Page 95 - Academic Handbook FKM 2017-2018

REFERENCE SYNOPSIS
a. UTeM Guideline Handbook for Industrial Each student is required to prepare and send
Training. technical report for evaluation purpose. Report that
will be prepared must be complied with the format
and criteria that is fixed by faculty. Details format
DMCU 2972 INDUSTRIAL TRAINING REPORT of report has been explained in the industrial
LEARNING OUTCOMES training handbook.
At the end of this course, students should be able to: REFERENCE
LO1 Explain detail about training and flow of a. Evelyn, K., 2010, Report writing, McGraw –
activity/work. Hill.
LO2 Discuss result/finding that has been obtained b. Jack, F.O., 2008, Writing Skills for Technical
from training. Students, 6th edition, Prentice Hall Pearson.
LO3 Make conclusion based on engineering c. Phyllis, C., and Mary, R.L., 2008, Writing at
practice work. University: a guide for students, 3rd edition,
Maidenhead: Open University Press.

YEAR 3 COURSES - PROGRAMME CORE

DMCT 3133 THERMODYNAMICS II LO3 Define and analyze the operation of
LEARNING OUTCOMES spark and compression ignition engines;
At the end of this course, students should be able Evaluate the performance characteristics
to: of IC engine consists of indicated HP,
LO1 Define the thermodynamics cycles, air brake HP, mechanical efficiency, specific
standard cycles, heat engines, Brayton fuel consumption and volumetric
cycle, gas turbines and the related efficiency.
processes, calculate the thermal LO4 Explain the principle of reciprocating
efficiency, gross work output, net work air compressors, indicator diagram and
output and work ratio for basic gas calculation of power required for single
turbine, gas turbine with intercooler and stage and multistage for ideal and
gas turbine with reheat. actual compression.
LO2 Define and analyze the operation of LO5 Describe the reverse Carnot cycle and
ideal Rankine cycle, reheat and the vapor compression refrigeration
regenerative cycle for steam power system and the related components,
plant, calculate the efficiency and work determination of efficiency and COP for
ratio for each cycle. each cycle.

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