Course Features
- Lectures 110
- Quizzes 0
- Duration 10 weeks
- Skill level All levels
- Language English
- Students 4
- Assessments Yes
Curriculum
- 7 Sections
- 110 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- 1. Context setting and curriculum overview37
- 1.11.0 Ice-Breaking and Context Setting
- 1.21.1 The Advantages of this Training
- 1.31.2 ‘Run Rules’ of the training
- 1.41.3 How should you plan your time?
- 1.51.4 Section wise Details – Introduction
- 1.61.5 Safety-critical Systems
- 1.71.6 Software Life Cycle
- 1.81.7 Planning
- 1.91.8 Development
- 1.101.9 Verification
- 1.111.10 Certification Liaison
- 1.121.11 Additional Points & Wrap-up
- 1.132.0 Airworthiness – IMAP, IMTAR, and more
- 1.142.1 Planning and Design Evaluation
- 1.152.2 Policies and procedures in India
- 1.162.3 IMAP 2023
- 1.172.4 Indian Military Airworthiness Framework
- 1.182.5 Few critical definitions before we start our journey
- 1.192.6 CEMILAC high-level workflow
- 1.202.7 Steps to apply for CEMILAC certification
- 1.212.8 Constitution of Software IV&V Team
- 1.222.9 The aspects that you need to focus are
- 1.233.0 Overview of DO-178 C
- 1.243.1 The challenges
- 1.253.2 Chronological progress
- 1.263.3 Pictorial view
- 1.273.4 12 Sections of DO-178C
- 1.283.5 Do 178C Design Assurance Levels
- 1.293.6 Do 178C Annex A Tables – a summary
- 1.303.7 All in one Table
- 1.314.0 Aerospace Systems – a quick refresher
- 1.324.1 Drones – Functional Blocks
- 1.334.2 Aircraft – Functional Blocks
- 1.344.3 Missile – Functional Blocks
- 1.354.4 Basic Aerodynamics
- 1.364.5 Concept of Buses
- 1.374.6 Communication Overview
- 2. Safety Critical Systems10
- 2.12.0 Context setting and curriculum overview
- 2.22.1 What is common among all those?
- 2.32.2 External Parts
- 2.42.3 Block diagram (obsolete aircraft)
- 2.52.4 LRUs and DO 254 Certification – a quick glance
- 2.62.5 Basics of Bus and Protocols
- 2.72.6 OSI Model
- 2.82.7 1553 Overview
- 2.92.8 ARINC specifications and topologies
- 2.102.9 Required recap
- 3. Software Life Cycle11
- 3.13.0 Context setting and curriculum overview
- 3.23.1 SDLC – ‘a V Process’ Model
- 3.33.2 User Requirements Phase
- 3.43.3 System Specifications Phase
- 3.53.4 High Level Design Phase
- 3.63.5 Detailed Design Phase
- 3.73.6 Coding & Unit Testing Phase
- 3.83.7 Functional Testing Phase
- 3.93.8 Integration Testing Phase
- 3.103.9 System Testing Phase
- 3.113.10 Acceptance Testing Phase
- 4. Planning14
- 4.14.0 Key Objectives
- 4.24.1 Planning Phase – The Recommendations
- 4.34.2 Planning
- 4.44.3 Five Plans
- 4.54.4 Three Environments
- 4.64.5 PSAC Key Points
- 4.74.6 SDP Key Points
- 4.84.7 SVP Key Points
- 4.94.8 SCMP Key Points
- 4.104.9 SQAP Key Points
- 4.114.10 SRS Key Points
- 4.124.11 SDS Key Points
- 4.134.12 SCS Key Points
- 4.144.13 Be Aware About Other Plans
- 5. Development12
- 5.15.0 Software Development Processes
- 5.25.1 Processes
- 5.35.2 Requirements Process
- 5.45.3 Bad Requirements!!!
- 5.55.4 How to write good requirements?
- 5.65.5 Design Process
- 5.75.6 Characteristics of Good Design
- 5.85.7 Design Verification
- 5.95.8 Coding Process
- 5.105.9 Coding Recommendations
- 5.115.10 Integration Process
- 5.125.11 Traceability Process
- 6. Verification12
- 6.16.0 Verification
- 6.26.1 The Importance of Verification
- 6.36.2 Reviews
- 6.46.3 Analysis
- 6.56.4 Testing
- 6.66.5 DO-178C Testing
- 6.76.6 Testing Strategies
- 6.86.7 Testing Activities​
- 6.96.8 Verification of Verification
- 6.106.9 Modified Condition/ Decision Coverage
- 6.116.10 Problem Reporting
- 6.126.11 The best practices for Verification
- 7. CM & CA​14
- 7.17.0 Configuration Management
- 7.27.1 SCM Objectives
- 7.37.2 SCM Activities
- 7.47.3 Control Categories
- 7.57.4 SCM Data
- 7.67.5 Change Impact Analysis
- 7.77.6 What is Certification Liaison
- 7.87.7 Best Practices for coordinating with CA
- 7.97.8 Software Accomplishment Summary
- 7.107.9 Stage of Certifications – at a glance!
- 7.117.10 SOI 1
- 7.127.11 SOI 2
- 7.137.12 SOI 3
- 7.147.13 SOI 4
