Changes to the lists can be made afterwards on the advice of the Board of Technical Colleges. The following rules apply to practical work in all subjects of the programs in the faculty.
PRACTICAL EXPERIENCE
Students must reach a sufficient standard in practical work to pass the annual examination. All tasks in the practical work in any subject must be kept for resubmission if the teacher or examiners require it.
FIRST AID (MINING AND SURVEYING COURSES)
1-hPart
Mechanics of Solids
9-10 Engineering
Thirteen full-time employees and five part-time employees are employed at the Department of Metallurgy. The teaching and research activities of the department are classified into two main sections Materials Science and Materials Processing. Postgraduate studies with an emphasis on experimental research are part of the department's activities: postgraduate students can enroll as candidates for the degrees of Master of Engineering, Master of Science or Doctor of Philosophy.
It also has a prominent position regarding the professional requirements for membership in the Institute•. Senior Lecturer in Metallurgical Engineering:. The small number of students enrolling in these courses can only be due to a lack of recognition of the excellent opportunities for mining graduates. 4 Additional subject, which may be taken with the approval of the Mining department head, with satisfactory performance in First Year subjects, including Engineering Mathematics I.
11-12 Surveying II
IN ENGINEERING MANAGEMENT t. A person may be a candidate for the Diploma in Engineering Management if
A candidate for a bachelor's degree in management engineering must study for at least two years, attend lectures and classes and perform practical work as prescribed by the faculty and pass the prescribed exams. Course subjects will be: i) Industrial Management Part I (ii) Operational Research (b) Second year. i) Industrial management II. part (ii) Data processing and computers (iii) Methods engineering. Examinations in several subjects are both pass and honors and include written and practical work as prescribed by the faculty. me).
No candidate can be admitted to the second year of the course until he has passed or obtained credit for all first year subjects. z) Subject to the provisions of subsection (i) hereof, a candidate who passes one or more subjects shall be entitled to credit therefor. A candidate who has met the requirements of this regulation and passed or obtained credit for all subjects in the course can obtain the Diploma in Engineering Management. Those who need further information about the program for the Diploma in Engineering Management should contact the Professor of Mechanical Engineering.
STAFF OF NON-ENGINEERING DEPARTMENTS CHEMISTRY (ENGINEERING COURSE)
ENGINEERING MATHEMATICS Teaching Staff
PHYSICS (ENGINEERING COURSE) Teaching Sta ff
STATISTICS FOR ENGINEERS Teaching Staff
625. AGRICULTURAL ECONOMICS (ENGINEERING COURSE)
The books marked with an asterisk are essential and students should have their own copies. A course of three lectures and three hours of practice per week in the fourth year, focusing on farm buildings and structures. A course of three lectures and three hours of practice per week in the fourth year, on the general subject of Hydrology and Water Engineering.
Drainage: surface, underground and deep systems for agricultural land, waste water and sewerage; flow networks in relation to drainage. Waters and structures: Flow theory for channels and special sections, controls, sediment transport and models. Erosion control: land use and classification, water and wind erosion control measures, food reduction and river improvement.
623. AGRICULTURAL SCIENCE (ENGINEERING COURSE)
All work carried out in connection with practical lessons and exercises can be included in the assessment of the results of the annual examination. All work carried out in connection with practical lessons and exercises can be included in the assessment of the results of the annual examination. A knowledge of the subject up to this standard is assumed as a basis for the course.
This information will have an impact on the final result of the student in this course. Approximately amm course hours on experiments and practical classes related to the above course. No student will be admitted to the final examination without evidence of satisfactory laboratory work and other work which will be evaluated in determining the results of the final examination.
552. ENGINEERING PØТ I
Three hours a week of drawing office work and some lectures in the first semester. The results of the practical work during the year will be evaluated in the context of the exam. Some knowledge of at least two books Sawyer, W. Anchor.) will be required at the beginning of the year.
A course of two lectures and two exercises per week in the first half of the year. At the beginning of the year, some knowledge of at least two of the following will be required:. Simon and Šehuster.) or any of the books listed for preliminary reading for Engineering Mathematics.
