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The Certified Six Sigma Black Belt (CSSBB®) Preparation course is a live virtual training designed to help experienced Black Belts refresh their knowledge and prepare for the CSSBB® exam.

About:

The ISACA Information Technology Certified Associate (ITCA) course is a comprehensive and accelerated training program designed to equip individuals with essential IT and cybersecurity skills. this course focuses on fundamental concepts across five core areas: Computing, Network Infrastructure, Information Security, Software Development, and Data Science. The program is ideal for those seeking to start a career in IT or enhance their existing skills, preparing them to excel in the digital world.

Certification Body:

This certification is awarded by ISACA

Learning Objective:

The primary objective of this course is to provide foundational knowledge in key IT and cybersecurity domains. By the end of the training, participants will be able to:

• Understand core concepts in IT, networking, information security, software development, and data science.
• Apply fundamental principles of IT and cybersecurity to real-world scenarios.
• Build a solid foundation in networking, virtualisation, and security concepts.
• Gain knowledge of the software development lifecycle (SDLC) and programming techniques.
• Develop an understanding of data science concepts and data management techniques.
• Prepare for a successful career in the rapidly evolving digital landscape.

Exam Information:

The course culminates in five certification exams covering the following areas:

1. Computing Concepts Fundamentals Exam
   • Duration: 2 hours
   • Format: 60 questions (36 multiple-choice, 12 performance-based)
   • Passing Score: 65%
   • Domains: Computing Concepts (67%), Networking, Virtualization, and Security (33%)
2. Network and Infrastructure Fundamentals Exam
   • Duration: 2 hours
   • Format: 60 questions (36 multiple-choice, 12 performance-based)
   • Passing Score: 65%
   • Domains: Connection and Layers (15%), Network Architecture and Components (22%), Language of Networking (33%), Network Infrastructure (30%)
3. Information Security Fundamentals Exam
   • Duration: 2 hours
   • Format: 60 questions (36 multiple-choice, 12 performance-based)
   • Passing Score: 65%
   • Domains: Information Security Fundamentals (27%), Threat Landscape (18%), Securing Assets (35%), Security Operations and Response (20%)
4. Software Development Fundamentals Exam
   • Duration: 2 hours
   • Format: 60 questions (36 multiple-choice, 12 performance-based)
   • Passing Score: 65%
   • Domains: Software Languages (35%), Programming (30%), Software Development Lifecycle (SDLC) (35%)
5. Data Science Fundamentals Exam
   • Duration: 2 hours
   • Format: 60 questions (36 multiple-choice, 12 performance-based)
   • Passing Score: 65%
   • Domains: Data Science Concepts (25%), Data Management (42%), Data Science Process (33%)

All exams are conducted at the Firebrand Training center, with a certification guarantee offering the opportunity to retake exams if needed.

Recertification:

• No formal recertification requirement.
• Continuous professional development is recommended.
• Stay current with emerging technologies and best practices in IT and cybersecurity.

Eligibility:

• No formal prerequisites.
• Open to anyone starting a career in IT, cybersecurity, or related fields.
• Suitable for individuals with basic IT knowledge or those looking to build foundational skills.

Curriculum:

The ITCA course covers a wide range of fundamental topics, each essential for a successful career in IT and cybersecurity:

1. Computing Concepts
   • Introduction to computing, networking, and security topics
2. Network and Infrastructure
   • Overview of networking concepts, infrastructure, and connectivity layers
3. Information Security
   • Fundamental cybersecurity principles, threat landscapes, and asset security
4. Software Development
   • Basics of software languages, programming techniques, and software development lifecycle
5. Data Science
   • Understanding data science concepts, data management techniques, and the data science process

This curriculum is designed to provide participants with the foundational knowledge necessary to navigate the digital world and pursue advanced studies or professional certifications in IT and cybersecurity.

