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Success is the program – The curricula of Siemens Power Academy TD

The curricula of Siemens Power Academy TD

> 5 years

> 2 years

> 1 year

Professional experience

To support you in this, Siemens Power Academy TD has developed its own competence development program. This program will allow you to perma-nently expand your knowledge and build up your expertise. Our program is based on the curriculum concept.

In contrast to individual training sessions, each curriculum contains a structured, logical combination of several courses on one specific topic. This allows the necessary skills and abilities to be devel-oped.

Every curriculum includes three levels: Associate, Advanced, and Expert (see graphic). Each level includes a combina-tion of courses that build on each other. Knowledge is tested at the end of each level to validate successful learning.

Efficiently gaining knowledge

Well-trained employees are vital for successful companies. The challenge comes from increasingly rapid transformation of the economic environment and technologies. Faced with changes like this, continuously improvement of skills and knowledge is essential if you are to be a reliable resource who contributes to the success of the company.

The advantages for you:Continuous, structured acquisition ■

of learning and experience has been shown to improve the quality of work and reduce error rates. This in turn increases effectiveness and saves money.Testing of the knowledge you have ■

acquired increases your awareness of what you have learned and shows how you have improved.

Regular certification makes it possible ■

to retain the valuable knowledge you have acquired and to remain at the same high level as technologies develop.Certification/evidence of what you ■

have learnedEmployers fulfill ISO Standard 9001 ■

because the acquisition of knowledge by their employees can be traced, demonstrated, and documented.

You also benefit from the price: Register for all required courses and the associated e-tests for one level at the same time and you will receive a 70 percent discount on the associated e-tests.

Qualification levels

Associate level

Advanced level

Expert level

Objectives:The participant can perform specific technical tasks under supervision as part of his/her professional routine.

Objectives:The participant can independently perform technical tasks as part of his/her professional routine and can develop the necessary solutions on his/her own.

Objectives:The participant can independently perform complex technical tasks and is able to communicate solutions to third parties for implementation.

Qualification levelsAssociate: Participants acquire funda-mental knowledge about the selected curriculum topic which can then be used to further structure their professional experience. Associates are able to com-plete specific tasks under supervision as part of their professional routine.Advanced: This level builds on Associates’ knowledge and professional experience. Participants can use what they learned in the Advanced level to independently perform tasks as part of their professional routine and to develop the necessary solutions themselves.Expert: To achieve this level, participants must already have used knowledge gained from the Advanced level as part of their day-to-day work. They can inde-pendently perform complex tasks based on their comprehensive professional experience and the additional knowledge that they acquired during the Expert level. They are also able to communicate complex relationships and solutions for implementation by third parties.

Validation of qualificationsQualifications are validated by one theo-retical test for each course. In addition, before entering the Advanced and Expert levels, participants must demonstrate successful completion of the previous level. Practical experience must also be documented.

Practical experience for the Advanced level:Participants must show a minimum of two years of project experience in a position that is at least equal to a project employee.

Practical experience for the Expert level:Participants must show a minimum of one year of project experience in a position that is at least equal to a subproject manager.

Acceptable documentation of practical experience includes factory acceptance tests (FAT’s), site acceptance tests (SAT’s), or other similar acceptance tests signed by the final customer which show in writing that the person requesting certification held an appropriate position while partici-pating in the project.

The Siemens Power Academy TD curriculum concept at a glance

The testParticipants may take the Web-based theoretical test after completion of coursework. Participants must register for the test and take it within four weeks. The test may be suspended and later resumed during that time. Participants should plan on spending two to three hours on each test. The test may be repeated no more than two times if the first attempt is unsuccessful.

RecertificationCertification is valid for five years. Certification may be renewed by taking the appropriate theoretical tests or, if the technology has changed, by taking modified or new courses.

Additional certificationThe Power Academy also offers “Certification according to Commission Regulation 305/2008 (EC) approved by the United Kingdom Department for Environment, Food and Rural Affairs (DEFRA) and independently recognized by EUSR” for SF6 gas handling; see “Certification according to Commission Regulations.”