Except for students taking Fluid Mechanics Part I and Fluid Mechanics G, in which case the prescribed textbook is:. There is no practical test, but the written assignment may contain questions about the practical work. There is no practical test, but the written assignment may contain questions about the practical work.
Regarding fluid mechanics A syllabus r. Stream features; circulation; vortex; velocity potentials; complex capabilities; conformal transformations; Kutta-Joukowski conditions; Schwarz-Christoffel theorem;. free streamline; three-dimensional vortex movement. There will be no practical exam, but the written papers may contain questions about the practical work. To pass the course, candidates must reach a satisfactory level, both in the practical work and in the written paper.
356. GEOLOGY PART I
Crystal Form and Growth; the concept of symmetry; elementary crystal structure; introduction to crystal classes and shapes; physical and chemical properties of crystals. Volcanoes and Volcanic Activity; coagulation burglaries; igneous rocks, their origin and relationships; contact and regional metamorphosis; metamorphic rocks;. metasomatic rocks; weathering; sedimentary rock. Sedimentary structures; conformity and contradiction;. folds and breaks; deformation of rocks; diastrophic movements; eustatism; earthquakes and seismology; internal structures of the Earth; meteorites; isostasy; major structural features of the Earth's surface; geosynclines and the origin of fold mountains;. crustal deformation theories; continental drift.
The bus ticket cover fee, the amount of which will be displayed in the department, should be paid to the People's Bank using a specially stamped bank slip obtained from the department office. Any of the books recommended for reference below under General Reading. G., and Gulman, O.M.B.-Geology in the service of man. and Watson, J., Introduction to Geology. The Library of the Department of Geology is open to students, and advice on the reading of any particular part of the work will be given by members of the staff.
363. - GEOLOGY PART II
PURE MATHEMATICS PART II PASS COURSE
Before commencing the course in Land Surveying Part II, students must attend a three-week university research camp and spend two weeks under guidance in the School of Engineering's Drawing Room plotting field notes or obtaining similar experience to the instructor's satisfaction, under an approved civil engineer. There will be no formal practical test; the practical work carried out during the year will be assessed as part of the annual examination. A course of approx. 15 lectures and approx. ai hours of practical work in the 1st and 2nd semesters, comprising parts of the syllabus, lectures and practical hours in Land Surveying Part II.
A course of three lectures per week and six hours of practical work per week throughout the year. A sketch of the history of urban planning in antiquity, the Middle Ages, the Renaissance and the 19th century, leading to a study of the backgrounds of current problems. An investigation into the basic principles of modern spatial planning, the design of cities, standards for spatial facilities, the design of residential areas.
CHAPTER 5
In later years, the courses Traffic Engineering and Construction and Construction Management will be added, as far as the position allows. The major unit consists of parts I, IA, II and IIA of the course, and the minor unit consists of parts I and IA of the course. Applicants will be required to complete a major unit of a formal course in one of the three subjects offered and a minor unit in one of the remaining two subjects.
First Semester Main Unit, Part I. Main Unit, Part IA. Minor Unit, Part I. Minor Unit, Part IA. Second semester. Each student completes an individual research project, the subject of which will be determined at the beginning of the course in consultation with staff. In individual cases, it may be possible to arrange the completion of courses spread over a period of years based on shorter working hours.
FEES
GRADUATION The dates for conferring degrees in
XLII, will not be allowed to continue with the title of Master of Engineering Sciences without the special permission of the faculty.). The faculty will not admit any person as a candidate for the degree unless in the opinion of the faculty he has already made substantial published contributions to Engineering. Depending on the statutes and regulations of the University, the faculty gives instructions for conducting the exam.
The candidate must also satisfy the examiners in such written, oral or practical examinations as may be required by the Board on the recommendation of the examiners. If the head of the relevant department is not an examiner, he will not have a vote.2 7. The Registrar shall deposit in the University library a copy of the thesis or paper submitted by each candidate who has satisfied the examiners.
