CREDENTIALS &
CERTIFICATIONS
2016
THE COMMUNITY FOR TECHNOLOGY LEADERS
THE COMMUNITY FOR TECHNOLOGY LEADERS
CONTENTS
SWEBOK KNOWLEDGE AREA CERTIFICATES
Software Requirements
5
Software Design
6
Software Construction
7
Software Testing
8
Software Maintenance
9
Software Configuration Management
10
Software Engineering Management
11
Software Engineering Process
12
Software Engineering Models and Methods
13
Software Quality
14
Software Engineering Economics
15
SOFTWARE ENGINEERING ASSOCIATE
CERTIFICATIONS
IEEE CS Software Development
Associate Engineer Certification
19
IEEE CS Software Quality & Maintenance
Associate Engineer Certification
21
IEEE CS Software Engineering Management
Associate Engineer Certification
23
PROFESSIONAL CERTIFICATIONS
Professional Software Developer Certification
27
Professional Software Engineering Process
Master Certification
29
Professional Software Engineering
Master Certification
31
CERTIFICATES OF ACHIEVEMENT
CONTINUING EDUCATION
Cloud Computing Certificate of Achievement
34
Secure Software Certificate of Achievement
34
Embedded Systems Certificate of Achievement
35
Multi-Core Certificate of Achievement
35
SWEBOK
KNOWLEDGE AREA
CERTIFICATES
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• The knowledge and ability to establish effective functional and non-functional requirements that is complete, concise, correct, consistent, testable and unambiguous.
• The knowledge and ability to employ appropriate requirements elicitation techniques to identify requirements.
• The knowledge of the skills necessary to design a set of software models to be used to flush out and extract hidden requirements and drive clarity into the system functional requirements
• The knowledge and ability to conduct requirements analysis and prioritize needs.
• The knowledge and ability to perform requirements engineering in the context of software development life cycles and processes
• The knowledge and ability to employ various requirements validation techniques.
• The knowledge and ability to critically evaluate requirements to identify defects
• The knowledge of the common techniques used to effectively manage changes to requirements
SOFTWARE
REQUIREMENTS
Software requirements engineering is the process of determining what is to be produced in a software system. It has the widely recognized goal of determining the needs for, and the intended external behavior of, a system design.
Effective software design begins with the establishment of clear, achievable and unambiguous requirements. The IEEE Computer Society Certificate of Proficiency validates a candidate's knowledge of the elements of
requirements engineering, the activities of analysis, and specification process involved within requirements derivation. * Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
Exam Duration: 90 Minutes Exam Questions: 70 Questions
Exam Location: Exams are conducted online and proctored remotely
Exam Cost: Member: $125 Non-Member $155
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• Understanding the successful application of essential design principles and methods to the overall software design process
• The knowledge and skills necessary to apply the concepts of concurrency, data persistence, error handling and security to a typical software design project understanding the essential elements of software structure and architecture in terms of styles, patterns and families of programs and frameworks within software development projects • Having a command of the key principles involved
in the development of user interface design to a software development project, including essential principles, interaction modalities,
information presentation and the UI design process understanding the appropriate application of quality analysis and evaluation principles, including quality attributes, analysis and evaluation techniques, and quality measures
• The knowledge and ability to employ design notations in terms of structure and behavioral descriptions in the software design process • The knowledge and ability to employ function,
object, data-structure and component-based design methodologies in a typical software design project.
SOFTWARE DESIGN
Software design is the process of defining the architecture, components, interfaces and other characteristics of a system. Essentially, software design is the software life cycle activity in which parameters outlined and defined in the Requirements process are translated into a description of a software system's internal structure which can then be used as a basis for construction.
This IEEE Computer Society Certificate of Proficiency validates a candidate's knowledge of the essential processes and tools involved in software design, and their application in the development of a logical blueprint from which to build a software system.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• The managerial skills required in software construction complexity: anticipating change, constructing for verification, and employing construction standards throughout a construction project.
• Applying key construction life cycle models— including planning and measurement—to software construction projects.
• Command of construction considerations such as design, languages, coding, testing, quality, and reuse.
• Using key construction technologies such as API, state-based and table-driven techniques, runtime configuration, middleware, and other technologies in a typical software construction project.
• Working with key software construction tools such as GUI builders, unit testing tools, profiling, performance analysis, and slicing tools.
SOFTWARE
CONSTRUCTION
Software construction combines coding, verification, unit and integration
testing, and debugging to build the working software described in the software design process.
