Course Description
his course is designed to provide participants with a
detailed and up-to-date overview of Technical Integrity Verification. It covers
the relevant standards, regulations, verification process and objectives; the
technical integrity verification system requirements and specifications,
verification plan, methods and tools; the suitable verification environment,
necessary hardware, software, and tools; configuring test environments and test
data; the test design techniques, test execution and results analysis; the
regression testing and change management; and the suitable tools for test
automation, automate test cases and analyzing the benefits. Further, the course
will discuss the performance and stress testing, performance metrics and
objectives; the security and vulnerability testing and common vulnerabilities
and threats; the safety and reliability testing, safety-critical aspects and
failure modes; the compliance and regulatory requirements and relevant
standards regulations; the tests to ensure compliance and documenting evidence;
the importance of documentation; the clear and concise verification reports;
and communicating results effective to stakeholders.
Course Objectives
Upon the successful completion of this course, each
participant will be able to:-
·
Apply and gain an in-depth
knowledge on technical integrity verification
·
Discuss the relevant
standards, regulations, verification process and objectives of
technical integrity verification
·
Identify the system
requirements and specifications, develop verification plan and
identify verification methods and tools
·
Set up a suitable
verification environment, identify necessary hardware, software, and
tools and configure test environments and test data
·
Carryout test design
techniques, test execution and results analysis as well as
regression testing and change management
·
Implement safety and
reliability testing and identify safety-critical aspects and failure
modes
·
Recognize compliance and
regulatory requirements, relevant standards regulations
as well as conduct tests to ensure compliance and documenting evidence
·
Discuss the importance of
documentation, create clear and concise verification
reports and communicate results effectively to stakeholders
·
Apply risk assessment,
identify potential risks and develop risk mitigation strategies
·
Illustrate quality
assurance processes, identify areas for process improvement and
implement best practices
·
Incorporate verification
activities into agile methodologies, apply agile test planning
and execution and collaborate and communicate agile verification teams
·
Identify the common
challenges in technical integrity verification and apply strategies
for
problem-solving, troubleshooting and tips for effective collaboration and
teamwork.
Training Methodology
All our Courses are including Hands-on Practical Sessions
using equipment, State-ofthe-Art Simulators, Drawings, Case Studies, Videos and
Exercises. The courses include the following training methodologies as a
percentage of the total tuition hours:- 30% Lectures 20% Practical Workshops
& Work Presentations 30% Hands-on Practical Exercises & Case Studies
20% Simulators (Hardware & Software) & Videos.
Day 1:
·
Introduction to Technical
Integrity Verification
·
Technical Integrity
Verification & Its Importance in Various Industries
·
Relevant Standards &
Regulations
·
The Verification Process
& Its Objectives
·
System Requirements &
Specifications
·
Different Types of
Requirements(Functional, Performance, Safety, etc.)
·
Techniques for Documenting
&Managing System Requirements
·
Developing a Verification
Plan
·
Verification Objectives,
Scope & Criteria
·
Verification Methods &
Tools
·
Setting up a Suitable
Verification Environment
·
Necessary Hardware,
Software & Took
·
Configuring Test
Environments & Test Data
Day 2:
·
Test Design Techniques
·
Creating Test Cases &
Test Scenarios
·
Test Procedures &
Expected Results
·
Test Execution &
Results Analysis
·
Logging Test Results &
Defects
·
Analyzing Test
·
Results & Identifying
Trends or Patterns
·
Regression Testing &
Change Management
·
Developing Regression Test
Suites
·
Managing Changes &
Their Impact on Verification Activities
·
Test Automation & Tools
·
Suitable Tools for Test
Automation
·
Automating Test Cases &
·
Analyzing the Benefits
Day 3:
·
Performance & Stress
Testing
·
Performance Metrics &
Objectives
·
Conducting Performance
Tests & Analyzing the Results
·
Security &
Vulnerability Testing
·
Security Testing & Its
Objectives
·
Common Vulnerabilities
& Threats
·
Conducting Security Tests
& Analyzing the Findings
·
Haward Technology Middle
East
·
Safety & Reliability
Testing
·
Safety-Critical Aspects
& Failure Modes
·
Conducting Safety &
Reliability Tests & Analyzing the Results
·
Compliance & Regulatory
Requirements
·
Relevant Standards &
Regulations
·
Conducting Tests to Ensure
Compliance & Documenting Evidence
Day 4:
·
Documentation &
Reporting
·
Importance of Documentation
in Technical Integrity Verification
·
Creating Clear &
Concise Verification Reports
·
Communicating Results
Effectively to Stakeholders
·
Risk Assessment &
Mitigation
·
Potential Risks & their
Impact
·
Developing Risk Mitigation
Strategies
·
Quality Assurance &
Process Improvement
·
Areas for Process
Improvement
·
Implementing Best Practices
& Lessons Learned
·
Verification in Agile
Development
·
Incorporating Verification
Activities into Agile Methodologies
·
Agile Test Planning &
Execution
·
Collaboration &
Communication in Agile Verification Teams
y 5:
·
Integrating Verification
into DevOps Processes
·
Continuous Integration
& Automated Verification
·
Traceability &
Repeatability in Verification Activities
·
Verification Challenges
& Problem Solving
·
Common Challenges in
Technical Integrity Verification
·
Strategies for
ProblemSolving & Troubleshooting
·
Tips for Effective
Collaboration & Teamwork
·
Analyzing Challenges &
Lessons Learned from Different Industries
·
Best Practices &
Innovative Approaches
