| Course |
|
Objective |
|
Typical
topics covered |
|
Who
should attend |
| Transforming
pan-European business |
|
The
participant will take away:
A
sense of urgency for aggressively transforming a
pan-European Business
An
understanding of basic principals behind Business
network reengineering
A
framework to facilitate a pan-European business
transformation
A
strategy for reducing overhead costs
|
|
Why
the current interest in transforming pan-European
Businesses
A
brief review approaches
Why
the current interest in transforming pan-European
Businesses
Business
Network Reengineering as a framework to transform
pan-European business
Creating
a corporate vision
Developing
a Competitiveness Achievement Plan
Identifying
high level core policies, processes organisation and
information needs Target
metric Linking
the 4 steps and establishing priorities and plans |
|
This
seminar is designed for senior managers and enterprise
professionals of every discipline. |
| |
|
|
|
|
|
|
| Developing
a company's change capabilities |
|
Understanding
how to lead and guide employees through the phase of
change How
develop a culture that embraces continuous innovation
and change
How
to manage effectively the human side of change
How
to align structure, process, system and culture to
support successful change
How
to create and sustain culture change
How
to measure and evaluate the impact of change initiatives
How
to create and communicate a clear vision for
transformation How
to conduct skills gap analyses to determine new roles
during transformation |
|
Creating
and sustaining culture transformation
Enabling
learning during transformation
Becoming
a change agent to lead and effect change in your
organisation
Aligning
structure, process, system and culture to support successful
change
Managing
the human side of change
Identifying
and capitalising on opportunities for change
System
thinking |
|
Manufacturing
and support executives
Team
Leaders |
| |
|
|
|
|
|
|
| Best
practices overviews |
|
Understanding
and ownership of change Management
What
you want to achieve from change management
How
to make change happen
What
are the key message for your people |
|
Benchmarking
Total
quality project programmes and change management
Manufacturing
system redesign
Introducing
a modern simultaneous engineering product introduction
process
Designing
an IT strategy matched to business process
Supplier
development, supplies organisation simplification and
cost reduction
Developing
materials flow management systems for stock reduction
and supply system improvement
Design
for manufacture and assembly
Installing
effective project management systems supervised by
programme management
Using
modern quality support tools
Organising
the maintenance process
Process
capability improvement
Workshop
facilitation
|
|
This
seminar is designed for senior managers and enterprise
professionals of every discipline. |
| |
|
|
|
|
|
|
| Team
building |
|
Understanding
teaming Understanding
team based (cell) manufacture
Seeing
how it works through self-discovery
Developing
a 'back to work' action plan |
|
Communication
game
Laser
clay pigeon shooting
Human
table football inflatable game
Evaluation
of today's organisation issues
Old
way of working
Team
based manufacturing
New
way of working
What
are teams
Transformation
plans
|
|
Manufacturing
managers
Supervisors
Engineers
team leaders
Logistics
team leaders
support
team members
manufacturing
operators
|
| |
|
|
|
|
|
|
| Team
leader assessment and selection |
|
To
identify the best fit of candidate team leaders to the
job requirement |
|
Understand
the job requirement
Design
the assessment process
Train
in-house assessors
Identify
the candidates
Conduct
assessment centres
Review
results
Select
team leaders
Constructive
feedback to all candidates |
|
Selected
management team assessors |
| |
|
|
|
|
|
|
| Communication
skills |
|
To
build understanding of business aims and objective into
employees from the start and to gain their initial
support |
|
Presentation
skills
Facilitation
skills
Managing
meetings
Effective
team communications
|
|
Anyone
with an interest in good communication |
| |
|
|
|
|
|
|
| Business
process re-engineering |
|
To
understand the reason and benefits of business modeling
To
understand the purpose of and overall scope of each
phase BPR
To
understand the principles of creating the organisation
relationship map, the high level process map, customer
analysis and establishing process improvement priorities
To
understand the main concepts of the case for action, the
governance structure, scoping and scaling, goal setting,
problem analysis, and project planning
To
understand the high level task structure in process understanding
and the interrelationships between the tasks.
To
understand the key techniques used in defining new
process options, evaluating the options and fully
defining the option selected
To
understand the key aspects of information which need to
be understood
To
understand the transition task structure and the key
issues involved in new process implementation
|
|
Business
modeling and process concepts
Overview
of change approach
General
features and functions of modeling tools
Enterprise
modeling
Project
initiation
Process
understanding
New
process design
Information
modeling
Business
transition
|
|
This
session is a must for strategists, managers, and
analysis involved in process-based, organisation change.
