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Thesis Statement #1: Science is verified
theory based on experimentation Thesis Statement #2:
Technology is the application of science to machines Thesis Statement
#3: In the present period, technology is equals computer automated machines Thesis Statement #4: Scientists and technologists
are put on their paths in elementary and junior high school: they meely build on the fundamentals in high school and college. Thesis Statement #5: Ingredients for scientist
and technologist are morally sound, African-centered, skills in science and math applied to solving practical problems of
food, clothing, shelter, transportation, health care, mining, construction, manufacturing, etc. Two critical questions we must ask ourselves include: TYPE
OF STUDENT: We want to produce some students who: 1.
Come out thinking that they can be engineers in every area that we need (PRACTICAL ELEMENT) 2. Know that they can become physical and social scientists in every field of life
and living (THEORETICAL ELEMENT) 3. Specialist knowledge,
essential facts, concepts, principles and theories and the science, mathematics, technological and wider social and environmental
base and business and management techniques relevant to a particular chosen discipline and the constraints within which Engineering
judgements are made.
Needs | Areas of Training and Knowledge | Scientist Produced | Food | - § Agricultural Science
- § Computer automated
production
- § Botanists
| Agri-scientist, Engineer (chemical, environmental, agricultural, computer), Botanist, Biologist,
Chemist, Nutritionist, etc. | Clothing | - § Computer automated machine production
- § Textile engineering
- § Clothing design
| Engineer (chemical, environmental, computer, industrial), Chemist,
Botanist, Designer, Demographer, etc. | Housing
and Shelter | - § Architecture
- § Engineering
- § Computer automated design
- § Sociology
- § Demography
- § Statistics
- § Physics
| Architect, Engineer (civil, environmental, electrical, mechanical,
industrial, computer), Sociologist, Demographer, Statistician, Physicist, Surveyor, Geologist, Meteorologist, etc. | Transportation | - § Engineering
- § Geology
- § Environmental science
- § Demography
- § Statistics
- § Physics and astronomy
| Engineer (civil, automotive, aero, nautical, electrical, computer,
environmental, industrial, chemical), Geologist, Environmental Scientist, Demographer, Statistician, Physicist, Astronomer,
etc. | Health Care | - § Biology
- §
Pathology
- § Genetics
- §
Medicine (allopathic, homeopathic)
- § Botany
- § Diet and nutrition
- § Exercise science
| Biologist, Pathologist, Geneticist, Physician, Botanist, Nutritionist,
Engineer (chemical, environmental, industrial, electrical, computer), Demographer, etc. | Mining | - §
Engineering
- § Mineral extraction
- §
Computer modeling and simulation
- § Geophysics
- § Meterology
- § Chemistry
- § Metallurgy
| Engineer
(mechanical, industrial, electrical, etc.), Geophysicist, Meterologist, Chemist, Metallurgist, etc. | Manufacturing | | Engineer
(mechanical, industrial, chemical, etc.) | Construction | - § Materials and design
- § Engineering
| Engineer
(mechanical, industrial, chemical, etc.) | Scientific
Education [Fundamentals] | - § Education
- § Biology, chemistry, physics, geology, astronomy
| Mathematician, Statistician, Biologist, Chemist, Educator, etc. |
What an African Material Culture Student Must Master Knowledge and Understanding A1 Appropriate
mathematical methods A2 Science, with particular reference
to the fields of Electronics and Manufacture A3 Principles of IT and Communications (ICT), with particular reference to Programmable Controllers and Robotics A4
General Principles of design. Design techniques specific to Electronics and
Manufacture A5 Characteristics of engineering materials
and components A6 Management and business practices, with
a particular emphasis on quality A7
Manufacturing and operational practice A8 Codes of practice
and regulatory compliance A9 Requirements for safe operation Intellectual Skills B10
Analysis and solution of problems in Electronic Engineering/Manufacture using
appropriate mathematical models B11 Use of scientific principles
to develop engineering solutions to practical problems B12 Use of scientific principles in the modelling and analysis of engineering systems, processes and products B13 Ability to select
and use appropriate computer methods to model and analyse electronic circuits
and systems B14 Ability to analyse systems, processes and components
requiring engineering solutions B15
Integration of information and data from a variety of sources to develop new
products B16 Ability to solve problems through the application
of engineering B17 Ability to apply professional judgement to
undertake technical risk evaluation Subject-specific skills C18 Use of mathematical
techniques to analyse problems in Electronic Engineering/Manufacture C19 Use of electronic test and measurement equipment C20 Experimental laboratory work C21 Use of CAD,