About

The ISTQB® Advanced Level Test Analyst (CTAL-TA) certification is designed to provide professionals with advanced skills in software testing. It covers a deep understanding of the test analyst’s role and responsibilities throughout the software development lifecycle, enhancing competencies in test analysis, design, execution, and risk-based testing. This certification equips candidates with the knowledge to apply appropriate testing techniques and manage testing effectively in complex projects.

Certification Body
The certification is issued by the International Software Testing Qualifications Board (ISTQB®)

Learning Objective

Upon completing the Advanced Level Test Analyst certification, candidates will be able to:

• Perform testing activities appropriate for the software development lifecycle.
• Prioritize testing activities based on risk analysis.
• Select and apply relevant test techniques to meet defined coverage criteria.
• Provide necessary documentation for testing activities.
• Conduct various types of functional testing, including usability and risk-based testing.
• Work effectively within testing teams and collaborate with stakeholders.

Improve testing efficiency through the application of testing tools and automation.

Exam Information

• Number of Questions: 40
• Passing Score: 52%
• Total Points: 80
• Exam Duration: 120 minutes (with an additional 25% time for non-native language speakers)

The exam assesses a candidate’s understanding and ability to apply test analysis and design techniques in real-world scenarios.

Recertification

The CTAL-TA certification does not require recertification. However, ISTQB® encourages professionals to pursue other advanced certifications in the Core, Agile, or Specialist streams to continue advancing their expertise in software testing.

Eligibility

• Prerequisite: Candidates must hold the Certified Tester Foundation Level (CTFL) certification.
• Experience: Practical experience in software testing is required. Please consult with an ISTQB® Member Board or Exam Provider to determine the specific experience criteria necessary for exam eligibility.

Curriculum

The curriculum covers a wide range of topics, including:

1. The Test Analyst’s Tasks in the Test Process
   • Testing in the software development lifecycle
   • Test analysis and design
   • Test implementation and execution
2. Risk-Based Testing
   • Risk identification, assessment, and mitigation
3. Test Techniques
   • Black-box and experience-based test techniques
   • Applying appropriate techniques for different testing scenarios
4. Testing Software Quality Characteristics
   • Quality characteristics for business domain testing
5. Reviews
   • Using checklists in reviews to ensure quality
6. Test Tools and Automation
   • Introduction to keyword-driven testing
   • Types of test tools and their application in automation

About

The ISTQB® Certified Tester Foundation Level (CTFL) v4.0 is the essential certification for software testing professionals, providing foundational knowledge applicable to a range of software delivery practices such as Waterfall, Agile, DevOps, and Continuous Delivery. This certification offers an in-depth understanding of global testing terminology, principles, and practices, preparing individuals for success in diverse software testing environments.

CTFL is a prerequisite for all subsequent ISTQB® certifications, making it a critical step in a testing professional's career progression.

Certification Body : The ISTQB® (International Software Testing Qualifications Board)

Learning Objective

The primary objective of the CTFL certification is to equip individuals with the fundamental principles and practices of software testing. Upon completing the certification, candidates will be able to:

• Understand the core concepts of software testing.
• Identify the most appropriate test approaches and activities for different testing contexts.
• Enhance the effectiveness and efficiency of testing within the Software Development Life Cycle (SDLC).
• Contribute to test management activities and improve documentation.
• Work within cross-functional teams and contribute to quality assurance processes.

Exam Information

• Number of Questions: 40
• Passing Score: 26 out of 40
• Total Points: 40
• Duration: 60 minutes (+25% additional time for non-native language speakers)
• Exam Format: Multiple choice
• Test Delivery: Available through accredited exam providers.

The CTFL exam evaluates candidates' understanding of key testing concepts, test planning, and effective communication of test results, among other areas.

Recertification

• The CTFL certification does not require recertification.
• Individuals are encouraged to pursue higher-level ISTQB® certifications to further advance their expertise.
• Recommended higher-level certifications include:
  • Test Analyst
  • Technical Test Analyst
  • Test Management
• Advancing to these certifications allows professionals to deepen their knowledge and expand career opportunities in software testing.