It is suitable for those with process experience as well
as new change practitioners. Most importantly, this
seminar will position you to become an Agent of Change
for process-based renewal. |
| |
|
|
|
|
|
|
| Business
process modelling |
|
When
to use business process modelling
The
steps in the process modelling
An
understanding of analysis techniques
How
to develop critical measures for evaluating business
performance
|
|
Introduction
to business process
Define
process vision and scope
Modelling
current process
Modelling
techniques
Measuring
processes
Designing
hew processes
Modelling
and validating a new process
|
|
Managers
and professional involved in implementing or influencing
process change. |
| |
|
|
|
|
|
|
| Total
quality |
|
Define
total quality
Describe
total quality components
Identify
customer-supplier relationships
Describe
the categories of total quality tools and how to use
them
Identify
how to measure cost of quality
Conduct
an quality assessment
Apply
total quality management
Describe
how to improve business process quality and
effectiveness
|
|
What
is total quality
The
Total Quality organisation (TQO)
TQO
- Structure
TQO
- System
TQO
- Culture
Departmental
purpose analysis
Skills
levelling
Natural
Groupings
None-Value-
Added Activities and Their Elimination
The
Matrix Organisation
A
Systematic Approach to quality
Statistical
process control SPC
Failure
Mode and Effects Analysis FMEA
Taguchi
methods
Poka
Yoke
Quality
Function Deployment QFD
Quality
function deployment II
Process
capability improvement
Quality
problem solving by experimental design- shainin
methodology
Design
for assembly
Design
for manufacture
Design
to cost target cost
Ergonomics
in total quality management
Aligning
system engineering quality techniques to the product
introduction process
The
role of total quality assurance
Application
of job structure simplification via skills levelling
integration
Business
process and cellular structures |
|
Managers
and business personnel who require quality information.
Also, quality personnel. |
| |
|
|
|
|
|
|
| Step
to JIT manufacture |
|
The
participant will take away understanding how to create a
manufacturing process:
To
be competitive
To
produce low cost products
To
produce high quality
To
deliver our products on time
To
produce products in the mix the market requires
|
|
JIT
overview
Kanban
Supplier
integration
Levelled
schedules
Continuous
improvement
Process
changeover reduction
The
cellular factory
U-shaped
piece at a time cell
Standard
working
Visual
control
Labour
balancing
Specially
developed small process plant units
Mixed
mode operation
Materials
flow channel design
Cell
design
|
|
This
session is a must for manufacturing professionals, and
analysis involved in process-based change. |
| |
|
|
|
|
|
|
| Six
sigma Lean
manufacture |
|
Define
how a six sigma lean manufacturing operates
Recognise
difference between push, pull and cell operating
techniques
Demonstrate
single-piece flow and standard work concepts
Define
the use and techniques of kanban control mechanism
Identify
value-added and non value-added activities within a
process
Apply
visual factory improvement techniques
Align
value stream activities into a continuous flow, pulled
process
Define
operational characteristics of product supply chain
integration
Develop
a concept of six sigma metric for a lean manufacturing
process
|
|
Introduction
to six sigma lean manufacture
The
difference between six sigma manufacturing and
traditional approaches
The
basic key dimensions of six sigma lean manufacture and
tools
Built
in quality and continuing improvement
Just-in-Time
Operational
stability
Skill
levelling/Labour balancing
Six
sigma lean manufacturing metrics overview
The
5 phase approach to implementing six sigma lean
manufacturing
Six
sigma lean manufacturing assessment tool
Current
state mapping
Overall
equipment effectiveness analysis
Six
sigma lean analysis guide workshop
Future
state visioning & objective setting
Future
state map development
Rapid
actions for process improvement deployment
|
|
Anyone
who will be managing or participating on a team that
will be working to improve a production or transaction
processes. |
| |
|
|
|
|
|
|
| Supply
chain management |
|
To
familiarise business executives with the best supply
chain practices in:
Benchmarking
supply chain
Supply
chain improvement
Category
management concepts
Inventory
management
Electronic
commerce tools
|
|
General
overview supply chain management
Supply
chain benchmarking & re-engineering
Logistic
management
ABC
classification
Forecast
& inventory management
Production
scheduling & Shop floor control
e-commerce
for supply chain management
Current
systems that enables supply chain management
Advance
topics in supply chain management
|
|
This
session is a must for managers and people involved in
