Proactive Engineer specializing in Flight Control Systems and Laws with extensive experience on Airbus A350 and SA/XLR programs. Expert in validating and verifying autopilot rules, migrating flight control law validation, and performing flight performance analysis using MATLAB, Python, and Airbus tools. Bringing strong skills in technical reporting, root cause analysis, and system design.
Overview
8
8
years of professional experience
1
1
Certification
Work History
Engineer-Flight Control Systems and Laws
Akkodis Technology
11.2023 - 06.2024
Working as a flight control system and laws engineer on the A350 team for Airbus.
The MVV automation tool is designed to validate and verify autopilot flight control rules by using different model standards of A350-900, A350-1000P, and A350-1000F aircraft models.
Worked on migrating grids and scenario templates to the MVV automation tool, as well as the migration of flight control law validation from SIMPA (Airbus tool) to Python (Jupyter Notebook).
Analyze the simulation results and root causes of aircraft behavior in relation to the relevant maneuver criteria for flight clearance.
Compare model standards by conducting non-regression studies with Airbus tools and MVV automation tools.
Modification of MATLAB and Python codes in accordance with test requirements and analysis, and the results are presented in technical report analysis (TRA).
Engineer-Flight Control Laws
Capgemini Engineering (Erst Altran Technologies)
12.2021 - 08.2023
Worked as a flight control engineer on the SA (single aisle) and XLR (extended long range) program for Airbus IYCCL
Verification and validation of manual flight control laws using various model standards and various maneuvers for A318C, A319C, A319N, A320C, A320N, A321C, and A321N aircraft.
Perform a thorough examination and analysis of the simulation results and aircraft performance with respect to the maneuver criteria necessary for the certification of the aircraft and the enhancement or decline of the model standard.
Non-regression studies are being carried out by utilising Airbus tools on the Linux operating system.
The development of the tool (EVA) for specific projects, and its implementation using various model standards and maneuvers, are of paramount significance.
A comprehensive understanding of aerodynamics, stability, and control, as well as flight performance. Moreover, solid knowledge of DO-178, DO-254, and Model-Based Systems Engineering (MBSE).
Engineer-Flight Performance
Aeronautical Development Agency (MoD)
02.2020 - 12.2021
Flight performance analysis and prediction:
i) Calculations of overall mission performance across various segments and configurations.
ii) Point performance analysis of flight test points, including sustained and attained turn rates, acceleration, descent, etc.
iii) Generation of dive profiles and calculation of parachute operational timings from real aircraft data with different configurations.
Flight data analysis for fighter and trainer aircraft configurations:
i) Capturing various flight regime segments, such as take-off, climb, cruise, descent, etc., using in-house tools by pre-defined criteria.
ii) Characterization of engine behavior, validation and verification of in-flight data, identification of any non-homogeneous behavior, and analysis of the root cause of it are analysed.
iii) Enhancement of an automated in-house program with the assistance of MATLAB and Python to capture different segments of flight regimes from flight data sets, as well as to predict and generate data for the creation of an operational data manual (ODM) used by flight crews.
Trainee Engineer
Gas Turbine Research Establishment (GTRE - MoD)
08.2016 - 06.2017
Designing the atomizer and combustor casing for the KAVERI engine using UniGraphics CAD software.
Stress analysis and flow behavior of combustor inner and outer casings using ANSYS software.
Assisted with preparation of client presentations using CAD and Microsoft Office.
Collaborated with senior engineers on complex projects.
Education
Master of Technology - Aerospace Engineering
IIT - Kharagpur
Kharagpur, West Bengal, India
05.2019
Bachelor of Science - Mathematics (Distance Learning)
Alagappa University
Chennai, India
05.2016
Bachelor of Engineering - Aeronautical Engineering
The Aeronautical Society of India
New Delhi, India
08.2015
Skills
Airbus Tools: SIMPA, SALIMA, OSMA, EVA-VBOX, OCASIME
Programming languages: MATLAB, C, Python
CAD: Uni-Graphics v85, SolidWorks
AUX: Google Workspace, Microsoft Office
Project Management
Technical reporting
Engineering Documentation
Root Cause Analysis
Technical Writing
System Design
Problem-Solving
Teamwork and Collaboration
Accomplishments
A.I.R - 81 in Aerospace Engineering in GATE 2017.
A.I.R - 161 in Aerospace Engineering in GATE 2021.
Certification
[Turbomachinery for Sustainable Power and Aviation: A System Approach] [IIT Kharagpur] [2018, July]
[Use of Modern Technology for Aeronautics & Aerospace Fields] [IIT Kharagpur] [2018, December]
Additional Information
Term paper, IIT Kharagpur, 6 months, Side Force Generated by Dorsal Fin.
Languages
English
Bilingual or Proficient (C2)
Hindi
Bilingual or Proficient (C2)
French
Beginner (A1)
Timeline
Engineer-Flight Control Systems and Laws
Akkodis Technology
11.2023 - 06.2024
Engineer-Flight Control Laws
Capgemini Engineering (Erst Altran Technologies)
12.2021 - 08.2023
Engineer-Flight Performance
Aeronautical Development Agency (MoD)
02.2020 - 12.2021
Trainee Engineer
Gas Turbine Research Establishment (GTRE - MoD)
08.2016 - 06.2017
Master of Technology - Aerospace Engineering
IIT - Kharagpur
Bachelor of Science - Mathematics (Distance Learning)
Alagappa University
Bachelor of Engineering - Aeronautical Engineering
The Aeronautical Society of India
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