This certificate of proficiency
validates your knowledge of software construction practices and processes. It examines your ability to understand and apply the essential processes and tools of software construction and to identify the role of these processes and tools in the development of a functioning software system.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
Exam Duration: 90 Minutes Exam Questions: 70 Questions
Exam Location: Exams are conducted online and proctored remotely
Exam Cost: Member: $125 Non-Member $155
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• Employing appropriate testing terminology throughout the entire testing process.
• Executing and managing specific software test processes and techniques with well-defined objectives and targets.
• Assigning and executing appropriate testing techniques, including domain, code, fault, usage, and model-based, within software testing scenarios. • Applying appropriate test evaluation scenarios to
specific software testing objectives.
• Comprehensively grasping the complete testing process, taking into account all common practical considerations.
SOFTWARE
TESTING
Software testing dynamically verifies that a program behaves as expected on a finite set of test cases selected from an infinite domain of execution possibilities. Testing confirms that the requirements were achievable, that the design was buildable, and that the construction has been successful.
This certificate of proficiency validates your knowledge and understanding of the techniques, methods, and practices involved in software testing processes and procedures, as well as your ability to interpret and act on their results.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• Applying software maintenance fundamentals, including terminology, the nature of and need for maintenance, maintenance costs, evolution, and categories of maintenance.
• Interpreting key issues in software maintenance, including technical and management issues, cost estimation, and software maintenance measurement. • Employing software maintenance best practices.
SOFTWARE
MAINTENANCE
Software maintenance involves tracking software through actual operations, before and after delivery, to provide cost-effective support. After a software product is delivered, it will evolve—or change— over time, and software professionals will discover defects, observe changing operating environments, and encounter new user requirements.
This certificate of proficiency validates your knowledge of maintenance concepts and processes, as well as your ability to apply them to real-life software support and evolution.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
Exam Duration: 90 Minutes Exam Questions: 70 Questions
Exam Location: Exams are conducted online and proctored remotely
Exam Cost: Member: $125 Non-Member $150
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• The knowledge and ability to perform the planning and execution of an SCM process, considering specific organizational aspects such as personnel, product, project, cross-organizational, process, and tools
• The knowledge and skills necessary to identify and organize configuration items to be controlled with SCM, including labeling and version control • The knowledge and capability to perform effective
surveillance of SCM activities
• The knowledge and understanding of the best practice techniques for Managing software baselines • The knowledge and ability to track and control
management changes during the software life cycle, including deviations and waivers in software configuration control
• The knowledge of SCM Tools and command of their application
SOFTWARE
CONFIGURATION
MANAGEMENT
Software development is not a straightforward process and often requires multiple iterations between the development phases. To cope with this dynamic nature of software development, software engineers need to control the changes in the development process. Software Configuration Management (SCM) is the activity that helps software developers control the evolution of a software project.
This certification examines SCM as a software-engineering discipline supporting all life-cycle phases by relying on tools and techniques to manage changes in software, including documentation, code, interfaces, and databases.
This Certificate of Proficiency validates a candidate's knowledge of software Configuration management concepts and processes, and their ability to apply them in actual software support environment. * Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• Executing a requirements negotiation process. • Feasibility analyses, including processes and
results interpretation.
• Directing a software project planning process, including determining deliverables; effort, schedule, and cost estimation; resource allocation; risk management; quality; and plan management. • The principles and processes of software
engineering enactment.
• Performing software project reviews and evaluations according to best practices.
• Organizing and managing software project closure activities.
• Mastering best practice software engineering measurement processes.
• Selecting and applying software engineering
management tools, including selection and application.
SOFTWARE
ENGINEERING
MANAGEMENT
Software engineering management applies project management activities— planning, coordinating, measuring, monitoring, controlling, and reporting— specifically to the processes of software development. It's an ongoing process of guiding a software package through its life cycle.
This certificate of proficiency validates your knowledge of software engineering management techniques and your ability to apply them in an actual software support environment.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
Exam Duration: 90 Minutes Exam Questions: 70 Questions
Exam Location: Exams are conducted online and proctored remotely
Exam Cost: Member: $85 Non-Member $110
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• Fundamental term definitions, including process management and process infrastructure terminology. • Software life cycles, including software process
categories, life cycle models, and process adaption. • Employing key elements of process assessment
models, methods and improvement techniques. • Applying best practice software measurement
techniques to a real-world project.