Eligibility

• There are no formal eligibility requirements to take the CTFL certification exam.
• It is suitable for professionals starting or progressing in their careers in software testing.
• The certification is especially relevant for individuals with practical experience in:
• Software development
• Quality assurance

Curriculum

The CTFL v4.0 curriculum covers a broad range of topics essential to software testing. Key areas include:

1. Fundamentals of Testing: Definition, importance, and principles of software testing.
2. Test Analysis and Design: Test techniques, including black-box, white-box, and experience-based techniques.
3. Testing Throughout the SDLC: Test levels, test types, and maintenance testing.
4. Static Testing: Basics of static testing, feedback, and review processes.
5. Managing Test Activities: Test planning, risk management, and defect management.
6. Test Tools: Tool support for testing and automation benefits.

This comprehensive coverage ensures candidates are well-prepared for practical testing scenarios in various development environments.

For additional training, accredited training providers offer various options, including classroom, virtual, and e-learning courses. Alternatively, candidates can prepare independently using the syllabus and recommended reading materials.

About

The Certified Software Tester (CSTE) certification is a globally recognized credential that validates an individual’s professional competence in software testing principles and practices. Offered by the Quality Assurance Institute (QAI), this certification sets a standard for software testing professionals, equipping them with the necessary skills to implement quality control measures, manage testing projects efficiently, and align testing methodologies with business goals.

As the IT industry continues to evolve, the demand for skilled software testers has increased significantly. The CSTE certification is designed to help professionals gain a competitive edge, improve their testing expertise, and advance their careers in the field of software development and quality assurance.

Certification Body

The Certified Software Tester (CSTE) certification is administered by the Quality Assurance Institute (QAI), a global leader in software quality assurance certifications.

Learning Objectives

Upon completing the CSTE certification, candidates will gain proficiency in:

• Software testing principles and fundamental concepts.
• Establishing a structured and effective testing ecosystem.
• Managing software testing projects efficiently.
• Identifying and mitigating risks throughout the software development lifecycle.
• Developing test plans, conducting walkthroughs, and reviewing checkpoints.
• Designing, executing, and managing test cases.
• Analyzing test results and generating detailed reports.

Implementing specialized testing techniques for emerging technologies.

Exam Information

The CSTE certification examination evaluates candidates on their practical understanding of software testing principles. The details are as follows:

• Exam Format: Multiple-choice questions
• Exam Duration: 90 minutes
• Pass Mark: 70%
• Exam Type: Closed book
• Available Languages: Multiple languages (refer to QAI’s official website for details)
• Exam Mode: Online or in-classroom through accredited training providers

Re-Certification

CSTE Recertification (Every 3 Years)

1. Earn 60 CPE Credits (training, workshops, etc.)
2. Submit Application with proof of credits & experience
3. Pay Recertification Fee
4. Retake Exam (if required) if CPE requirements aren’t met

Eligibility

To be eligible for the CSTE certification, candidates must meet one of the following requirements:

• A degree or diploma in Information Technology, Software Engineering, Computer Science, or a related field with at least one year of experience in software development or testing.
• A non-IT degree with three years of experience in software testing.
• A minimum of two years of relevant work experience for candidates with a background in software engineering.

