional animals; and
(2) the effects of nutrition, animal health,
reproduction, and genetics on marketing;
r. solve problems in agricultural mechanics,
including being able to utilize an operator's manual;
s. demonstrate competence in the basic use of
mechanical tools, equipment, facilities, and accessories;
t. describe the interrelationship between the
food industry and social and cultural practices, including market demand;
and
u. analyze leadership skills
and performance situations.
2.
Art. The program should
prepare prospective teachers to:
a. describe
the foundations and philosophies of art education;
b. plan, organize, deliver, and assess a
comprehensive art education program to meet the needs of all
students;
c. demonstrate knowledge
and understanding of art appreciation in a variety of contemporary and past
cultures;
d. describe, analyze,
interpret, and evaluate works of art;
e. demonstrate knowledge and understanding of
aesthetics, the philosophical aspects of art, and the contributions of art to
the individual, to community, and to society-at-large;
f. demonstrate an understanding of and be
able to apply a variety of ideas, media, techniques, evolving technologies, and
processes in both two and three dimensional art;
g. demonstrate an understanding of safety
standards; and
h. establish safe
instructional practices in the classroom.
3.
Business Education. The
program should prepare prospective teachers to:
a. demonstrate knowledge and understanding of
the concepts, principles and processes of:
1.
accounting,
2. economics or
personal finance,
3.
management,
4. oral, written, and
technological communication, and
5.
information technologies and systems;
b. demonstrate knowledge and understanding of
the principles and functions of the United States economic system;
c. demonstrate knowledge and understanding of
the relationship of the United States economy to the global economy;
d. create learning experiences that
facilitate students' acquisition of the role of the consumer in the United
States economy;
e. create learning
experiences that facilitate students' abilities to make consumer decisions and
solve consumer problems;
f. create
learning experiences that facilitate students' acquisition of the principles of
entrepreneurship, and the process of starting and maintaining a
business;
g. create learning
experiences that facilitate students' abilities to utilize advanced
technologies;
h. provide
information regarding career opportunities in the field of business;
i. utilize advanced technology to gather
information, manage data, and communicate with a variety of audiences;
and
j. utilize vocational student
organizations, e.g., Future Business Leaders of America, to develop leadership
abilities.
4.
Family and Consumer Sciences. The program should prepare
prospective teachers to:
a. demonstrate
knowledge and an understanding of the relationship between family strengths and
impact on individuals;
b. analyze
the nature, functions, and significance of human relationships in the family
and society;
c. develop, select,
and use personal, social and material resources to meet human needs;
d. analyze physical, psychosocial, economic,
cultural, and aesthetic well-being of individuals;
e. demonstrate an understanding of the role
of individuals and families as consumers of goods and services;
f. use current and emerging
technologies;
g. incorporate into
instruction career exploration that examines the reciprocal nature of career
choices and family life; and
h.
provide information regarding career opportunities in the field of family and
consumer science.
5.
Foreign Language. The program should prepare prospective teachers
to:
a. demonstrate intermediate-high level of
proficiency in the target language by being able to:
1. handle successfully most uncomplicated
communicative tasks and social situations. The applicant can initiate, sustain,
and close a general conversation with a number of strategies appropriate to a
range of circumstances and topics, but errors are evident. The limited
vocabulary still necessitates hesitation and may bring about slightly
unexpected circumlocution. There is emerging evidence of connected discourse,
particularly for simple narration and/or description. The speaker can generally
be understood even by interlocutors not accustomed to dealing with speakers at
this level, but repetition may still be required;
2. sustain understanding over stretches of
connected discourse on a number of topics pertaining to different times and
places; however, understanding is inconsistent due to failure to grasp main
ideas and/or details;
3. read
consistently with full understanding simple connected texts dealing with basic
personal and social needs about which the reader has personal interest and/or
knowledge. Can get some main ideas and information from texts at the next
higher level featuring description and narration. Structural complexity may
interfere with comprehension; for example, basic grammatical relations may be
misinterpreted and temporal references may rely primarily on lexical items. The
applicant has some difficulty with the cohesive factors in discourse, such as
matching pronouns with referents. The applicant may have to read material
several times for understanding; and
4. meet most practical writing needs and
limited social demands. The applicant can take notes in some detail on familiar
topics and respond in writing to personal questions. He/she can write simple
letters, brief synopses and paraphrases, summaries of biographical data, work
and school experience. In those languages relying primarily on content words
and time expression to express time, tense, or aspect, the applicant displays
some precision; where tense and/or aspect is expressed through verbal
inflections, forms are produced rather consistently, but not always accurately.
