SKILLS
Autodesk Inventor, Autodesk Autocad, Ansys, CAD Modelling, Drafting, Basic Programming in C++, Microsoft Word, Powerpoint, Excel, Problem Solving, Research
COURSES / TRAINING
Autodesk Inventor mechanical and Autodesk Autocad Mechanical Training in 2016
DSA in C++ course from Coding Ninjas in 2020
Ansys mechanical Training in 2021
EDUCATION
B.Tech – Aerospace Engineering, IIST, 2016. CGPA – 8.03
Class 12 – Standard Public School, 2012. Percentage – 83. PCM Percentage – 90
Class 10 – Sendhwa Public School, 2010 GPA – 9.6
Languages
English, Hindi, Punjabi
Gurleen Singh Rajpal
Mechanical Engineer at SAC, ISRO
Professional Summary
Experienced mechanical engineer with 7+ years of experience in all aspects of payload design and integration, which includes designing, drafting, analysis, documentation, realization, testing and ground support for different satellites.
EXPERIENCE
Space Applications Center, ISRO, Ahmedabad — Sci/Eng – ‘SD’
JAN 2021 – PRESENT
During this time, I was involved in the following activities stated projectwise.
RISAT-1B
Integration of the payload. Actively involved in the mechanical integration of the payload. Responsible for mounting the packages with proper thermal interface and handling ground support structure. Designed the interface for the testing of the tiles at the near field chamber.
Chandrayaan-3
Integration of the payload. Designed the structure to integrate and test the payload at the height of 80 meters using a crane.
Research and Development
Mechanical design, analysis and realization of the power conditioning package (17 watts dissipation) with proper thermal management.
Mechanical design, analysis and realization of receiver package for P Band SAR. Test fixtures fabricated for thermovac and vibration testing.
Space Applications Center, ISRO, Ahmedabad — Sci/Eng – ‘SC’
JULY 2016 – JAN 2021
During this time, I was involved in the following activities stated projectwise.
RISAT-1A
Integration of the payload. Actively involved in the mechanical integration of the payload from start to the delivery of the payload to URSC.
Mechanical Design of Frequency Generator(FG) Package. Flight Model of the FG package consists of a stack of 3 packages. Two stacks are present in each satellite.
NISAR
Mechanical Design of Digital Package. Actively involved in the mechanical design and assembly of Digital package. Digital package consists of high dissipating devices such as Virtex 5 FPGA and ADCs.
OSAT-3 / 3A
Responsible for handling of the Frequency Generator(FG) and Receiver(Rx) packages. Two Flight Models of FG and Rx are present in each satellite.