How to earn a certificate

The supervisor and the employee review the employee’s current level of knowledge and compare ■

it with the requirements. Siemens Power Academy TD is happy to assist with this.Determination of curriculum and qualification level. ■

Register for the training sessions you have chosen at ■ www.siemens.com/energy/power-academy-td or by e-mail at [email protected] participant takes all required courses as a minimum. ■

The employee registers for and completes all required e-tests (ten multiple-choice questions per day per course) ■

for the chosen level from the individual curriculum.After passing the e-test (at least 60 percent of answers are correct), ■

the employee prints out the confirmation of participation.Each test can be repeated two times if the first attempt is unsuccessful. ■

If the employee fails to pass the third test: ■

➜ Repeat the training or register for a lower qualification level.

The employee or supervisor submits all of the required documents to Power Academy TD: ■

– Proof of qualification (confirmation of having passed the tests)– Documentation of the required experience (see paragraph on “Validation of qualifications” on page 4)

and job-based CV

Power Academy TD reviews the documents. ■

If all criteria are fulfilled: ■

➜ Certificate is issued (valid for five years) by Power Academy TD.If all criteria have not been fulfilled, the certificate is not issued. ■

There is generally a lack of experience in such cases. ➜ Additional experience will be necessary (further training and tests are not necessary over the next five years).

Curriculum SICAM PAS Substation Automation

Fundamentals of telecontrol and automation

DIGSI 4 – Advanced – Protection and control functions

SICAM PAS – Troubleshooting for service and maintenance

DIGSI 4 – Basics – Protection and control functions

Booking code 40-0AD-AA0

Booking code 40-0SE-DD2

Booking code 40-0AE-DB3


SICAM PAS – Basic Course

SICAM PAS – Parameterization

SICAM PAS CC – Configuring an operator station

Booking code 40-0AE-DA1



Basics Ethernet – IEC 61850 – GOOSE – Configuration with DIGSI 4

IT networks – basics

ggBooking code 40-0SE-DD3

Booking code 85-3XE-GA1

SICAM PAS – Automation with CFC, ST and SFC

IT networks in automation



SICAM – System diagnosis for experts – part 1 (system independent)

IT security in automation

IT security – basics




SICAM PAS – System diagnosis for experts – part 2 (PAS specific)

SIMATIC WinCC, Advanced configuration, Options for networking and access to Database


Booking code 40-0AE-DB4

Curriculum SICAM PAS ■

Substation AutomationCurriculum SICAM 1703 ■

Substation AutomationCurriculum Engineering ■

Substation Control SystemsCurriculum SICAM 230 SCADA ■

Curriculum SIPROTEC Bay Controller ■

Curriculum SIPROTEC Protection: ■

Service Power Transmission & Distribution (commissioning, operation, testing, maintenance)


Service Power Generation and Industry (commissioning, operation, testing, maintenance)Curriculum SIPROTEC Protection: ■

Planning Power Transmission & Distribution (planning, engineering, fault analysis)Curriculum SIPROTEC Protection: ■

Planning Power Generation and Industry (planning, engineering, fault analysis)

Curriculum ■

Distribution Systems Technology*Curriculum ■

Power Systems Technology*Curriculum PSS®E ■

Network Planning and Analysis*

* Available in English only – takes place in the USA

Curricula at a glance

Associate Expert

Associate Advanced Expert Recommended Courses can be ordered at: www.siemens.com/energy/power-academy-td

Advanced

Curriculum SICAM 1703 Substation Automation

Fundamentals of telecontrol and automation

DIGSI 4 – Advanced course – Protection- and control functions

SICAM 1703 Workshop – Configuration and application of Profibus and Modbus interfaces

SICAM 1703 Workshop – Configuration and application of an IEC 60870-5-103 Interface


Booking code 40-0AE-AA0


40-0AE-AE7Booking code 40-0SE-DD1

SICAM 1703 – Service

SICAM 1703 – Basic Course

SICAM 1703 – Engineering

SICAM 1703 – CAEx Plus

Booking code 40-0AE-AD4




Basics Ethernet – IEC 61850 – GOOSE – Configuration with DIGSI 4


g



SICAM 1703 Workshop – Configuration and application of an IEC 61850 interface

SICAM 1703 Workshop – Configuration and application of an IEC 60870-5-101/104 interface


40-0AE-AE4


SICAM – System diagnosis for experts – part 1 (system independent)


SICAM 1703 – System diagnosis for experts – part 2 (1703 specific)