He/she has an emerging ability to describe and narrate in paragraphs. He/she
rarely uses basic cohesive elements, such as pronominal substitutions or
synonyms in written discourse. The writing, though faulty, is generally
comprehensible to natives used to the writing of nonnatives.
b. The program should prepare
applicants to demonstrate the relationships between culture and language,
including the ability to:
1. demonstrate an
understanding of the relationship between the perspectives and practices of the
target culture and use this knowledge to interact effectively in cultural
contexts;
2. demonstrate an
understanding of the relationship between the perspectives and
products/contributions of the target culture; and
3. utilize authentic materials for foreign
language instruction, including instruction regarding the target
culture.
c. The program
should prepare applicants to engage in appropriate pedagogical practices,
including the ability to:
1. demonstrate an
understanding of the relationships among central concepts of learning and
teaching foreign languages, including the ability to communicate high
expectations and create meaningful learning experiences for all students,
including:
(a) use effective communication
techniques to foster active inquiry, collaboration, and supportive interaction
in the foreign language classroom;
2. demonstrate an understanding of how
students differ in their approaches to foreign language learning and are able
to adapt instructional strategies to encourage all students' cognitive
development;
3. analyze the impact
of diverse learning styles and thinking processes in order to produce
meaningful language experiences for all students;
4. create learning environments that
encourage positive social interaction, motivation, and active engagement in
learning foreign languages;
5.
plan, implement, and assess foreign language curriculum goals and content which
reflect school district guidelines, student needs, and the communities they
represent;
6. be reflective foreign
language teachers who continually evaluate the impact of instructional
decisions on others (students, parents, and professionals in the learning
community);
7. integrate foreign
language and other content areas; and
8. describe how different languages use
different patterns to communicate and apply this knowledge to their own
language.
d. The program
should prepare applicants to work with families, other professionals, and
diverse communities, including the ability to:
1. foster relationships and collaborative
skills with families, colleagues, and community agencies to support foreign
language acquisition;
2. seek
appropriate multicultural connections and integrate those perspectives into the
foreign language curriculum to prepare students for participation in a diverse
world; and
3. become actively
involved in leadership opportunities that promote professional growth in the
foreign language area;
e. The program should prepare applicants to
demonstrate how facility in foreign language promotes career opportunities and
interpersonal skills; and
f. The
program should prepare applicants to demonstrate knowledge of a variety of
books written for early adolescents in the target language.
6.
Health and Physical
Education. The program should prepare prospective teachers to:
a. select, plan, teach and evaluate
developmentally appropriate health and physical education curriculum;
b. apply knowledge of anatomy, physiology,
and related sciences to personal and community health care, and physical
education activities;
c. describe
the aims and objectives of a comprehensive school health education program, and
specifically the components of health instruction and physical
education;
d. demonstrate an
understanding of the sociological aspect related to health and physical
activity, including:
1. the interrelatedness
of culture, language, ethnicity, and/or gender on health care issues and the
selection of and involvement in physical activities;
2. the variations in social dynamics among
individuals in small group and large group activities; and
3. the role of physical activities in social,
ethical and moral development;
e. analyze the interrelationships of personal
and community behaviors and health;
f. demonstrate an understanding of methods to
reduce the occurrence of the health risk behaviors which most negatively affect
children and adolescents (e.g., physical inactivity, intentional and
unintentional injuries, dietary habits, tobacco use, alcohol and other drug
use, and sexual activity which results in sexually transmitted diseases,
including HIV/AIDS, and unintended pregnancy);
g. analyze situations to prevent injuries and
the spread of contagious diseases;
h. describe the effects of prescription and
non-prescription drugs on general well being and the community;
i. describe the factors involved in emotional
and mental health, ways for promoting acceptable emotional reactions, ways for
promoting mental health (including exercise), and community responses and
responsibilities;
j. demonstrate an
understanding of and skills in basic locomotor, non-locomotor, and manipulative
movement skills and patterns, e.g., walking, throwing, twisting;
k. demonstrate an understanding of and skills
in traditional individual, dual, and team sports and games;
l. demonstrate an understanding of and skills
in contemporary, noncompetitive activities suitable for participation
throughout life, e.g., hiking, skating, cycling;
m. demonstrate an understanding of and skills
in basic rhythmic activities as well as various dance forms;
n. demonstrate an understanding of and skills
in exercise and fitness as an activity or series of activities, and the
physiological effects of exercise;
o. demonstrate an understanding of human
movement from a motor development and motor learning perspective;
p. demonstrate an understanding of typical
and atypical social, cognitive, and psychomotor development of children and
adolescents;
q. demonstrate an
understanding of the philosophical and historical development of health and
physical education;
r. create and
utilize formative and summative fitness, motor skills, and cognitive assessment
skills;
s. design adapted physical
education learning experiences for students with special needs; and
t. participate in reflective practices and
collaboration with colleagues in order to foster professional growth and to
advocate for the health and physical education program.
