Page 166 |
Previous | 166 of 465 | Next |
|
|
This page
All
|
166 FRESNO STATE COLLEGE
Electrical engineers arc involved with the analysis, design, development, production,
evaluation, operation, and management of electrical power and communication
systems; and with devices such as electrical power transmission and distribution
lines, transformers, generators, motors, batteries, power control and protective
equipment, household appliances; transportation equipment including land, water,
air, and space vehicles; telephone and telegraph stations and associated equipment;
radio and television broadcasting stations, microwave communications and receivers,
radio astronomy, sound recording and reproduction systems, radar, telemetry,
alarm, control, and servo-systems, radio-frequency heating and process controls;
analog and digital computers, instrumentation of space equipment; lighting of
homes, buildings, display cases, streets and transportation equipment; masers, lasers,
X-ray and diathermy equipment; physiological measurement and control equipment
such as the pacemaker and breathing machines.
Mechanical Engineering. Mechanical engineering deals with engineering problems
relating to the generation, tr::nsmission, and utilization of energy in the thermal
or mechanical form. It is concerned also with engineering problems related to
the production of tools, machinery, and their products and to heating, ventilation,
refrigeration, and plumbing in their research, design, production, operation,
organization, and economic aspects.
Mechanical engineers are concerned with propulsion systems; cryogenics; environmental
systems for control of humidity, temperature, and air cleanliness;
transportation equipment including land, water, and space vehicles and mechanical,
pneumatic, and hydraulic conveyor systems; power components including engines,
turbines, rockets, jets, and fuel cells; and machinery such as pumps, fans, compressors,
blowers, valves, and material handling and processing equipment including
machine tools and food processing equipment.
Industrial Engineering. Industrial engineering is concerned with the design, improvement,
and installation of integrated systems of men, materials, and equipment. •
It draws upon specialized knowledge and skill in the mathematical, physical, and
social sciences together with the principles and methods of engineering analysis
and design to specify, predict, and evaluate the results to be obtained from such
systems.
Industrial engineers are invaluable to management in decision making relative to
most efficient utilization of men, materials, equipment, and energy. Industrial engineers
are a prime source of management talent and therefore are in demand by a
wide variety of organizations, especially those engaged in industrial production.
SURVEYING AND PHOTOGRAMMETRIC TECHNOLOGY
Graduates of this program are prepared as specialists trained in the theory and
applied techniques of topographic, geodetic, cadastral (land), and photogrammetric
surveying.
CREDENTIAL PROGRAM
For information on current credential programs, consult departmental advisers
and the School of Education; see Public School Credentials.
BACH~~OR OF SCIENCE DEGREE PROGRAM IN ENGINEERING
The bachelor of science degree is granted upon completion of the following
units: electrical engineering majors, 136; civil engineering and industrial engineering
majors, 132 ; mechanical engineering major, 128. These units include the general
education and degree requiremems of the college. Typical programs in all engineering
majors are shown below. Foreign students taking I S C 10, 21, and 93 in
their first year may postpone Chern 1A and 8. The sequences listed require 16 or
17 units per semester (16 in mechanical engineering). A major in one of the fields
of engineering consists of all engineering courses listed below, including approved
electives; the first two years required of all engineering students and the last
two years in one of the specific fields of concentration.
Object Description
| Title | 1971-72 General Catalog |
| Creator | Fresno State College |
| Format | PDF Document |
| Date of publication | 1971-05 |
| Subjects | California State University, Fresno. Curricula. Catalogs |
| Object type | Document |
| Location | Fresno, California |
| Language | eng |
Description
| Title | Page 166 |
| Full Text Search | 166 FRESNO STATE COLLEGE Electrical engineers arc involved with the analysis, design, development, production, evaluation, operation, and management of electrical power and communication systems; and with devices such as electrical power transmission and distribution lines, transformers, generators, motors, batteries, power control and protective equipment, household appliances; transportation equipment including land, water, air, and space vehicles; telephone and telegraph stations and associated equipment; radio and television broadcasting stations, microwave communications and receivers, radio astronomy, sound recording and reproduction systems, radar, telemetry, alarm, control, and servo-systems, radio-frequency heating and process controls; analog and digital computers, instrumentation of space equipment; lighting of homes, buildings, display cases, streets and transportation equipment; masers, lasers, X-ray and diathermy equipment; physiological measurement and control equipment such as the pacemaker and breathing machines. Mechanical Engineering. Mechanical engineering deals with engineering problems relating to the generation, tr::nsmission, and utilization of energy in the thermal or mechanical form. It is concerned also with engineering problems related to the production of tools, machinery, and their products and to heating, ventilation, refrigeration, and plumbing in their research, design, production, operation, organization, and economic aspects. Mechanical engineers are concerned with propulsion systems; cryogenics; environmental systems for control of humidity, temperature, and air cleanliness; transportation equipment including land, water, and space vehicles and mechanical, pneumatic, and hydraulic conveyor systems; power components including engines, turbines, rockets, jets, and fuel cells; and machinery such as pumps, fans, compressors, blowers, valves, and material handling and processing equipment including machine tools and food processing equipment. Industrial Engineering. Industrial engineering is concerned with the design, improvement, and installation of integrated systems of men, materials, and equipment. • It draws upon specialized knowledge and skill in the mathematical, physical, and social sciences together with the principles and methods of engineering analysis and design to specify, predict, and evaluate the results to be obtained from such systems. Industrial engineers are invaluable to management in decision making relative to most efficient utilization of men, materials, equipment, and energy. Industrial engineers are a prime source of management talent and therefore are in demand by a wide variety of organizations, especially those engaged in industrial production. SURVEYING AND PHOTOGRAMMETRIC TECHNOLOGY Graduates of this program are prepared as specialists trained in the theory and applied techniques of topographic, geodetic, cadastral (land), and photogrammetric surveying. CREDENTIAL PROGRAM For information on current credential programs, consult departmental advisers and the School of Education; see Public School Credentials. BACH~~OR OF SCIENCE DEGREE PROGRAM IN ENGINEERING The bachelor of science degree is granted upon completion of the following units: electrical engineering majors, 136; civil engineering and industrial engineering majors, 132 ; mechanical engineering major, 128. These units include the general education and degree requiremems of the college. Typical programs in all engineering majors are shown below. Foreign students taking I S C 10, 21, and 93 in their first year may postpone Chern 1A and 8. The sequences listed require 16 or 17 units per semester (16 in mechanical engineering). A major in one of the fields of engineering consists of all engineering courses listed below, including approved electives; the first two years required of all engineering students and the last two years in one of the specific fields of concentration. |