SOFTWARE
ENGINEERING
PROCESS
An engineering process is a set of interrelated activities that consume resources in order to transform inputs into outputs. Software engineering
processes are specifically those activities that software engineers perform to
develop, maintain, and operate software. This certificate of proficiency validates your knowledge of software processes and your ability to apply them in real-world software endeavors.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• Essential modeling principles, properties, and expression of models, syntax, semantics, and pragmatics.
• Providing a working analysis of information, behavioral, and structure modeling.
• Appropriate model analyses, including analyzing for completeness, consistency, and correctness.
• Practical working knowledge of traceability and interaction analysis.
• Heuristic, formal, prototyping, and agile methods.
SOFTWARE
ENGINEERING
MODELS AND
METHODS
Models and methods impose a structure on software engineering to make
development activities systematic, repeatable, and quality-oriented. The study of models and methods provides an approach to problem solving, notations, and procedures for construction and analysis as well as techniques for the specification, development, and verification of your software.
This certificate of proficiency validates your knowledge of software models and methods and how to apply them in a real software development project.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
Exam Duration: 90 Minutes Exam Questions: 70 Questions
Exam Location: Exams are conducted online and proctored remotely
Exam Cost: Member: $65 Non-Member $85
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• Applying software quality fundamentals in real-world software projects.
• Executing software quality management processes such as quality assurance, verification and
validation, and reviews/audits.
• Essential software practical considerations such as quality requirements, defect characterization, software quality management (SQM) techniques, and software quality measurement.
• Implementing the latest software quality tools throughout the quality assurance process.
SOFTWARE
QUALITY
Software quality is a software product's ability to meet requirements and satisfy needs under specified conditions. For software engineering efforts whose primary goal is delivering maximum stakeholder value while balancing cost and schedule, quality is a fundamental consideration.
This certificate of proficiency validates your knowledge of software quality and its significance in the development and evolution of operating software.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
KNOWLEDGE & ASSESSMENT
The examination requires that a candidate demonstrate proficiency in:
• Applying software engineering economic fundamentals such as accounting, controlling, cash flow, valuation, depreciation, taxation, and productivity to real-world software economic issues. • Key software life cycle economics, including product
and process life cycles, portfolios, proposals, investment decisions, pricing and costing, and earned value management (EVM).
• Risk and uncertainty in real-world software development projects, including goals, estimates, prioritization, and decision making.
• Best practice economic analysis methods.
SOFTWARE
ENGINEERING
ECONOMICS
Software engineering economics forms the business underpinnings of all software projects, helping us make decisions in a business context. Success of any software engineering project is partly dependent on effective business management, and software engineering economics allows us to systematically relate the attributes of software and software processes to economic measures.
This certificate of proficiency validates your knowledge of software economics and how they impact software
development, maintenance, and evolution.
* Continuing Education Requirements: Once earned, there are no renewal fees or continuing education requirements for certificates of proficiency.
SOFTWARE
ENGINEERING
ASSOCIATE
IEEE CS SOFTWARE
DEVELOPMENT
ASSOCIATE
ENGINEER
CERTIFICATION
This certification is designed to recognize candidates who have acquired the basic knowledge and understanding required for developing software products. It requires a coherent and demonstrable understanding of the principles and processes involved in software requirements, software design, software construction and software testing.
Effective software design begins with the establishment of clear, achievable and unambiguous requirements. Software design is the process of defining architecture, components, interfaces and other important characteristics of a system. Software construction involves coding, verification, unit and integration testing and debugging to produce a working software product in accordance with design.
Testing is the ultimate verification that the designed software product behaves as expected on a finite set of selected cases from an infinite domain of execution possibilities. Testing confirms that the requirements were achievable, the design was buildable and that construction was in fact successful.
These knowledge areas are all identified by the Software Engineering Body of Knowledge as some of the key elements involved in software development.
CANDIDATES NEED TO
DEMONSTRATE:
1. The knowledge and ability to establish effective functional and non-functional requirements that is complete, concise, correct, consistent, testable and unambiguous.
2. The knowledge and understanding necessary to design a set of software models to be used to flush out and extract hidden requirements and drive clarity into the system functional requirements
3. The knowledge and ability to conduct requirements analysis and prioritize needs.
4. The knowledge and understanding required to employ various requirements validation techniques.
5. The knowledge and understanding required to critically evaluate requirements to identify defects
6. The knowledge of the common techniques used to effectively manage changes to requirements
7. An Understanding of the essential design principles and methods relative to the overall software design process 8. An Understanding of the concepts of concurrency, data
persistence, error handling and security to a typical software design project
9. An understanding the essential elements of software structure and architecture in terms of styles, patterns and families of programs and frameworks within software development projects
10. A command of the key principles involved in the development of user interface design to a software development project, including essential principles, interaction modalities, information presentation and the UI design process understanding the appropriate application of quality analysis and evaluation principles, including quality attributes, analysis and evaluation techniques, and quality measures.