7.
Industrial Technology. The
program should prepare prospective teachers to:
a. demonstrate industrial technology
education laboratory management techniques that incorporate current federal,
state, and local environmental, safety and health guidelines;
b. plan, organize, deliver and assess a
comprehensive industrial technology education program to meet the needs of all
students;
c. establish and employ
safety standards and procedures in the instructional environment of the
industrial technology laboratory and classroom;
d. research, evaluate and apply current and
emerging technologies in industrial technology;
e. utilize advanced technology to gather
information, data to formulate and write curriculum specific reports;
f. create curriculum which meets diverse
student population needs;
g.
demonstrate psychomotor skills and competence in the safe and proper use of
tools and equipment currently used in the construction, manufacturing,
communications and transportation industries;
h. access information and resources from
multiple sources;
i. analyze the
nature, function and significance of industrial systems to society;
j. describe the foundations and philosophies
of industrial education and their relationships to career and technical
education;
k. incorporate career
exploration and exposure to career opportunities in industrial
technology;
l. integrate Nebraska
Content Standards for reading and writing, mathematics, science, and social
sciences into the industrial technology education curriculum;
m. demonstrate an understanding and ability
to use current technologies associated with industrial technology;
and
n. demonstrate an understanding
of the characteristics and fabrication processes of materials utilized by the
construction, manufacturing, communications and transportation
industries.
8.
Language Arts. The program should prepare prospective teachers to:
a. demonstrate knowledge and an understanding
of the English language, including being able to:
1. demonstrate an understanding of language
acquisition and development;
2.
demonstrate how reading, writing, listening, viewing, and thinking are
interrelated;
3. recognize the
impact of cultural, economic, political, and social environments upon
language;
4. demonstrate an
understanding of diversity in language use, patterns, and dialects across
cultures, ethnic groups, geographic regions, and social roles;
5. demonstrate an understanding of how and
why the English language evolves;
6. demonstrate an understanding of English
grammars;
7. demonstrate an
understanding of syntax and phonology; and
8. demonstrate an understanding of the
various purposes for which language is used.
b. demonstrate knowledge and an understanding
of reading processes, including being able to:
1. describe reading and writing
development;
2. teach basic skills
and strategies in reading and writing;
3. teach students to use reading and writing
as tools for learning;
4. motivate
readers and writers using a wide variety of methods and materials;
5. match reading materials with students=
abilities;
6. involve parents in
cooperative efforts and programs;
7. use a wide range of strategies to
comprehend, interpret, evaluate, and appreciate literary and other texts;
and
8. demonstrate an understanding
of the uses of reading for different purposes.
c. demonstrate knowledge and an understanding
of different composing processes, including being able to:
1. use a wide range of writing strategies to
generate meaning and to clarify understanding;
2. produce different forms of written
discourse for various audiences demonstrating conventional usages for those
forms and audiences;
3. demonstrate
how written discourse can influence thought and action; and
4. revise, edit, and proof read written
text.