40-0AE-AE5

40-0AE-AE6

Associate Expert


Advanced

Curriculum Engineering Substation Control Systems



KKS-system/Power plant designation system – e-Learning

ELCAD 7.5.0 Basic Training

SICAM 1703 – Basic course

SICAM PAS – Basic course

Booking code KKS-SYSTEM

g

Booking code 00-3GE-XA3



SICAM 1703 Workshop – Configuration of BC 1703 ACPggBooking code 40-0AE-AE1

DIGSI 4 – Advanced – Protection and control functions

TM 1703 (e)mic – WebParameterization



SICAM 1703 Workshop – Configuration of a SICAM PAS couplingg pp ggg

Booking code 40-0AE-AE2

Basic knowledge of system protection communication of power transmission and distribution networks

Booking code 40-0SE-DA7

Associate ExpertAdvanced












Curriculum ■







Curriculum SICAM 230 SCADA

SICAM 230 V6.x Configurationg

Booking code 30-3JE-BD3

Toolbox II – Basic course

SICAM 1703 – Basic Course





SICAM 230 V6.x CE – Workshop configuration and application



p g ppppp




IEC 61850 – The standard for substation automation – basics



Booking code 40-0VE-AA5



SICAM 230 Workshop – Network monitoring with SICAM 230 NWM






Curriculum SIPROTEC Bay Controller



Engineering of bay controllers 6MD66 with IEC 61850

Booking code 40-0AE-DC1

Basics of communication networks and the application in power transmission and distribution

Booking code 40-0VE-DA1

Basics Ethernet – IEC 61850 – GOOSE – Configuration with DIGSI 4g


DIGSI 4 – CFC workshop


SICAM PAS – Parameterization














Curriculum ■







Curriculum SIPROTEC Protection: Service Power Transmission & Distribution(commissioning, operation, testing, maintenance)

SIPROTEC – Guided exercises for basic functions

Booking code 40-0SE-DF7

Protection technology – additional functions

Basics of power system technology for T&D – Part II

Basics of power system technology for T&D – Part I

SIPROTEC 4 – Application, exercises

DIGSI 4 – Basics – protection and control functions

Protection technology – principles

Booking code 40-0SE-DG1

Booking code 10-0NE-DA2


pp


p



Basics Ethernet – IEC61850 – GOOSE – Configuration with DIGSI 4

Basics of current and voltage transformers

SIPROTEC 4 – Secondary testing of protection relays with the OMICRON test system


ggBooking code 40-0SE-DJ4


Accessory equipment for protection systems

SIPROTEC 4 7SJ – Intensive course – overcurrent protection

DIGSI 4 – Advanced – protection and control functions

p y

Booking code 40-0SE-DJ3

ppBooking code 40-0SE-DG2


Intensive course – protection and substation automation on a substation model

SIPROTEC 4 7SS – Intensive course – busbar protection

SIGRA – Efficient interpretations of fault records

SIPROTEC 4 7SD – Intensive course – line differential protection

SIPROTEC 4 7UT – Intensive course – transformer differential protection

SIPROTEC 4 7SA – Intensive course – distance protection


ppBooking code 40-0SE-DF2

Booking code 40-0SE-DE1

p


p





Curriculum SIPROTEC Protection: Service Power Generation and Industry(commissioning, operation, testing, maintenance)












pp






SIPROTEC 4 – Secondary testing of protection relays with the OMICRON test system

g


ggBooking code 40-0SE-DJ4

Booking code 40-0SE-GF6

Accessory equipment for protection systems

SIPROTEC 4 – Application and exercises of generator/motor protection

DIGSI 4 – Advanced – protection and control functions

p yp yBooking code 40-0SE-DJ3



SIPROTEC – Guided exercises for experts

SIPROTEC 4 7UM & 7VE – Intensive course – machine/motor protection

SIPROTEC 4 7UT – Intensive course – transformer differential protection

SIPROTEC 4 7SA – Intensive course – distance protection

SIPROTEC 4 7SJ – Intensive course – overcurrent protection


SIPROTEC 4 7SS – Intensive course – busbar protection

SIPROTEC 4 7SD – Intensive course – line differential protection

ppBooking code 40-0SE-DJ6

p



ppBooking code 40-0SE-DA3

ppBooking code 40-0SE-DG2

ppBooking code 40-0SE-DE1















Curriculum ■







Curriculum SIPROTEC Protection: Planning Power Transmission & Distribution (planning, engineering, fault analysis)












pp


p


p p


Calculation and optimization of protection settings by using a network planning tool


