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NAME MATRIC NO.
NOOR HASLINDA BINTI ADAN CD100197
NORAZIELA EFFIDA BINTI LOREN CD 100019
NOR FARAHDILA BINTI ISMAIL CD100056
NUR ASYIKIN BINTI ZAINUL ABIDIN CD100090
ELENGGESWARAN A/L MURUGESU CD110037
Industrial Engineering Tools
BDA 40402
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Industrial
Engineering
Tools
Project
Management
Sustainability
Manufacturing
ISO 14001
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METHOD OF
MANAGING THE
PROJECT
SCHEDULE
Gantt Chart Excellent models
for scheduling & for
budgeting
Excellent for
reporting &
presenting
Excellent forcommunicating
projects plans
Show progress
more easily &
quickly
Fishbone For manufacturing
& production Useful in project
management
planning
Useful
managementgenerally
Useful during
brainstorming
Very good for
identifying hidden
factor
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DESCRIPTION
Focuses on both how the product is made as well
as the products attributes. (includes the input,
manufacturing processes & product design)
Can range fromvery simple process
improvement to
large investment in
new technologies &
product redesign
Includes things such
as making products
using less energy &
materials, producing
less waste & use fewer
hazardous materials.
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Environmental
(Planet)
Economic
(Profit)
Social
(People)
Environmental sustainability-the ability to maintain rates of
renewable resource harvest, pollution creation, and non-
renewable resource depletion that can be continued
indefinitely.
Economic sustainability-the ability to support a defined levelof economic production indefinitely.
Social sustainability-the ability of a social system, such as a
country, to function at a defined level of social well being
indefinitely.
Sustainability
http://www.thwink.org/sustain/glossary/EnvironmentalSustainability.htmhttp://www.thwink.org/sustain/glossary/EconomicSustainability.htmhttp://www.thwink.org/sustain/glossary/SocialSustainability.htmhttp://www.thwink.org/sustain/glossary/SocialSustainability.htmhttp://www.thwink.org/sustain/glossary/EconomicSustainability.htmhttp://www.thwink.org/sustain/glossary/EnvironmentalSustainability.htm7/30/2019 KI (2).pptx
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Designing your
product to bereusable,
remanufacturable,
recyclable, or
biodegradeable
Working with
stakeholders like
customers andretailers to reduce
the environmental
impact of sales and
distribution
Expanding the life
of the product,
making it easier torepair or designing
it to use fewer
resources during
use
Using less
packaging,
lowering
product weight,
using more
efficient
transportation
and logistics
Modifying
production
processes to
use less energy,
water, and
materials and
to produce less
waste
Using fewer
materials and
inputs and
materials that
are non-
hazardous or
recycled
Using
renewable
materials that
dont deplete
the natural
environment
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Provides practical tools for companies andorganizations looking to identify.
Control their environmental impact and
constantly improve their environmentalperformance.
Focus on environmental management
systems. Internationally acknowledged standard for the
environmental management.
DESCRIPTION
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ISO 14001 prescribes controls for those
activities that have an effect on the
environment
natural resources
energy
consumption
handling and
treatment of waste
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COMPARISON
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Project Management Sustainability Management ISO 14001
To plan time, cost and
resources adequately to
estimate the work needed
and to effectively managerisk during project
execution.
An important part of the
ability to successfully
maintain the quality of life
on our planet.
To make environmental
management using the
standards a much easier.
STRENGTH
Fairly well defined project
framework Fairly well defined
responsibilities
Reduced manufacturing
cost Reduced operating
expenses
Increased sales
improved efficiency of
operations and processes cost reduction
reduced pollution
LIMITATION
Inability to manageproject with unspecified
budget/schedule.
Inability to fully align the
project objectives with
the business strategy.
Depending on theenvironment's ability to
meet current and future
needs imposed by the
state of technology and
social organization.
Did not solve anyenvironmental problems
but its control
environmental problem.
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Industrial engineering is a branchof engineering dealing with the optimization ofcomplex processes or systems.
It is concerned with the development, improvement,implementation and evaluation of integrated systemsof people, money, knowledge, information, equipment,energy, materials, analysis and synthesis, as well as themathematical, physical and social sciences togetherwith the principles and methods of engineering designto specify, predict, and evaluate the results to beobtained from such systems or processes.