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The seminar discusses key economical and technological
benefits of model based development including an introduction to
UML (Unified Modeling Language) and SysML (Systems Modeling Language).
Length: ½ day
The use of UML 2.0 and SysML is a major step
forward for model driven development and provides comprehensive
support for all phases from analysis of business needs and specification
of requirements, to construction and acceptance of deliverables.
With UML 2.0 and SysML it is possible to achieve high precision
and quality on specifications, planning of realization, investment
decisions, construction blueprints and validation of deliverables.
The seminar discusses the key economical and technical benefits
for model driven development based on the UML 2.0 and SysML standards
with a primary focus on successful analysis of business needs, requirements
specification, system specification and validation of deliverables
for technical and information systems. The seminar also discusses
the primary root cases for budget overruns, delayed delivery, high
maintenance costs and the key focus areas to eliminate these cost
driving factors.
The seminar also includes practical modeling examples on the application
of UML 2.0 and SysML for business process mapping, requirements
specification, product specification, size estimation, planning
and acceptance testing.
UML is defined as a "graphical language for visualizing, specifying,
constructing, and documenting the artifacts of a software-intensive
system. The UML offers a standard way to write a system's blueprints,
including conceptual things such as business processes and system
functions as well as concrete things such as programming language
statements, database schemas, and reusable software components.
The UML represents a collection of the best engineering practices
that have proven successful in the modeling of large and complex
systems."
Systems Modeling Language (SysML) is a general-purpose modeling
language extending UML for systems engineering applications. SysML
supports the specification, analysis, design, verification and validation
of a broad range of complex systems. These systems may include hardware,
software, data, personnel, procedures, and facilities. SysML is
also aligned with the ISO 10303 AP233 STEP standard. AP233 is in
addition a part of the ISO 10303 AP 239 PLCS standard. SysML also
includes a standardization of textual requirements traditionally
managed with word processors like MS Word or proprietary requirements
tools. This enables tight integration of traditional requirements
specification with functional and structural models in one integrated
model based on the UML/SysML industry standards.
UML/SysML models have superior precision and information density
compared with traditional text based requirement specifications
and enable the precise specification of complex logic. UML/SysML
also enables early verification of correctness and completeness
of requirements and system specifications. UML also has wide acceptance
as an industry standard for information system blueprints now extended
with SysML for systems engineering.
The seminar also discusses evaluation and improvement of development
organizations with the Capability Maturity Model (CMM) and Six Sigma
quality system.
Upon completion you have a good understanding of the key benefits
of model driven development with UML 2.0 and SysML to achieve successful
identification of customer needs, specification of solution, planning
of realization and validation of delivery.
Purchasers of systems development, CEO's, CIO's, IT managers, business
managers, project managers, system analysts and all that are interested
in economical and technological aspects on model driven development
with UML 2.0 and SysML.
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The seminar discusses key economy and technology factors
and a pragmatic model for successful specification and planning
of investments in information systems and technical systems using
UML and SysML.
With state of the art Blueprint Technology for specification of
information systems is it today possible to achieve a high precision
on the bases for calculation, investment decisions, planning of
realization and validation of delivery.
The seminar focuses on key aspects for successful specification
of information systems, size estimation and validation of delivery.
The seminar introduces how to successfully perform business process
mapping, feasibility study, requirements specification, product
specification, size estimation, planning and acceptance testing
of information systems. The seminar also discusses the primary root
cases for budget overruns, delayed delivery, high maintenance costs
and the key focus areas to eliminate these cost driving factors.
The seminar also introduces business process mapping, requirements
specification and product specification with the Unified Modeling
Language (UML) blueprints and system size and cost estimation with
Function Point (FP) analysis for well-founded investment decisions.
UML has a high precision and information density compared to traditional
text based requirement specifications and enable precise specification
of complex logic. UML enable early verification of correctness and
completeness of requirements and system specifications. In addition
UML enable seamless integration of business process models/ blueprints
with the information system blueprints. UML also have a wide acceptance
as an industry standard for information system blueprints.
Specifications with UML are a superior basis for procurement and
calculation of information systems and as an interface between the
customer and supplier that can be an internal IT-department, an
external contractor or a supplier of standard systems.
For size estimation of information systems has Function Points a
wide acceptance as the most accurate metric and as a base for economic
decisions. Function points can be compared to other units like m²,
m³, watt etc. and is regarded as the most fair and technology
neutral unit for procured and delivered "goods" (i.e.
functionality).
The seminar also discusses evaluation and improvement of development
organizations with the Capability Maturity Model (CMM) and Six Sigma
quality system.
In addition the seminar includes how to seamlessly integrate business
process models/blueprints with the information system blueprints.
This approach enables a complete view of the information system
support for the business and is an excellent base to verify that
the system provides a correct support for the customers business
and as a base for IT-value analysis.
Upon completion you have a good understanding
of the key technology to achieve successful identification of customer
needs, specification of solution, planning of realization, validation
of delivery and IT-value analysis.
Purchasers of information systems, CEO's, CIO's, IT managers, business
managers, project managers, system analysts and all that are interested
in economy and technology aspects on specification and estimation
of investments in information systems and technical systems.
½ day
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Swedish
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Development of precise, complete and unambiguous
specifications that matches the business needs is the key to successful
development or procurement of information systems. Specifications
of high quality also enable development of cost efficient realization
with low risk. Precise specifications are also the base for correct
estimates of systems size and development effort and enables well-founded
investment decisions and unambiguous verification of delivery.
The course primary focus is practical application
of the Unified Modeling Language (UML) to produce blueprints for
systems development or procurement of standard systems. The course
also discusses how to calculate system size with Function Points
(FP) based on UML blueprints. Function Points is an implementation
independent measure of an information systems functional size and
is regarded as the most efficient approach to measure system size,
development costs and delivery time.
UML has a high precision and information density compared
to traditional text based requirement specifications and enable
precise specification of complex logic. UML enable early verification
of correctness and completeness of requirements and system specifications.
In addition UML enable seamless integration of business process
models/blueprints with the information system blueprints. UML also
have a wide acceptance as an industry standard for information system
blueprints.
Specifications with UML are a superior basis for
procurement and calculation of information systems and as an interface
between the customer and supplier that can be an internal IT-department,
an external contractor or a supplier of standard systems.
Upon completion you have a good practical understanding how to develop
requirement and system specifications with UML to produce precise
and formal blueprints for information systems. You have also got
an introduction to Function Point analysis and knowledge how to
apply UML for bid specifications, procurement and planning of investments
in information systems.
Customers, business analysts, system analysts,
project managers, project leaders, systems developers and all that
are interested in specification and planning of investments in information
systems.
3 days
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English »
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Swedish
»
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