11. The knowledge and ability to employ function, object, data-structure and component-based design methodologies in a typical software design project
12. Understanding of key construction life cycle models— including planning and measurement—to software construction projects.
13. Knowledge and Command of construction considerations
15. Knowledge and ability to work with key software
construction tools such as GUI builders, unit testing tools, profiling, performance analysis, and slicing tools.
16. Ability to employ appropriate testing terminology throughout the entire testing process.
17. Ability to Execute and manage specific software test processes and techniques with well-defined objectives and targets.
18. Ability to assign and execute appropriate testing techniques, including domain, code, fault, usage, and model-based, within software testing scenarios.
19. Ability to apply appropriate test evaluation scenarios to specific software testing objectives.
KNOWLEDGE AREA FOCUS:
The IEEE CS Software Development Associate Engineer Certification exam contains the four KA listed below:
KA Required for this Exam
1. Software Requirements 2. Software Design 3. Software Construction 4. Software Testing
Review Course: Member memberNon- MemberStudent Software Requirements Review
Course
$65 $85 n/a
Software Design Review Course $125 $155 n/a Software Construction Review
Course
$85 $110 n/a
Software Testing Review Course
$125 $155 n/a
Exam Purchase:
One online exam (includes questions from all 4 Knowledge Areas): Software Requirements, Software Design, Software Construction, and Software Testing
Member: $225 Non-Member $295
Exam Duration: 180 Minutes
Exam Questions: 160 Questions (One online exam from all 4 KA) Exam Location: Exams are 100% online and proctored remotely
IEEE CS SOFTWARE
QUALITY &
MAINTENANCE
ASSOCIATE
ENGINEER
CERTIFICATION
Software quality involves many different activities throughout the software development life cycle. Software quality is sometimes defined as a software product’s ability to meet requirements and satisfy needs under specified conditions. However, quality considerations frequently expand well beyond that. Quality concerns are often intertwined with software maintenance, which involves tracking software through actual operations, before and after delivery, and the ability to provide cost effective support.
Software products are dynamic by nature; they evolve and change over time. Software professionals will discover defects, observe changes in operating environments and encounter new user requirements. Software development is not a straightforward process and often requires multiple iterations between various development phases. Software professionals must be able to control the changes in the development process.
Software configuration management (SCM) is often the activity that helps software developers control the evolution of a software project.
CANDIDATES NEED TO
DEMONSTRATE:
1. Knowledge in applying software quality fundamentals in real-world software projects.
2. Knowledge and understanding of software quality management processes such as quality assurance, verification and validation, and reviews/audits.
3. Knowledge and understanding of Essential and practical software considerations such as quality requirements, defect characterization, software quality management (SQM) techniques, and software quality measurement. 4. Knowledge and understanding of the use and
implementation of some of the latest software quality tools throughout the quality assurance process.
5. Knowledge and understanding of how to apply software maintenance fundamentals, including terminology, the nature of and need for maintenance, maintenance costs, evolution, and categories of maintenance.
6. Knowledge and understanding of the key issues involved in software maintenance, including technical and management issues, cost estimation, and software maintenance
measurement.
7. Knowledge and understanding of software maintenance best practices.
8. The knowledge and ability to perform the planning and execution of an SCM process, considering specific organizational aspects such as personnel, product, project, cross-organizational, process, and tools
9. The knowledge and understanding necessary to identify
KNOWLEDGE AREA FOCUS:
The IEEE CS Software Quality & Maintenance Associate Engineer Certification exam contains the four KA listed:
Four KA Required for this Exam
1. Software Configuration Management 2. Software Maintenance
3. Software Quality 4. Software Testing
Review Course: Member memberNon- MemberStudent Software Configuration
Management Review Course
$125 $150 n/a
Software Maintenance Review Course
$85 $110 n/a
Software Quality Review Course $65 $85 n/a Software Testing Review Course $125 $155 n/a Exam and Course Bundle:
Exam Purchase:
One online exam (includes questions from all 4 Knowledge Areas): Software Configuration Management, Software Maintenance, Software Quality, and Software Testing.