Current and voltage transformers – intensive course


g



Design and settings of protection schemes for power systems

DIGSI 4 – CFC Workshop


ppBooking code 40-0SE-DD4

Expert workshop – power system protection on a real time digital simulator RTDS

Designing settings for system protection – intensive course

Communication networks and the application in substations

Dynamic power system faults – simulation and evaluation


Booking code 40-0SE-DB5


pp


Booking code 20-0NE-DD3

pBooking code 40-0SE-DE1














pp


p


p p


Calculation and optimization of protection settings by using a network planning tool




g


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Design and settings of protection schemes for power generation and industry

DIGSI 4 – CFC Workshop


pBooking code 40-0SE-DD4

Expert workshop – generator/motor protection on a real time digital simulator RTDS

Designing settings for generator/motor protection – intensive course

Communication networks and the application in substations

Dynamic power system faults – simulation and evaluation




pp


Booking code 20-0NE-DD3

ppBooking code 40-0SE-DE1













Curriculum ■







Curriculum SIPROTEC Protection: Planning Power Generation and Industry (planning, engineering, fault analysis)

Curriculum Distribution Systems Technology

Introduction to distribution systems and power circuit analysis (NERC)p y

Booking code PDEC 500

Power flow analysis with applications

Fundamentals of overhead line design

Introduction to project management for power system engineers

Booking code PSEC 505

Booking code PTEC 500

p y g


Distribution Transformers, Grounding and Protection (NERC)

Introduction to substation engineering and operations

g ( ))


g g p


Understanding system losses (NERC)

Low voltage secondary networks (NERC)



Using Python to integrate PSS®E workflow

PSS®E – Advanced dynamic simulation

PSS®E – Modeling writing

Reactive power planning using PSS®E

Distribution automation and analysis for the smart grid

Power system reliability

Fundamentals of protective relaying

Advanced transmission planning with modern network analysis tools

Booking code PSSC 600

y


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y


3 courses and e-tests

1 elective and e-test

4 required courses and e-tests


4 elective courses and e-tests at the 600+ level

Associate Advanced Expert

Available in English only – takes place in the USA

Courses can be ordered at: www.siemens.com/energy/power-academy-td

Curriculum Power Systems Technology

Introduction to distribution systems and power circuit analysis (NERC)




Introduction to project Management for power system engineers



p y g


Analytical methods for voltage control and reactive power planning (NERC)

Introduction to power system dynamics (NERC)


y ( )


Power system studies for wind integration (NERC)

Power system scheduling and operation (NERC)

g ( )


p ( )











y


g g


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Power system reliabilityy yBooking code PSEC 638


y





















Curriculum ■















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Power system reliabilityy yBooking code PSEC 638


y


Curriculum PSS®E Network Planning and Analysis

Introduction to distribution systems and power circuit analysis (NERC)p y




Introduction to project Management for power system engineers



p y g


PSS®E – Introduction to power flow and steady state analysis (NERC)

PSS®MUST – Managing and utilizing system transmission

y y ( ))


g y


PSS®E – Introduction to dynamic simulation

PSS®E – Advanced power flow

y


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www.siemens.com/energy

Published by and copyright © 2011: Siemens AG Energy Sector Freyeslebenstraße 1 91058 Erlangen, Germany

Siemens Power Academy TD E D SE PTI PA Humboldtstraße 5990459 Nürnberg, GermanyPhone: +49 911 433-7415Fax: +49 911 433-5482E-Mail: [email protected]/energy/power-academy-td

Power Distribution DivisionPrinted in GermanyTH 048-100763 WS 0211

Printed on elementary chlorine-free bleached paper.

All rights reserved. Trademarks mentioned in this document are the property of Siemens AG, its affiliates, or their respective owners.

Subject to change without prior notice. The information in this document contains general descriptions of the technical options available, which may not apply in all cases. The required technical options should therefore be specified in the contract.

Documents

Enter the network of expertise - Home - English - Nigeriasiemens.com.ng/pool/home/curriculum_of_spa.pdfCurriculum SICAM PAS Substation Automation Fundamentals of telecontrol and automation