programmable controllers/robotics and programming in Visual Basic and C++ C22 Ability to design electronic circuits or systems to fulfil a product specification C23 Ability to search
for technical information and apply it to a design C24 Ability to
apply management techniques to the planning, resource allocation and execution
of a design project C25 Ability to prepare technical reports and presentations Transferable skills D26
Ability to generate, analyse, interpret and present data D27 Use of
Information Technology D28 Use of creativity and innovation in problem
solving, whilst working with limited or contradictory information D29 Communicate effectively - in writing, verbally and trough drawings D30 Ability for critical thinking, reasoning and reflection D31 Ability to manage time and resources within an individual project and a group project Specialist knowledge
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UKMT CURRICULUM
ALL
DEGREE PROGRAMS ARE UNDER UNIVERSITY OF KMT’SCOLLEGE OF APPLIED MATERIAL CULTURECT= 16 HOURS + RESEARCH REPORTBA= 99 CREDIT HOURS + APPLIED CAPSTONE PROJECTMA=BA + 33 CREDIT HOURS+ Q EXAM+THESIS/DEFENSEPH.D.=MA + 42 CREDIT HOURS + Q EXAM + DISSERTATION/DEFENSE
Application (.doc)
Application (.pdf)
HOW TO PRODUCE SUCH STUDENTS § Science and technology need to be injected in every subject area § No white supremacy or arab supremacy filler; no religious mess, speculation, and making up things. No time
wasted on nonessentials. § Train teachers to integrate science/technology,
engineering and moral and ethical values in the course of educating students from K-12 to Ph.D. § Establish a cyberlibrary with multimedia science and technology links on each level of education § Integrate science and technology lessons on a weekly basis in all subject areas,
including cyber-science projects § Increase student and
instructor familiarity of relevant fields in science and technology Students
must come out thinking about how to design, engineer, and build the roads, produce food, scientific education, cars, clothing,
internet information, software, etc. About the Core The Core is the foundation upon which your degree
is built at the Certificate, BA, MA, Ph.D.and Pos-doc level.The Core African
Humanities sequence and Kmt MDW-NTR 102 are required of all students. The remaining group components of the Core allow you,
the student, to build your own experience by selecting courses of greatest interest toward a degree in African Material Culture.
The Core Curriculum experience is the hallmark of the UKMT graduate. Basic skills
are emphasized throughout the core curriculum courses. Not only in Kmt MDW-NTR 102 and the preliminary Kmt MDW-NTR 101, if
necessary, but also throughout the core curriculum, students will write and have their writing critiqued and graded for quality.
The purpose is not only to encourage mastery of a set of skills, but also to allow students to think, to see connections among
ideas, and to reach meaningful conclusions. The development of effective oral communication skills by students is also emphasized
in each core curriculum course. To the degree possible, the application of mathematical skills is also incorporated throughout
the University of Kmt curriculum particularly in the core science courses. Requirements
for graduation include the successful completion of two capstones. At least one capstone course must be taken outside the
major department. Capstones represent the opportunity for in-depth study. The general capstone offers the student the arena
for realizing the interrelationship of many areas of study throughout their undergraduate career. Core CurriculumThe function of University of Kmt education is not only
to prepare students for successful careers in their chosen fields but also to provide them with the knowledge and skills to
redeem, ressurect, restore and redevelop the best of African Civilization in this lifetime. The core curriculum is designed
to help fulfill these objectives throughout your undergraduate program. All
students in undergraduate programs are required to complete the University of Kmt's
core curriculum. Manditory Courses (AA,BA,MA,Ph.D., Post Doctorate) AHCC 101: Evolution of the Universe and the Earth | -Fall 2009 | AHCC 102: Biodiversity and the Evolution of Life | -Spring 2009 | AHCC 103: Ancient African History | -Fall 2009 | AHCC
104: Late Destruction of Black Civilization | -Spring 2009 | AHCC
201: Holocaust of African Enslavement | -Fall
2009 | AHCC 202: African
World Renaissance | -Spring 2009 | AHCC 203: Foundations of the Social Sciences | -Fall 2009 | AHCC 204: Foundations of Matertial Culture | -Spring 2009 | AHCC 113: Foundations of Kmt Mdw-Ntr Language | -Fall 2009 |
Capstone Courses Requirement (six credits)The
capstone requirement is integral to the goal and mission of the Core Curriculum. As stated in the General Catalog, it is to
provide students with: "The knowledge and skills to develop a rational and
lucid personal identity, to introduce them to a variety of perspectives from which to grasp the complexity of experience,
and to help them gain an appreciative understanding of the natural and cultural environments in which they live and their