Member: $225 Non-Member $295
Exam Duration: 180 Minutes
Exam Questions: 160 Questions (One online exam from all 4 KA) Exam Location: Exams are 100% online and proctored remotely
IEEE CS SOFTWARE
ENGINEERING
MANAGEMENT
ASSOCIATE
ENGINEER
CERTIFICATION
Software engineering management involves a number of various activities and processes. It requires an understanding of software engineering economics, software development process, software models and
methods as well as traditional management functions such as planning, coordinating measuring, , controlling and reporting in the context of software engineering.
Effective software engineering management requires a coherent understanding of the interrelated software development activities that consume resources in order to transform inputs to outputs.
These activities are essential to developing, maintaining and operating software. An understanding of software Models and methods helps to make software development activities systematic, repeatable and quality oriented. In addition, using appropriate models and methods provides a structured approach to problem solving, notations, and procedures for construction and analysis as well as techniques for specifying, developing and verifying software products.
CANDIDATES NEED TO
DEMONSTRATE:
1. Stages and elements of a requirements negotiation process. 2. Feasibility analysis, including processes and results
interpretation.
3. Directing a software project planning process, including determining deliverables; effort, schedule, and cost estimation; resource allocation; risk management; quality; and plan management.
4. The principles and processes of software engineering enactment.
5. How to perform software project reviews and evaluations according to best practices.
6. How to Organize and manage software project closure activities.
7. The best practices involved in software engineering measurement processes.
8. Methods used in selecting and applying software engineering management tools, including selection and application.
9. Fundamental term definitions involved in process management and process infrastructure terminology. 10. Software life cycles, including software process categories,
life cycle models, and process adaption.
11. How to employ key elements of process assessment models, methods and improvement techniques.
12. Effective and best practice software measurement techniques to a real-world project.
13. Essential modeling principles, properties, and expression of
16. Traceability and interaction analysis.
17. Heuristic, formal, prototyping, and agile methods.
18. Software life cycles, including software process categories, life cycle models, and process adaption.
19. Techniques in employing key elements of process
assessment models, methods and improvement techniques. 20. Applying best practice software measurement techniques to
real-world projects.
KNOWLEDGE AREA FOCUS
:
The IEEE CS Software Engineering Management Associate Engineer Certification exam contains 4 KA listed below:
Four KA Required for this Exam:
1. Software Engineering Process
2. Software Engineering Models & Methods 3. Software Engineering Economics
4. Software Engineering Management
Review Course: Member memberNon- Member Student Software Engineering Process
Review Course
$85 $110 n/a
Software Engineering Models & Methods
$65 $85 n/a
Software Engineering Economics Review Course
$65 $107 n/a
Software Engineering Management Review Course
$125 $150 n/a
Exam Purchase:
One online exam (includes questions from all 4 Knowledge Areas): Software Engineering Process, Software Engineering Models & Methods, Software Engineering Economics, and Software Engineering Management.
Member: $225 Non-Member $295
Exam Duration: 180 Minutes
Exam Questions: 160 Questions (One online exam from all 4 KA) Exam Location: Exams are 100% online and proctored remotely
PROFESSIONAL
COMPETENCY
PROFESSIONAL
SOFTWARE
DEVELOPER
CERTIFICATION
This professional competency certification requires successful completion of Certificates of Proficiency in the following four key knowledge areas: Software Engineering Requirements, Software Engineering Design, Software Engineering Construction, Software Engineering Testing and the successful completion of two applied modules.
Qualification:
Candidates seeking this professional certification should have completed a minimum of two years of college education in computer science or equivalent in a related field and two years of relevant experience in industry. However, there are no prerequisites required for registration.
REQUIREMENTS:
This professional competency certification requires the successful completion of two parts.
Part 1. One online exam (containing questions from the following four knowledge areas:
1. Software Requirements 2. Software Design 3. Software Construction
4. Software Testing
Part 2: The successful completion of: Applied Exam Module I
Applied Exam Module II
Part 2 - Applied Exam Modules:
The applied Authentic Exam™ modules require three hours
each. Candidates may choose to re-take exam modules more than once. An exam fee will be required for each exam re-take.
The applied exam modules are powered by Proxor, a Carnegie Mellon University spin off, and use state of the art Authentic Examination™ technology.