Curriculum

The CSTE certification program covers a comprehensive curriculum structured around essential aspects of software testing:

1. Foundations of Software Testing

• Understanding software testing principles and methodologies
• Defining quality assurance standards

2. Managing Software Testing Projects

• Planning and managing the test lifecycle
• Risk assessment and mitigation strategies

3. Test Planning and Execution

• Designing test cases for different software components
• Conducting effective software testing walkthroughs

4. Software Testing Processes and Tools

• Implementing test automation tools and techniques
• Utilizing industry-standard software testing frameworks

5. Test Analysis and Reporting

• Analyzing test results and performance metrics
• Creating detailed test reports for stakeholders

6. Testing Specialized Technologies

• Security testing, penetration testing, and performance testing
• Testing for cloud, mobile, and emerging technologies

About

The ISACA Certified in Emerging Technology (CET) certification is an accelerated course designed for professionals seeking to expand their knowledge and expertise in the rapidly evolving field of emerging technologies. This comprehensive program covers foundational principles in Cloud Computing, Blockchain, the Internet of Things (IoT), and Artificial Intelligence (AI), providing the necessary skills to advise, assess, and implement cutting-edge technologies. Over a four-day training period, participants will gain the foundational knowledge required to integrate these technologies into their business strategies, fostering growth and innovation.

Certification Body :  ISACA (Information Systems Audit and Control Association)

Learning Objective

Upon completion of the ISACA Certified in Emerging Technology course, participants will:

• Understand the core concepts and principles of emerging technologies including Cloud Computing, Blockchain, IoT, and AI.
• Be equipped to assess and implement these technologies effectively within their organization to drive innovation and operational efficiency.
• Demonstrate practical knowledge of Cloud Computing and open-source technologies, Blockchain applications, IoT technologies, and AI algorithms.
• Gain the foundational expertise necessary to integrate these technologies into existing business frameworks, enhancing overall business performance.

Exam Information

The certification is awarded upon successful completion of four exams, each covering key domains associated with emerging technologies. The details of each exam are as follows:

• Cloud Computing Fundamentals Exam
  • Format: Multiple-choice and performance-based
  • Passing Score: 65%
  • Duration: 2 hours
  • Domains: Cloud Computing Concepts (42%), Cloud Governance (23%), Cloud Service Support (35%)
• Blockchain Fundamentals Exam
  • Format: Multiple-choice and performance-based
  • Passing Score: 65%
  • Duration: 2 hours
  • Domains: Blockchain Concepts (67%), Blockchain Usage and Considerations (33%)
• IoT Fundamentals Exam
  • Format: Multiple-choice and performance-based
  • Passing Score: 65%
  • Duration: 2 hours
  • Domains: IoT Concepts (47%), IoT-Enabled Technologies (53%)
• AI Fundamentals Exam
  • Format: Multiple-choice and performance-based
  • Passing Score: 65%
  • Duration: 2 hours
  • Domains: AI Concepts (50%), AI Implementations (50%)

Recertification

• The ISACA Certified in Emerging Technology (CET) certification is valid for three years.
• To recertify, professionals must either:
  • Retake the current certification exam, or
  • Obtain a higher-level ISACA certification.
• This ensures professionals stay updated with evolving technology trends.

Eligibility

The ISACA Certified in Emerging Technology (CET) certification is ideal for:

• Professionals in IT, security, risk, audit, governance, privacy, and business development who are looking to gain deeper insights into emerging technologies.
• Enterprises aiming to upskill their workforce and align with modern technological trends.
• Career changers or those transitioning into emerging technology roles, particularly in IT-related sectors.

Curriculum Overview

The curriculum is divided into four key domains, each focusing on a specific emerging technology:

• Cloud Computing Fundamentals
  • Introduction to cloud computing, its benefits, and the key concepts that shape cloud technology.
  • Cloud governance, security considerations, and service support structures.
• Blockchain Fundamentals
  • Fundamental Blockchain concepts and how they apply to real-world applications.
  • Blockchain usage, potential considerations, and its integration into business processes.
• IoT Fundamentals
  • Exploration of IoT technologies, including IoT operating systems and the fundamental principles behind IoT networks.
  • Examination of IoT-enabled technologies and their business value.
• Artificial Intelligence Fundamentals
  • Comprehensive introduction to AI, its basic concepts, and practical implementations.
  • Exploration of fundamental AI software, algorithms, and their use cases in industry.