roles as responsible citizens of the world, the nation, and the State." Capstone
courses contribute to the Core's goals and objectives, as they are intended to be intensive experiences in critical analysis,
designed to broaden our perspectives beyond their culture or discipline, and provide an opportunity for integration of previous
courses in the major and in the Core Curriculum. Capstones may offer the student
an innovative learning experience. As a student, you should be aware that the following guidelines have been met: § Capstone courses should build upon the Core Curriculum, providing the opportunity for
students to bring to bear knowledge gained in core courses and knowledge derived from major and elective courses. § Capstone courses should be integrative, broadly focused, multidisciplinary, and, if
relevant and feasible, cross-cultural. § Capstone courses should
focus on ethical and substantive issues, problems, and themes that affect the world community and broad cross sections of
humankind. § Capstone courses should encourage and promote
critical and analytic thinking, reaching beyond traditional and orthodox approaches and perspectives; courses should challKMTe
students to question and critically examine established assumptions and paradigms. § Capstone courses include a rigorous writing component and also, whenever possible, a computational component.
Please note that not all capstone courses are offered every
semester. Check the current class schedule, or the "future offerings" website, for availability. To explore current
capstone courses, or for course descriptions, please refer to the General Catalog. Students with questions about
the appropriateness of a particular capstone course should see their advisor. Students may take one capstone course in the
department of their major if they wish and if it is available. At least one capstone course must be taken outside the department
of their major. Core ObjectivesAs
a result of completing the Core Curriculum experience students should be able to: § Compose and communicate effectively in a range of media for a variety of rhetorical and creative contexts. § Demonstrate an ability to frame and analyze a problem, find and interpret relevant information,develop
and evaluate possible solutions, come to well-grounded conclusions, andcraft an appropriate argument, report, application,
or other expression of such inquiry. § Understand and applythe
knowledge, perspectives, principles, and modes of reasoning employed inthe fine arts, African Humanities, social sciences,
natural sciences, and mathematics. § Understand how the knowledge,
perspectives, principles, and modes of reasoning embodied in thefine arts, African Humanities, social sciences, natural sciences,
and mathematics have contributed to human achievement. § Develop
habits of mind that foster integrative thinking and ability that allow one to transfer knowledge and skills from one setting
to another. § Demonstrate an understanding ofthe concepts of
culture and cultural difference,and develop the habits of mind that allow for intercultural understanding and responsible
individual and social choices for citizens of the global community.
(Adopted
06/21/08) Core Curriculum Requirements The
University of Kmt core curriculum consists of a minimum of 33 credits, selected from the following eight areas of study: § Kmt MDW-NTR § Mathematics
§ Natural sciences § Social sciences § Martial Arts § Core African Humanities §
Capstone courses § Applied Science and Engineering § African Kmt Morality and Ethics
Students
are responsible for keeping track of their progress throughout the core curriculum. It is strongly recommended that students
meet with their academic adviser each semester before registering for classes. Classes completed at the University of Kmt
to satisfy core curriculum requirements must be taken for a letter grade. Students
who change their major must choose the catalog of the year of the latest change of major or the year of graduation. The
University of Kmt core curriculum requirements, however, are established at the time of
the student's admission and enrollment in a regular degree-seeking program at the University of Kmt.
See the Course Offerings section of our General Catalog for course descriptions and prerequisites. African Humanities Core Curriculum (AHCC) AHCC
101: Ancient African History AHCC 102:
Destruction of Black Civilization AHCC 201: Holocaust
of African Enslavement AHCC 202: African World
Renaissance
Natural Sciences and
Civilization AHCC 105: Evolution of the
Universe and the Earth AHCC 106: Biodiversity and
the Evolution of Life AHCC 107: African Origins
of Human Life AHCC 108: African Origins of Human
Civilization (Nile Valley)
Social Sciences Kmt
Mdw-Ntr
Earn your degree when, where and how
you want.
At University of Kmt, you can choose a learning format that fits your lifestyle and learning
style. Depending upon the degree program you select, you can takes classes online from any place in the world with a computer
and access to the internet.