These Authentic Exam™ modules test the readiness
of individuals to participate in the workforce as professional software developers. The examinee is placed in the context of an actual practicing professional software developer. They are provided with a system (base code), a set of tasks to be performed on that system (fix defects or add functionality), professional tools, documentation and other support materials. In
performance based on the following three key elements:
I. Did the solution sufficiently address the major task elements?
II. Did the solution handle known special cases? III. Did the solution break existing functionality?
Performance Report:
Performance along these dimensions is then tabulated and aggregated into overall scores for each of the four different assigned tasks. An overall competency rating from 0 to 4 is then assigned. The score is based on the performance for each task. A final report is provided to the examinee detailing the breakdown of scores for their performance. A score of zero indicates that the candidate was unable to correctly solve any aspects of the assigned exam tasks, while a score of 4 indicates that all four tasks assigned were completed with few if any defects.
• A score of 1 identifies a Beginner level.
• A score of 2 identifies an Intermediate Skill level. • A score of 3 or higher identifies an Advance Skill
level.
Professsional Competency Certification:
Professional Software Developer Certification
Product Member
Non-member MemberStudent
Software Requirements Review
Course $65 $85 n/a
Software Design Review Course $125 $155 n/a
Software Construction Review
Course $85 $110 n/a
Software Testing Review
Course $125 $155 n/a
PSD Full Exam (2 Parts) $390 $485 n/a
TOTAL
(if purchased separately) $790 $990 n/a
BUNDLE
Purchase (All 4 review courses, and Full EXAM)
$595 $775 $345
*Part 1: PSD Exam containing first 4 KAs (3 hours) Part 2: Applied Module I (3 hours) and Module II (3 hours)
Best Value!
Part 1 Exam Duration:
180 Minutes
Exam Questions: 160 Questions (One online exam from all 4 KA) Exam Location: Exams are 100% online and proctored remotely
PROFESSIONAL
SOFTWARE
ENGINEERING
PROCESS MASTER
CERTIFICATION
The professional software engineering Process master certification is designed to assess a software engineer’s proficiency in the key software engineering processes identified by the SWEBOK. These processes include: Software Requirements, Software Design, Software Construction, Software Testing, Software Maintenance, Software Configuration Management, Software Engineering Management, Software Engineering Process, Software Engineering Models and Methods, and Software Quality.
The professional software engineering Process master certification requires a candidate to successfully complete a 90-minute exam in each of these knowledge area. Once a candidate completes all of the twelve different software engineering certificates of proficiency they will have earned the distinguished credential of IEEE Computer Society Professional Software Engineering Process Master.
REQUIREMENTS:
This professional competency certification requires the successful completion of the following 2 parts.
Part 1. One online exam (containing questions from the first six knowledge areas:
1. Software Requirements 2. Software Design 3. Software Construction
4. Software Testing 5. Software Maintenance 6. Software Configuration Management
Part 2. One online exam (containing questions from the following six knowledge areas:
7. Software Quality 8. Software Engineering Process 9. Software Engineering Models & Methods
10. Software Engineering Management 11. Software Engineering Economics
Professsional Competency Certification:
Professional Software Engineering Process Master Certification
Product Member
Non-member MemberStudent
Software Requirements Review
Course $65 $85 n/a
Software Design Review Course $125 $155 n/a
Software Construction
Review Course $85 $110 n/a
Software Testing Review
Course $125 $155 n/a
Software Maintenance Review
Course $85 $110 n/a
Software Configuration
Management Review Course $125 $150 n/a
Software Engineering
Management Review Course $125 $150 n/a
Software Engineering Process
Review Course $85 $110 n/a
Software Engineering Models
and Methods Review Course $65 $85 n/a
Software Quality Review
Course $65 $85 n/a
Software Engineering
Economics Review Course $65 $85 n/a
PSEPM Full Exam (2 Parts) $490 $590 n/a
TOTAL
(if purchased separately) $1,240 $2,165 n/a
BUNDLE
Purchase (All review courses, and Full EXAM).
$650 $770 $325
*Part 1 = PSEPM Exam containing first 6 KAs (3 hours) Best
Value!
Part 1 & Part 2 Exam Duration:
180 Minutes Each
Exam Questions: Each part contains 160 questions (One online exam from the KAs listed) Exam Location: Exams are 100% online and proctored remotely
PROFESSIONAL
SOFTWARE
ENGINEERING
MASTER
CERTIFICATION
This professional competency certification requires successful completion of Certificates of Proficiency in the following twelve key knowledge areas: Software Engineering Requirements, Software Engineering Design, Software Engineering Construction, Software Engineering Testing, Software Engineering Maintenance, Software Engineering Configuration Management, Software Engineering Quality, Software Engineering Processes, Software Engineering Models & Methods, Software Engineering Management, Software Engineering, Software Engineering Economics and the successful completion of two
advanced applied modules.
