Looks like you have JavaScript disabled. For the full Twine experience, you will need to re-enable it.

I am a highly motivated aerospace and control systems engineer with hands-on experience in CFD, CAD, and automation. I enjoy turning complex physics into reliable, real-world solutions and thrive in collaborative, cross-disciplinary teams. Currently pursuing an MSc in Advanced Control & Systems Engineering at the University of Sheffield, I am passionate about energy harvesting, aircraft stability, and robust subsystem integration. I aim to apply my skills to cutting-edge aerospace projects and drive practical improvements in performance and reliability.…I am a highly motivated aerospace and control systems engineer with hands-on experience in CFD, CAD, and automation. I enjoy turning complex physics into reliable, real-world solutions and thrive in collaborative, cross-disciplinary teams. Currently pursuing an MSc in Advanced Control & Systems Engineering at the University of Sheffield, I am passionate about energy harvesting, aircraft stability, and robust subsystem integration. I aim to apply my skills to cutting-edge aerospace projects and drive practical improvements in performance and reliability.

RITABRATA BHAJAN





I am a highly motivated aerospace and control systems engineer with hands-on experience in CFD, CAD, and automation. I enjoy turning complex physics into reliable, real-world solutions and thrive in collaborative, cross-disciplinary teams. Currently pursuing an MSc in Advanced Control & Systems Engineering at the University of Sheffield, I am passionate about energy harvesting, aircraft stability, and robust subsystem integration. I aim to apply my skills to cutting-edge aerospace projects and drive practical improvements in performance and reliability.…I am a highly motivated aerospace and control systems engineer with hands-on experience in CFD, CAD, and automation. I enjoy turning complex physics into reliable, real-world solutions and thrive in collaborative, cross-disciplinary teams. Currently pursuing an MSc in Advanced Control & Systems Engineering at the University of Sheffield, I am passionate about energy harvesting, aircraft stability, and robust subsystem integration. I aim to apply my skills to cutting-edge aerospace projects and drive practical improvements in performance and reliability.

Available to hire

I am a highly motivated aerospace and control systems engineer with hands-on experience in CFD, CAD, and automation. I enjoy turning complex physics into reliable, real-world solutions and thrive in collaborative, cross-disciplinary teams.

Currently pursuing an MSc in Advanced Control & Systems Engineering at the University of Sheffield, I am passionate about energy harvesting, aircraft stability, and robust subsystem integration. I aim to apply my skills to cutting-edge aerospace projects and drive practical improvements in performance and reliability.

Skills

Autodesk Fusion 360

Python

Experience Level

Autodesk Fusion 360

Expert

Python

Expert

Language

English

Fluent

Hindi

Advanced

Bengali

Advanced

German

Beginner

Work Experience

Systems and Development Engineer at Rolls-Royce University Technology Centre (Control & Systems Engineering)

May 1, 2024 - Present

Improved thermal flow prediction accuracy by 10% through developing ANSYS Fluent and Simulink models for an engine-mounted thermal energy-harvest system; validated through 90% correlation with LabVIEW test data. Designed a thermoelectric harvester assembly in SolidWorks integrating commercial TEG units, aluminium plates, finned heatsinks and vibration isolated fastener stacks for a Rolls-Royce engine subsystem; qualified for 10−2000 Hz vibration loads. Achieved 20% above target power output after prototype testing. Increased high temperature reliability by analysing material performance and specifying PEEK fasteners to ensure structural integrity and low thermal conduction in 150°C engine conditions. Engineered a PETG 3D-printed internal mounting frame using SolidWorks integrating seven circuit boards, optimised wiring layout for space efficiency and validated robustness through engine-level vibration testing.

Volunteer Fundraiser at British Red Cross

March 1, 2023 - April 30, 2023

Raised £200 through community fundraising activities and door-to-door campaigns over a 3-week period.