Online Learning Format Providing educational excellence and course preparation
in the comfort of you home. Complete coursework through
flash, adobe/powerpoint presentations and video/audio forums. Receive lectures, questions and assignments from your instructor
via the internet. Study them when you choose. Work at your own pace. Log in at least three days per week for University of Kmt
courses. You choose the days and times. Work together with other students; complete your assignments; work
on teams; build applied skills necessary for building African civilization in this world and the next.
COLLEGE OF MATERIAL CULTURE BACHELORS OF SCIENCE IN AFRICAN MATERIAL CULTURE SOCIAL
SCIENCE TRACT CORE
(SEMESTER 1 AND 2) MANDATORY | AHCC 101: Development of the Universe and the Earth | -Fall
2009 | | AHCC 102: Biodiversity and the Development of Life | -Spring
2009 | | AHCC 103: Ancient African History | -Fall 2009 | | AHCC 104: Late Destruction of Black Civilization | -Spring 2009 | | AHCC 201: Holocaust of African Enslavement | -Fall 2009 | | AHCC 202: African World Renaissance | -Spring 2009 | | AHCC 203: Foundations of the Social Sciences | -Fall 2009 | | AHCC 204: Foundations of Material Culture | -Spring 2009 | | AHCC 113: Foundations of Kmt Mdw-Ntr Language | -Fall 2009 | FALL:
| s.h. | SPRING: | s.h. | 1st SEMESTER | 2nd SEMESTER | | ASOC01 | Intro to Society | 3 | AEC | 03 | Intro to Economics | 2 | AHIS02 | Comparative
African Civilizations | 3 | AHIS | 04 | History of African Nations (Survey) | 3 | MATH25 | Algebra I | 4 | ACIV01 | Fundamentals of African Civilization I | 4 | AURB01 | Urban Planning I | 3 | AGOV | 02 | Fundamentals
of Kmt Government I | 4 | ASOC03 | Laws of Societal Development | 3 | ARCH | 02 | Kmt Architecture I | 3 | KMTM03 | Kmt Mdw-Ntr I | 3 | ANB01 | Fundamentals of Nation-Building | 3 | | | 19 | | | 20 | 3rd SEMESTER | 4th SEMESTER | | ASOC | 21 | Social Statistics | 4 | KMTM | 20 | KMT MDW-NTR II | 3 | ALAW | 21 | Fundamentals of Law | 4 | APEC | 32 | Fundamentals of Political Economy | 3 | AHC20 | Fundamentals of Health Care | 3 | ACEN | 33 | Fundamentals of Civil Engineering | 3 | AKUN | 28 | Fundamentals of Education I | 3 | ACE | 21 | Fundamentals of Education II | 3 | AME | 31 | Fundamentals of Morality/Ethics | 3 | AMA | 33 | Kmt Martial Arts | 3 | | | | 17 | | | | 15 | 5th SEMESTER | 6th SEMESTER | | AT | 21 | Fundamentals of Transportation | 3 | AMS | 26 | Fundamentals of Manufacturing | 3 | AL | 21 | Fundametals of Leadership I | 3 | ACS | 34 | Fundamentals of Construction | 3 | ACE | 23 | Fundamentals of Family Organization | 3 | AMIS | 25 | Fundamentals
of Mining | 3 | AMC | 23 | Fundamentals of Mass Communication | 3 | AAS | 25 | Fundamentals
of Agriculture II | 3 | ARM | 34 | Research
Methods I | 4 | ACM | 26 | Fundamentals
of Economic Developemt | 1 | APL | 23 | Fundamentals of Philosophy/Logic | 3 | AMN | 34 | Kmt
Mdw-Ntr III | 3 | CORE | | 19 | | 16 | 17 | | | 7th SEMESTER | 8th SEMESTER | | ACJ | 02 | Fundamentals of Criminal Justice | 3 | AWWS | 41 | Water & Wastewater | 3 | AMP | 25 | Maat Principles I | 4 | AUPS | 42 | Urban Planning II | 3 | ENGR | 60 | Agriculture, Mining, and Manufacturing Production | 3 | ANPS | 62 | National Planning I | 3 | AFMS | 36 | Fundamentals of Military Science I | 3 | ANPS | 23 | National
Planning II | 4 | ACS | 65 | African Culture | 3 | AKAC | 34