Qualification:
Candidates seeking this professional certification should have completed a minimum of four years of college education in computer science or equivalent in a related field and a minimum of four years of relevant industry experience. However, there are no prerequisites required for registration.
REQUIREMENTS:
This professional competency certification requires the successful completion of the following 3 parts.
Part 1. One online exam (containing questions from the first six knowledge areas: 1. Software Requirements
2. Software Design 3. Software Construction
4. Software Testing 5. Software Maintenance 6. Software Configuration Management
Part 2. One online exam (containing questions from the following six knowledge areas: 7. Software Quality
8. Software Engineering Process 9. Software Engineering Models & Methods
10. Software Engineering Management 11. Software Engineering Economics
Part 3: The successful completion of: Applied Exam Module III Applied Exam Module IV
Part 3 - Applied Exam Modules:
Candidates may choose to re-take the applied Authentic Exam™ modules exam more than once. An exam fee will
be required for each exam re-take.
The applied exam modules are powered by Proxor, a Carnegie Mellon University spin off, and use state of the art Authentic Examination™ technology.
These Authentic Exam™ modules test the readiness of
individuals to participate in the workforce as professional software developers. The examinee is placed in the context of an actual practicing professional software developer. They are provided with a system (base code), a set of tasks to be performed on that system (fix defects or add functionality), professional tools, documentation and other
I. Did the solution sufficiently address the major task elements?
II. Did the solution handle known special cases? III. Did the solution break existing functionality?
Performance Report:
Performance along these dimensions is then tabulated and aggregated into overall scores for each of the four different assigned tasks. An overall competency rating from 0 to 4 is then assigned. The score is based on the performance for each task. A final report is provided to the examinee detailing the breakdown of scores for their performance. A score of zero indicates that the candidate was unable to correctly solve any aspects of the assigned exam tasks, while a score of 4 indicates that all four tasks assigned were completed with few if any defects.
• A score of 1 identifies a Beginner level.
• A score of 2 identifies an Intermediate Skill level. • A score of 3 or higher identifies an Advance Skill level.
Professsional Competency Certification:
Professional Software Engineering Master Certification
Product Member
Non-member MemberStudent
Software Requirements Review Course $65 $85 n/a
Software Design Review Course $125 $155 n/a
Software Construction Review Course $85 $110 n/a
Software Testing Review Course $125 $155 n/a
Software Maintenance Review Course $85 $110 n/a
Software Configuration Management
Review Course $125 $150 n/a
Software Engineering Management
Review Course $125 $150 n/a
Software Engineering Process Review
Course $85 $110 n/a
Software Engineering Models
and Methods Review Course $65 $85 n/a
Software Quality Review Course $65 $85 n/a
Software Engineering Economics
Review Course $65 $85 n/a
PSEM Full Exam (3 Parts) $690 $865 n/a
TOTAL
(if purchased separately) $1,930 $2,440 n/a
BUNDLE
Purchase (All 3 review courses, and Full EXAM).
$890 $1,200 $445
*Part 1: PSEM Exam containing first 6 KAs (3 hours)
Part 2: PSEM Exam containing last 6 KAs (3 hours)
Best Value!
Part 1 & Part 2 Exam Duration:
180 Minutes Each
Exam Questions: Each part contains 160 questions (One online exam from the KAs listed)
Exam Location: Exams are 100% online and proctored remotely Part 3 Exam
Duration:
Applied Module III - 180 Minutes Applied Module IV - 180 Minutes
CERTIFICATES OF
ACHIEVEMENT
CONTINUING EDUCATION
AND PROFESSIONAL
Cloud Computing Certificate
of Achievement
To obtain a Cloud Computing Certificate of
Achievement, candidates are required to successfully complete each of the following course modules to attain certificate.
Cloud Computing In the Business Environment
• Hours: 90 Minutes
• Credits: PDH: 1.5 / CEU: 0.15 • Course Cost: Member: $45
Non-Member: $65
Cloud Governance and Security
• Hours: 130 Minutes
• Credits: PDH: 2.16 / CEU: 0.216 • Course Cost: Member: $45
Non-Member: $65
Cloud Economics, Metrica and Migration
• Hours: 90 Minutes
• Credits: PDH: 1.5 / CEU: 0.15 • Course Cost: Member: $45
Non-Member: $65
Upon completion, the candidate will be awarded a Certificate of Achievement with the appropriate continuing education units.