d. demonstrate
knowledge and an understanding of an extensive range of literature, including
being able to:
1. demonstrate knowledge of a
broad historical and contemporary spectrum of United States and world
literatures, including
(a) literature from a
range of cultures;
(b) literature
from a range of genres;
(c)
literature by authors of both genders;
(d) literature by authors of color;
and
2. demonstrate an
extensive knowledge of award winning books especially written for early
adolescents, including themes, character, settings, and level of reading
difficulty.
e.
demonstrate knowledge and an understanding of the range and influence of print
and nonprint media and technology in contemporary culture, including being able
to demonstrate an understanding of and the ability to use current technologies
in communication;
f. demonstrate
methods for conducting inquiry research; and
g. demonstrate an understanding of and be
able to apply the principles of contemporary rhetoric, interpersonal
communication, and public address.
9.
Mathematics. The program
should prepare prospective teachers to:
a.
demonstrate an understanding of and model, in a variety of ways, basic concepts
of number and operations, including being able to:
1. demonstrate an understanding of the
conceptual basis for the real number system, including properties that unite
and separate various number systems;
2. describe the additive and multiplicative
nature of numbers, and facilitate students in transitioning from additive to
multiplicative models;
3. recognize
the pervasiveness of proportionality across mathematical strands, and apply the
concept as a model in describing a variety of situations, including those
calling for ratios and percent;
4.
demonstrate an understanding of the various ways of making estimates, and
appropriate and inappropriate uses of estimates; and
5. utilize technology, hands-on activities,
and manipulatives to support and facilitate appropriate development of
numerical skills, and solve a variety of problems using mental processes,
pencil and paper, and calculators.
b. recognize algebra as a language for
modeling problem situations and representing numerical patterns and
quantitative relationships in symbolic and graphical forms, including being
able to:
1. describe the importance of early
work with basic patterns and the later conceptual development of important
ideas related to functions;
2.
demonstrate an understanding of the algebraic techniques and procedures for
transforming and simplifying algebraic representations, as well as how to
reason about relations and how to draw inferences in solving
problems;
3. demonstrate an
understanding of the different kinds of functional relations - including
polynomial, exponential, rational and trigonometric functions - and create
examples of each.
c.
demonstrate an understanding that geometry provides a repertoire of techniques
for describing, representing, and reasoning about the shape, size, measure, and
position of objects and visual patterns, including being able to:
1. describe the characteristics of different
shapes and how shapes can be related;
2. use geometric concepts to record and
analyze properties of shapes and patterns and to study the ways those objects
and patterns change when acted upon by transformations;
3. use geometric relations in Euclidean and
other geometric spaces to solve problems in fields from architecture and
engineering to space science and the design of communication
networks;
4. demonstrate an
understanding of the structure and use of systems of measurement, including
being able to solve a variety of problems involving geometry and measurement;
and
5. use algebraic methods to
help in reasoning about geometric situations, including use of visual models
and methods to provide insight in thinking about patterns in quantitative and
symbolic data.
d.
demonstrate an understanding of and be able to apply the conceptual and
procedural tools for collecting, organizing, and reasoning about data,
including being able to:
1. utilize a variety
of formats for collecting and reporting data;
2. demonstrate an understanding of the basic
principles of inference;
3. apply
numerical and graphical techniques for representing and summarizing collections
of data, to interpret and draw inferences from the data, and make decisions in
a wide range of applied problem situations; and
4. use statistical methods to make
generalizations about samples based on the methods and language of
probability.
e.
demonstrate an understanding of and be able to apply the concepts of discrete
mathematics, including being able to:
1. apply
algorithmic thinking to solve problems involving discrete data;
2. represent problems using matrices, finite
graphs, and tree diagrams;
3. use
counting techniques to enumerate possibilities involving order and
combinations; and
4. describe basic
algorithms for doing everyday tasks and use technology to solve a variety of
discrete mathematics problems in practical settings.
f. demonstrate an understanding of and be
able to apply mathematical thinking processes, including being able to:
1. use strategies and concepts for
discovering and describing patterns in visual, numerical, and symbolic data
(i.e., processes such as classification, representation, and inductive
reasoning and concepts such as symmetry, similarity, randomness, stability,
recursion, and continuity);
2. use
methods of formal verification for mathematical conjectures, including rules of
logical inference and proof strategies;
3. model mathematical relations in problem
situations by using symbolic expressions - representing important
relationships, operating on symbolic expressions to gain understanding of the
situation or to draw inferences about it, and apply results of mathematical
analysis to solve problems and make decisions;
4. use heuristics of solving mathematical
problems (e.g., testing extreme cases, using guess-and-check methods,
conducting an organized search of specific examples, or using visual problem
representations);
5. use
calculating and computing technologies to search for patterns in numeric,
graphic, and symbolic data; and
6.
use strategies for communication of mathematical information in verbal,
numerical, graphical, and symbolic forms and through physical models of
mathematical principles.
