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Job-role Oriented Training

This programme is a unique pathway to gaining work experience in a design engineering role at a company as a Graduate Engineering Trainee while undergoing training in the specialisation of the work. The candidate will not only gain work experience in design engineering specialisations as per National Skill Development Corporation (NSDC) job roles as below, but will also have the opportunity for conversion to a full-time role after completion of the Graduate Engineering Traineeship.

Timeframe

4 – 5 Months

Design Tools

Course Curriculum Overview:

1. Aerospace Structural Engineer – Designer

Create and develop design documents

Understanding of engineering drawings, Geometry creation and data management with 3D CAD

Create simple mechanical designs

Types and Methodologies for mechanical designs, Geometrical dimensioning and tolerance, Preparation of Bill of Materials, Introduction to CATIA v5

Design of aerospace structural components/ assemblies/ subassemblies

Understanding of design lifecycle, Creation of 3D model, sub-assemblies with CATIA v5, Manufacturing edge of parts (MEOP) and engineering edge of parts (EEOP), Loads and Free-body diagrams, Advanced solid mechanics, Analysis of joints, Design for Manufacturing

2. Aerospace Structural Engineer – Analyst

Analysis and testing of aerospace structural components /assemblies/subassemblies
Design activities related to stress and Fatigue and Damage Tolerance (F&DT), Finite element analysis, Loads and Free-body diagrams, Advanced solid mechanics, Analysis of joints, Impact Tests; Visible Impact Damage (VID), Barely Visible Impact Damage (BVID), Structural Analysis using Ansys

3. Avionics and Electrical Systems – Designer

  • Introductions and Technical Regulations
    Aerospace design and theory of flight
    Introduction to Avionics Systems (Civil and Military)
    Electrical Fundamentals
    Technical Regulations
  • Create, Maintain and Design Avionics Systems
    Avionics Systems Design and ARP 4761, ARP 4754
    Software Development and Engineering Process and DO-178C
    Hardware Development and Engineering Process and DO-254
  • Create, Maintain and Design Electrical Systems
    Conceptual and Detailed Design of Engineering Systems
    Fundamentals of Electrical System Design
    Development of Electrical Engineering Drawings and Techniques
    Case studies of various electrical aircraft systems
  • Systems Engineering Approach to Design
    Systems Integration and Design Analysis
    Software-Hardware Integration
    Design Review, Approval and Documentation
    Harness and Prototype Testing
    System Qualification and DO-160G
    Systems Integration Trades
    Product Lifecycle and Failure Mode Analysis
    Development and Delivery of Prototype Deliverables
  • Configuration Management and Change Control

Application Form

4. Aerodynamics Design Engineer

    • Introduction to Aerospace
      Theory of Flight
      Aircraft Systems Overview
    • Aerodynamic Principles
      Aerodynamic Forces and Moments
      Aerodynamic Coefficients
      Introduction to Flow
    • Types of Flows
      Incompressible Flow: Inviscid Flow, Flow over aerofoils, Finite Wings
  • Compressible Flow: Shock Waves, Nozzles, Diffusers and Wind Tunnels, Subsonic Flow over Aerofoils
    Supersonic and Hypersonic Flow: Linearised supersonic flow, non-linearised supersonic flow, hypersonic flow and Newtonian theory, hypersonic lift, drag and shocks
    Viscous Flow: Navier-Stokes equation, Boundary layers
  • Analysis
    Finite Element Method, Finite Volume Method
  • Simulation
    Computational Fluid Dynamics

Professional Skills

  • Creation of documents for knowledge sharing
    Purpose, Scope and Format Based on Audience
    Review of Documents
    Compliance with Organisational Policies, Standards and Guidelines
  • Working Effectively in a Team
    Professional Etiquette
    Non-discriminatory attitude
    Dress Code and Personal Hygiene
    Workplace Information, Instructions, Procedures and Legalities
  • Prioritising and Completing Tasks
  • Maintaining Organisational Safety and Information Security
    IT Policies and Procedures
    Data Breaches and IP Theft
    Document Version Controls and Approvals
    Safety Procedures, Health and Safety Requirements

Course Requirements:

Currently enrolled in or graduate with a Bachelor’s/ Master’s degree programme in Aerospace or Mechanical Engineering or related field

Course Outcome:

Avistrat shall facilitate placements of final year students in aerospace and allied companies. Prior to offers of full-time placement, some companies may choose to offer internships. Students will be certified by AASSC as qualified to perform the responsibilities of their choses job roles and globally recognised design tool vendors.

  1. Placement in aerospace companies
  2. Certification by Sector Skill Council for possessing requisite skills for concerned job role