Differentiated Benefits to You

Training Faculty:  Safety Critical Embedded SW Industry Experts for both theory and practical

Training Focus: Assured Skill enhancements to work in Safety-Critical Embedded SW Projects.

Training Approach: 70% Hands-on;  30% Theory

• The training is similar to the actual work carried out in the organization. With more hands-on, it is easy to understand and explain the activity. No need to memorize the complete theory part.

Post Training Support:

• Guidance towards Potential Employers & Employment
• Assistance even after your employment in terms of work-related clarifications

You will be a billable resource from day one of your employment.

Personalized attention to build the competency as the batch size will not exceed 20 Number.

You will be JOB READY for:  Avionics Software Companies

Eligibility to Join Training:

1. Bachelors or Masters Engineering degree with aggregate 65% in Electronics or Computer Science or Equivalent Subjects
2. Awarded Bachelors or Masters Engineering degree in the year 2018/2019
3. Basic knowledge of C Programming Language

Training Duration:   10 to 12  weeks  of 5 days a week

Training Location:   Vihanga EmbedSoftâ??s State of the Art Training Centre, Bangalore.

Training Start Date :  Last week of June 19 / First week of July 19

Training course Coverage (Class room & Hands On )

1. Avionics Fundamentals & Software Development Life Cycle Models
2. C Programing Language â?? Basic , Advanced Features with hands-on implementation
3. Safety-Critical Embedded Software â?? Concepts, Communication Protocols and Projects
4. Introduction to Global Safety-Critical Software Standards :RTCA/DO-178B/DO-178C
5. Implementation of RTCA-DO178B in Software
   1. Coding in C using Software Design Requirements & Coding Standards
   2. Performing C Code Review against Software Design and Coding Standards
   3. Assuring compliance to Safety-Critical Software Standards through Testing
      1. Requirements based Software Module Testing, SW-SW Integration Testing
      2. Overview of Commonly used tools in Avionics(Theory )
   4. Introduction to Safety-Critical Software Quality Processes
      1. Configuration, Change Management
      2. Problem Reporting and  Independent Review methodology.