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Track Record
Ammunition Storage Optimisation
Storage of ammunition is governed by a myriad of
safety constraints complicating what is already a difficult problem
of deciding how much of what to store where. The land around an
ammunition dump cannot be developed and Singapore needed to minimise
such sterilised land. The first study was undertaken manually by IT
experts for about 4 years without much success before Mr. Sim Cheng
Hwee (Managing Director of IDSC, then still in Mindef) used OR/MS to
develop a plan that required about 30% less floor space. This
translates into huge savings in terms of land and construction
costs. In recognition of its expertise, IDSC was awarded a contract
in late 1998 to develop another such model to optimise storage and
simulate retrieval activities at the underground ammunition
facilities. IDSC is providing the OR and ammunition domain expertise
in an on-going project to develop a leading-edge ammunition
logistics system that will transform military logistics in
Singapore.
Distribution Network Optimisation
A consortium of 6 large MNCs (Pepsi, Kraft,
Colgate, Maybelline, United Biscuits, Taiko Sugar) decided to share
their logistics in China and engaged a HK consultant to develop and
tender their distribution plan. ST Logistics engaged Mr Sim on
secondment from Mindef to help develop their tender response. In
about a month, a plan was produced that was conservatively about
8-12% lower cost (at least US$0.5m) than the tendered concept. This
enabled ST Logistics to clinch their first deal and set up
operations in China. Another successful distribution network project
was undertaken for Mobil Oil HK Ltd with a broader scope.
Manufacturing and marketing issues such as duties on raw materials,
pricing structure, sales territories, etc. was also addressed so
that Mobil could revise its corporate strategy for China as the
situation evolves. IDSC also completed a study of GE Plastics’
supply chain in Asia Pacific that mapped out the infrastructure and
inventory needed to support their plans.
Warehouse Design
The efficiency of a facility is highly dependent
on how well the concept, equipment, layout and processes are
designed. Such infrastructure projects are typically left to
architects and engineers who are not trained with OR/MS to view the
facility as a total system to develop robust designs able to meet
future needs under a range of scenarios. IDSC had helped clients
such as AMP, ST Logistics and YHS design their automated warehouses
so that requirements are correctly sized, potential bottlenecks are
identified, and impact of equipment choice and process on throughput
are assessed for foreseeable scenarios of future needs.
Fleet Routing
Distributing goods using a fleet of trucks is
still typically done manually. IDSC helped YHS, ST Logistics, CISCO
Security and Singapore Press Holdings (SPH) to develop GIS-based
routing systems that minimises cost while meeting a myriad of
constraints such as payload weight and volume constraints of a
heterogeneous fleet, time window constraints of pickups and
drop-offs, as well as refrigeration and vehicle docking needs. The
systems consider the road topology, typical speeds on each road
segment, loading and unloading times, etc to develop good routes and
realistic schedules. The SPH system included a GPS solution that
enabled managers to log-on to the internet to view progress of
newspaper delivery.
Manpower Modeling
IDSC consultants have developed OR/MS models to
help Mindef, Ministry of Home Affairs and Singapore Polytechnic
determine the stability of desired manpower profiles, design
policies that would move the organisation from the current to the
desired profiles, and evaluate the robustness of policies in the
face of uncertainties. IDSC also won the contract to deliver
planning solutions to complement the Singapore civil service HRMS
developed using SAP. These models enable top managers to
systematically and more objectively decide on the recruitment,
promotion and retention policies that will affect the strategic
health of an organisation. Without such models, managers would find
it difficult to understand the impact of various policies and their
complex interactions and may end up with myopic policies or policies
which pull in different directions. The target organisational
structure may also not be stable. By identifying the key parameters
and setting up a system to regularly scan the environment and update
the models, the client organisation would be able to move from
reactive to anticipative policy formulation. IDSC also offers
solutions that integrates the planning of vocations and staff
postings so that manpower planning is integrated.
Telecommunications Policy
Modeling
IDSC developed models that helped the
Telecommunications Authority of Singapore (now part of IDA) assess
the impact under different scenarios of the US FCC’s initiative to
lower the international accounting rates, effect of allowing
callback services, and the factors affecting Singapore’s position as
a telecommunications hub. One of the models was expanded to analyse
what countries Singapore should work with if it is to exploit the
fact that traffic in most cable systems varies through the day
because of time-zone effects. This would help to lower cable
investments needed to carry traffic into and out of Singapore and
better strategise on cable investments connecting other countries to
carry other telcos’ traffic.
Productivity Analysis
IDSC introduced data envelopment analysis to
POSBank to better understand the productivity of its more than a
hundred branches and several hundred ATMs. The branches and ATMs
were categorised by their characteristics and locational and staff
factors that affects productivity were identified so that a
systematic basis could be established for the network could be
continuously rationalised and improved.
Business Process Re-Engineering
The Singapore Police Force awarded a BPR contract
for its logistics, licensing and traffic police operations to a
consortium headed by Temasek Management Services (TMS). IDSC
provided the IT/OR expertise to analyse process options and propose
technologies to bring about and make permanent the quantum
improvement sought in BPR.
Technical Audit
Mindef awarded a contract to IDSC to conduct an
audit of its sole-source supplier of a sensor. The work involved
evaluating the appropriateness of cost estimation methodologies,
technologies and production processes used. It is relevant not only
to defence but also to sole source situations commonly encountered
when a strategic partner is engaged to provide say logistics
services on an exclusive basis.
Traffic Signals Optimisation
LTA awarded a contract to IDSC to conduct a pilot
study at Bras Basah Road to examine how OR/MS could help improve
traffic flow in congested situations. IDSC worked with University of
Florida’s Center for Transportation Research to apply its offline
optimisation model in this project.
Police Post Optimisation
Singapore Police awarded a contract to IDSC to
study how its network of police posts and police centres could be
optimised so that its community policing and public counter services
could be provided most efficiently. Through such work, the police is
recognising how analytical work can help ensure that plans and
doctrines are rigorously developed and are moving to establish such
an in-house capability.
Infrastructure
Compaq Asia Pacific awarded a contract to examine
how its network of repair centres in Thailand should be rationalised
to improve response time and service level. A foreign military
awarded IDSC a contract to masterplan one of its ammunition storage
facility.
Industrial Development
Jurong Town Corporation engaged IDSC to develop a
solution to optimise the re-development plan for industrial land in
Singapore. Factors considered include the plot ratio, type of land,
spread of lease expiries on each plot, proximity to other plots,
etc.
Waiting Times Study
Ministry of Health, Singapore commissioned IDSC
to conduct an OR study of the waiting times in public sector
hospitals and clinics. This study was completed in Q3 2002. It
enabled IDSC to conceptualise and recommend several fundamental
steps and solutions needed to address the problem.
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