supply chain and logistics processes. |
| |
|
|
|
|
|
|
| Dealing
suppliers |
|
To
develop an understanding of the factors critical to
supplier development addressing:
Selecting
the most appropriate suppliers to develop
Identify
how well suppliers' capabilities meet business needs
Use
diagnostic methods to establish cost drivers in the
supply chain and thereby develop a value improvement
plan
Establish
key measures of performance and implement effective
feedback systems
Generate
trust and commitment with suppliers
|
|
Supply
process objective
BPR
overview
Supply
inventory
categories
(Pareto analysis)
JIT
material logistics
Goods
inwards process
Supplier
development
Supply
planning
Flexibility
/ lead-times
EDI/Internet
requirement
|
|
Managers and people involved in
logistic processes. |
| |
|
|
|
|
|
|
| Product
introduction process |
|
To
develop an understanding of the factors critical to
deliver a mature product by:
Applying
appropriate risk management techniques
Conducting
representative analyses and test
implementing
a robust PIP
Acting
and prioritising problems indications early
having
adequate system to record and consistently apply design
rules and criteria
Managing
resources effectively
|
|
The
need for change
Quickening
change
Simultaneous
engineering
Concurrent
engineering
Management:
in control of product development
Product
introduction process enhances design
Robust
products for manufacturing
Product
introduction process makes friends with manufacturing
Vendors
customer-driven
Total
quality control becomes a reality
PIP
is wasted without CAD/CAM
Starting
PIP
Managing
PIP
Future
PIP
|
|
It
will be of direct benefit to process, production, design
or development managers in manufacturing, strategic
directors. quality managers and technical directors.
|
| |
|
|
|
|
|
|
| Reliability
productive maintenance |
|
The
participant will take away understanding how:
To
optimise maintenance
To
devolve maintenance skills
To
minimise unplanned downtime
To
reduce administration overheads
To
capture on plant data
|
|
Introduction
to engineering and maintenance function
Measures
Run-to-failure
Condition-based
(Predictive) maintenance
Reliability
centred maintenance
Total
productive maintenance
The
RCM decision diagram
Maintainability
policy
Maintenance
planning policy
|
|
Managers and people involved in
engineering and maintenance processes. |
| |
|
|
|
|
|
|
| Computer
applications |
|
To
ensure that your IT is owned and understood by the
executive team with no IT knowledge required
To
make cost-effective use of IT as a global multi-site
business
To
define a IT support for the Product Introduction, and
Support Processes
To
understand Office Information and Computer Integrated
Architectures
To
use a simple framework when selecting one of the
different types of simulation packages
To
exploit computer aide manufacture
|
|
Information
system strategy
IT
Architectures for cost-effective organisation support
TI
standards
IT
support for product introduction process
IT
for the support processes
Office
IT systems
Business
to business
Machine
systems integration in manufacturing operations
Computer
aided design CAD
Computer
aided manufacture CAM
Computer
aided process planning CAPP
The
product unit integrated engineering database
The
elements of computer aided manufacturing system control
|
|
Non-IT
directors and managers with responsibility for
sponsoring IT investment.
You will not need any technical IT knowledge |
| |
|
|
|
|
|
|
| Customers
relationship management |
|
Understand
the key issues around CRM
Present
a compelling case CRM
Develop
a CRM strategy
Transform
your organisation
Select
the right technologies for the right opportunities
|
|
CRM:
What it's really all about
Marketing
process
Sales
process
Service
delivery process
R
& D and product development
Strategic
planning
The
CRM transformation process
Business
metrics to support CRM
|
|
Senior
business and IT managers
Sales
and marketing managers
Partnership
relationship managers
IT
professionals
Process
analysis and designers
Strategic
planners architects
Project
managers
|
| |
|
|
|
|
|
|
| Cost
control |
|
How
to monitor the cost of a particular process
How
to identify the various components of cost
|
|
Traditional
approach to product costing
The
way forward
Team
based structure
Budgets
Alternative
method: Activity Based Costing
Alternative
method: Process Team Based Costing
Strengths
and weakness
Corporate
requirement
|
|
Non
financial managers and team leaders |
| |
|
|
|
|
|
|
| Balance
score card |
|
How
to monitor and thereby control an organisation's
effectiveness and competitiveness |
|
Introduction
Current
methods of performance measurement
Objectives
of performance
Types
of performance measurement
Balance
score card
Implementing
balance scorecard
Systems
|
|
Non
financial managers and team leaders |
| |
|
|
|
|
|
|