Three Day LDRA tool suite Training Course

Course overview

This 3 day course aims to provide delegates with a thorough understanding of advanced testing methodologies and the requirements and constraints associated with developing applications for compliance with industry specific standards such as DO-178C and DO-278 in avionics, ISO 26262 in automotive, IEC 61508 in industrial safety and IEC 62304 in medical devices.

What will be Covered?

•    Introduction to LDRA & Workshop Preparation
•    Analysis Scope
•    Static Analysis
•    Dynamic Analysis
•    Unit Testing
•    Embedded Testing
•    C++ Specific Features
•    Miscellaneous 

Please note, this is a paid training course. Register yourself for more details and fees structure. 

Location, dates and times

Date:  25 - 27 September 2019

Location:  Hyderabad


Amit Kumar

(t):  +91 80 4080 8707  || (e):


Who should attend?

The training courses are designed to support the requirements of software development teams, verification and validation teams and those aiming to achieve safety critical certifications for their projects in various domains.

  • Engineering Managers
  • Software Quality Managers
  • Software Engineers
  • Test Engineers


  • Code Review - How to use Code Review to apply coding rules to source code e.g. MISRA C/C++ and Custom Coding Rules.
  • Quality Review - How to use Quality Review to analyse source code complexity, testability, maintainability and clarity.
  • Design Review - How to use Design Review to analyse your as-built design using control and data flow analysis.
  • Test Verification - How to perform dynamic analysis and measure code coverage in accordance with standards compliance (e.g. DO-178C, ISO 26262, IEC 61508 and IEC 62304).
  • Unit Testing - How to create and run unit tests; regress tests; automate stub creation; cope with code changes; run a white box test; maintain and document your unit tests.


Anil Kumar N.G - Technical Manager with LDRA Technology Pvt. Ltd, India, has over 14 years of experience in the development and verification of real-time embedded systems. With core expertise including the development of start-up code, low level drivers, BSP for various target platforms, and RTOS based applications, he has guided multiple development teams through the phases of the software development lifecycle, in adherence with a host of functional safety standards. With his experience, Anil has helped development teams in the selection of appropriate development tools, hard real-time operating systems, and software verification methods. He has also guided them in the verification and validation of complex systems on a range of hardware platforms, especially where Object Code Verification is required.

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