Secure Software Certificate
of Achievement
To obtain a Security Certificate of Achievement, candidates are required to successfully complete each of the following course modules to attain certificate.
Foundations of Secure Software
• Hours: 80 Minutes
• Credits: PDH: 1.3 / CEU: 0.13 • Course Cost:Member: $45
Non-Member: $65
Managing Secure Software Development
• Hours: 204 Minutes
• Credits: PDH: 3.4 / CEU: 0.34 • Course Cost: Member: $100
Non-Member: $135
Secure Software Coding
• Hours: 167 Minutes
• Credits: PDH: 2.8 / CEU: 0.28 • Course Cost: Member: $100
Non-Member: $135
Secure Software Design
• Hours: 107 Minutes
• Credits: PDH: 1.8 / CEU: 0.18
CERTIFICATES OF
ACHIEVEMENT CONTINUING
EDUCATION TOPICS
• Course Cost: Member: $45 Non-Member: $65 Upon completion, the candidate will be awarded a Certificate of Achievement with the appropriate continuing education units.
Embedded Systems Certificate
of Achievement
To obtain an Embedded Systems Certificate of Achievement, candidates are required to successfully complete each of the following course modules to attain certificate.
Part I—Module 1–6 (total of 6 modules) Part II: Modules 7–11 (total of 5 modules) Part III Modules 12–14 (total of 3 modules)
• Hours: 6 Hours
• Credits: PDH: 6.0 / CEU: 0.60 • Course Cost: Member: $65
Non-Member: $85
Multi-Core Certificate of
Achievement
To obtain a Multi-Core Certificate of Achievement, candidates are required to successfully complete each of the following course modules to attain certificate.
• Vector Computation
• Dependences and Dependence Analysis • The Polyhedral Model
• Vectorization
• Automatic Parallelization • Autoparallelization for GPUs • Instruction Level Parallelization
• Multigrain Parallelization and Power Reduction • Dynamic Parallelization
• Vectorization/Parallelization in the Intel Compiler • Vectorization/Parallelization in the IBM Compiler • Roundtable
• Hours: 12 hours
• Credits: PDH: 12.0 / CEU: 1.2 • Course Cost: Member: $95
Quarto Certificate of Achievement
To obtain a Quarto Certificate of Achievement,candidates are required to successfully complete any of the following course modules.
• A Cloud Security Risk-Management Strategy • Application-Screen Masking A Hybrid Approach • Big Data Privacy in the Internet of Things • Cyberhuman Security
• Denial and Deception in Cyber Defense • Digital Data Grows into Big Data
• Inferring Mobile User Status with Usage Cues • Internet of Things Making the Hype a Reality • Internet of Things Perspectives
• Protecting Websites from Attack with Secure Delivery Networks
Upon completion, candidate will be prompt to print their certificate of Achievement with the appropriate continuing education units.
• Hours: Aproximately 60 Minutes Each • Credits: PDH: 1.0 / CEU: 0.1
• Course Cost: Member: $19 Non-Member: $29
CERTIFICATES OF
ACHIEVEMENT CONTINUING
EDUCATION TOPICS
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Appl ie d Mo dul e I Appl ie d Mo dul e II Pr of es si on al C om pe te ncy C er tif ic at ion s So ftw ar e Qu alit y An d M ai nt en an ce Asso cia te So ftw ar e Dev el op m en t Asso cia te As soci at e Ce rt ifi cat es dg e ea es So ft w ar e E ng in eer in g M an ag eme nt A ss oc ia te Pr of es si on al So ft w ar e En gi ne er in g Pr oc es s M as te r Ce rti fic ati on (2 -p ar t E xa m) Pr of es si on al So ft w ar e Deve lo pe r Ce rti fic ati on (2 -p ar t E xa m) Pr of es si on al So ft w ar e En gi ne er in g Ma st er Ce rti fic ati on (3 -p ar t E xa m) Appl ie d Mo dul e III Appl ie d Mo dul e IV Ce rt ifi ca te s of Ach ie ve m en t Ad va nce d S cr um P rof es si on al10662 Los Vaqueros Circle Los Alamitos, CA 90720-1314 Phone: +1-714-821-8380 Fax: +1-714-821-4010 Email: [email protected]