| African Kmt Architectural
Design and Construction | 3 | *** CE | XXXX | Appr. CE Elective | 3 | | | | 16 | 19 | Research
Project Research Report Research Defense | | | Total Possible 152 | Total Required 99 | * Must satisfy ACE requirement. | | | ** | Refer to prerequisites | | | *** Refer
to page 3 for listing of ACE Electives. | | | | | | Effective Fall 2008 |
BACHELORS OF SCIENCE
IN AFRICAN MATERIAL CULTURE FALL 2009 CORE (SEMESTER 1 AND 2) MANDATORY APPLIED SCIENCE TRACT | AHCC 101: Development of the Universe and the Earth | -Fall 2009 | | AHCC 102: Biodiversity and the Development of Life | -Spring 2009 | | AHCC 103: Ancient African
History | -Fall
2009 | | AHCC 104: Late Destruction of Black Civilization | -Spring 2009 | | AHCC 201: Holocaust of African Enslavement | -Fall 2009 | | AHCC 202: African World
Renaissance | -Spring
2009 | | AHCC 203: Foundations of the Social Sciences | -Fall 2009 | | AHCC 204: Foundations of Material Culture | -Spring 2009 | | AHCC 113: Foundations
of Kmt Mdw-Ntr Language | -Fall 2009 | FALL: | s.h. | SPRING: | s.h. | 1st SEMESTER | 2nd SEMESTER | | ENGR 0001 | Intro to Engineering | 3 | CE | 0005 | Surveying | 2 | ENGR 0011 | Engineering Graphics | 3 | CE | 0015 | Surveying Lab | 1 | MATH C085 | Algebra II | 4 | MATH C086 | Calculus I | 4 | CHEM C071 | Chemistry I | 3 | Phys | C087 | Elem. Class. Phy I | 4 | CHEM C073 | Chemistry I Lab | 1 | IH | X051 | Kmt Architecture I | 3 | KMTM02 | Kmt Mdw-Ntr I | 3 | *CORE XXXX | Kmt Program Management | 3 | | | 17 | | | 17 | 3rd SEMESTER | 4th SEMESTER | | ENGR | 0131 | ENGR. Statistics | 3 | CE | 0241 | Constr. Matls. Lab | 2 | PHYS | C088 | Elem Class Phys II
| 4 | ENGR | 0132 | ENGR. Dynamics | 3 | MATH C127 | Calculus II
| 4 | ENGR | 0133 | Mechanics of Solid | 3 | *CORE | XXXX | Kmt Urban/City National
Planning | 3 | MATH | 0251 | Diff. Equations | 3 | IH | X052 | Kmt National Planning | 3 | ENGR | 0271 | Kmt Martial Arts | 3 | | | | 17 | | | | 14 | 5th SEMESTER | 6th SEMESTER | | CE | 0211 | Struct. Analysis | 3 | CE | 0262 | Steel & Concrete Design | 4 | CE | 0212 | Struct. Analysis Lab | 1 | CE | 0344 | Construction ENGR. | 3 | CE | 0231 | Soil Mechanics | 3 | ENGR | W241 | Engr. Economics | 3 | CE | 0232 | Agricultural Engineering
I | 1 | ENGR | 0253 | Mechanics of Fluids | 3 | CE | 0348 | Prob. & Stat. ENGR. | 3 | ME | 0006 | Manufacturing Engineering | 1 | ENGR | W233 | Mat. Sci. for ENGR. | 3 | *** CE | XXXX | Kmt Philosphy and Morality | 3 | CORE | XXXX The Arts | 3 | | 17 | 17 | | | 7th SEMESTER | 8th SEMESTER
| | CE | 0251 | Hydraulic Engineering | 3 | CE | 0341 | Water & Wastewater
| 3 | EE | 0063 | Maat Principles I | 4 | CE | 0342 | Transport. Engr. | 3 | ENGR | W360 | Agriculture, Mining,
and Manufacturing Production | 1 | **ENGR | W362 | Engr. Des. Proj. II
| 3 | **ENGR | W361 | Engr. Design Proj.
1 | 3 | *CORE | XXXX | Society, Economies,
and Political Systems | 3 | *CORE | XXXX | African Culture | 3 | *** CE | XXXX | African Kmt Architectural Design and Construction | 3 | *** CE | XXXX | Appr. CE Elective | 3 | | | | 15 | 17 | Research Project Research Report Research
Defense | | | Total Possible 136 | Total
Required 99 | * Must satisfy ACE requirement. | | | ** | Refer to prerequisites | | | *** Refer to page 3 for listing
of ACE Electives. | | | | | | Effective Fall
2008 | |
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