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GSMA101
Calculus I deals with the concept of differential calculus needed in mathematics, science, and technology. Topics include limits and continuity, differentiation of algebraic and transcendental functions, and partial differentiation. Emphasis is given to the applications of continuity, derivatives, and partial derivatives. Application problems will be solved during problem-solving sessions.
GSPH101
General Physics is an algebra-based course. The aim of this course is to provide students with basic principles of general physics to support applied fields. It deals with measurements, motion in 1-D and 2-D, dynamics, work and energy, fluids, heat, electrostatics, electricity, magnetism, and light. Laboratory activities reinforce the theoretical aspects of the course.
GSPE101
Physical Education includes activities designed to improve students' physical health, well-being, and fitness levels, helping them achieve the fitness standards expected of college students. This involves various physical exercises and activities to promote fitness and health.
MCET101
This course introduces the student to advanced knowledge of mechanical maintenance functions and techniques, including preventive maintenance, predictive maintenance, non-destructive testing, troubleshooting and fault diagnosis, lubrication, bearing types, sealing, leveling, alignment, and installation of mechanical equipment, maintenance of power plants, pump stations, hydraulic and pneumatic systems
MCET102
This course enables the student technicians to gain knowledge and develop their skills using measuring tools and equipment utilizing both the English and S.I. unit systems. The student will learn to measure with rules, tapes, calipers, verniers, micrometers, gauges, indicators, sine bar, and universal protractor. The course is supported by laboratory experiments
GSMA102
Calculus II deals with the concepts of integral calculus needed in mathematics, basic science, and technology. Topics include integration, techniques of integration, definite integrals and their applications, numerical integration, and differential equations
ELET104
This course introduces techniques to solve problems through computer programming using high-level computer language 'C'. The students will learn problem solving techniques, basic programming concepts such as input/output statements and control statements, use of sub-programs and structured data types such as arrays, pointers, and structures. The course is supported by exercises in the laboratory.
ELET204
This course deals with the fundamentals of DC and AC circuits, DC and AC machines, and electronic logic control circuits. The first part is devoted to study DC circuits. The second part considers both single-phase and three-phase AC circuits. DC and AC machines widely used in electric power plants are covered in the third part. Basic principles of semiconductors and their applications in control circuits are studied in the last part of this course
MCET221
This course covers advanced machining processes. It deals with a wide range of practical and theoretical work in the area of metal cutting and includes advanced machining operations
MCET222
This course deals with the principles of strength, stresses, and strains. Problem-solving skills are developed in areas of simple axial stresses, shear stress, stresses in beams, stresses in shafts, impact stresses, combined stresses, and buckling of columns. Laboratory experiments cover the area of materials testing, including tension, compression, torsion, bending, shear, impact, and hardness.
ENG201
ENG 201 - Technical Report Writing is a third-semester ESP course designed for students in the final year of the Associate Degree Program. This course solely focuses on writing reports. It aims at developing and enhancing students' ability to plan, draft, and produce a wide range of reports used in the professional world, and to improve their effectiveness by incorporating graphics, visuals, and other elements.
MCET224
This is an overview course on industrial inspection and quality control methods for manufactured parts. The course covers topics on inspection procedures, the use of standards, specifications, sampling techniques, statistical quality control (SQC), and the construction of the X - and R - control charts. Laboratory activities cover inspection techniques for linear and geometrical tolerances like flatness, squareness, roundness, and the use of inspection gauges and comparators.
MCET225
This course introduces the student to the design of machine tools. It introduces the students to the design process, concepts of factor of safety, and stress concentration. It concentrates on the design of machine tool elements and selection of standard mechanical components. Design of Jigs and fixtures is also introduced. Design exercises and mini projects are to be conducted during the course.
MCET227
This is an advanced course in industrial sheet metal processes. Problems of, shearing, cutting, forming, bending, folding, and fabricating sheet steel as related to the sheet metal industry are considered. Different industrial machine tools and presses used for the fabrication of sheet metals are also covered. Furthermore, friction and lubrication in sheet metal forming and deep drawing of round shapes are covered.