10.
Natural Sciences. The
program should prepare prospective teachers to:
a. demonstrate knowledge and an understanding
of the unifying concepts and processes of science, including being able to:
1. analyze systems, order, and
organization;
2. interpret and
explain evidence and models;
3.
evaluate change, constancy, and measurement, including being able to:
(a) select and use appropriate measurement
units (both English and metric);
(b) quantify changes in systems;
and
(c) investigate and describe
changes in terms of scale, rate, and pattern;
4. analyze the relationship between form and
function; and
5. change over a
period of time.
b.
demonstrate knowledge and an understanding of science as inquiry, including
being able to:
1. design and conduct
scientific investigations;
2.
evaluate methodological procedures; and
3. interpret and communicate investigation
results in a scientific manner.
c. demonstrate knowledge and an understanding
of physical science, including:
1. properties
of matter;
2. physical and chemical
changes in the properties of matter;
3. motion and force; and
4. transfer of energy, including heat, light,
chemical, sound, and electrical.
d. demonstrate knowledge and an understanding
of life science, including:
1. structure and
function in living systems;
2.
reproduction and heredity, including sexual and asexual reproduction, and the
effect of genes on heredity and organism characteristics;
3. regulation and behavior, including;
(a) how organisms obtain and use resources,
grow, reproduce, and maintain stable internal conditions while living in a
constantly changing external environment;
(b) how behavior is a response to internal
and external stimuli; and
(c) how
an organism's behavior evolves through environmental adaptation.
4. populations and ecosystems;
and
5. diversity and adaptations of
organisms.
e.
demonstrate knowledge and an understanding of earth and space science,
including:
1. structure of the earth, and
forces creating change in the earth's surface and atmosphere;
2. earth's history; and
3. the earth in the solar system, including:
(a) the relationships between the solar
system, galaxies, and universe;
(b)
the relationships between the motion of the earth and each of the following:
day, year, seasons, eclipses, and phases of the moon;
(c) gravity's relationship to the solar
system; and
(d) the relationship of
the sun's energy and the atmosphere, and the sun's energy and the earth's
surface.
f.
demonstrate knowledge and an understanding of the relationships between science
and technology, including:
1. technological
design;
2. the difference of
scientific inquiry from technological design;
3. the reciprocal nature of science and
technology; and
4. the limits, and
the intended and unintended consequences of technology.
g. demonstrate knowledge and an understanding
of science in personal and social perspectives, including:
1. the relationships of personal health with
natural phenomenon and personal decisions regarding exercise, nutrition, and
use of drugs;
2. the relationships
between populations, resources, and environments;
3. the effects of natural hazards on the
environment, e.g., earthquakes, and investigations which reveal how human
activities can mitigate or accelerate the effects;
4. how perceptions of risks and benefits
influence personal and social decisions; and
5. the components affecting science and
technology in society, including:
(a) ethical
codes followed by scientists;
(b)
societal influence on research; and
(c) limits of scientific research.
h. demonstrate
knowledge and an understanding of the history and nature of science, including:
1. the scientific process;
2. the history and contributions of several
early and modern scientists, engineers, and/or professionals in related fields,
including:
(a) those from various social and
ethnic backgrounds; and
(b) at
least one innovator who had to overcome flawed, commonly held beliefs of
his/her time to reach conclusions that are now taken for granted.
11.
Social Sciences. The program should prepare prospective teachers
to demonstrate knowledge and an understanding of and be able to teach:
a. western and eastern civilizations from
1000 A.D. to the present;
b.
physical and cultural geographic concepts, skills, and processes;
c. United States history from the colonial
period to the present;
d. United
States and Nebraska governments; and
e. United States and Nebraska
economies.