TANVIR SINGH

E-Mail: adlvl5@r.postjobfree.com Mob no.: 980-***-****

LinkedIn: www.linkedin.com/in/tanvir-singh-8372b5147 Career Objective:

To be a part of an organization where I get a chance to use my knowledge and skills to contribute in the progress of the organization as well as myself. Academic Profile:

Degree/Examination Name of the Institution Percentage of Marks/CGPA

B.Tech.

(Aeronautical engineering)

Hindustan Institute of Technology and

Science

8.89

HSC M.M.M.S.D. Public Sr. Sec. School 9.18

SSLC M.M.M.S.D. Public Sr. Sec. School 9.14

Project Numerical Analysis of Pylon fuel injectors in scramjet combustor. Member of a 4-person team.

Project summary: The objective of the project was to model and analysis of basic pylon fuel injector and ramp pylon fuel injector. And analysis the performance of injector for different ramp angle. The mixing of the fuel and air will take place near the ramp so more drag at the ramp, the better will be the mixing inside the scramjet combustor chamber. By changing the ramp angle, we were able to produce more drag (increased the drag by 2%) and that helps in improving the efficiency of the engine. Work done: Data collection, Designing, Analysis

Mini Project Design of “Military Cargo Aircraft”. Member of a 2-person team. Project summary: The objective of the project was to design a military cargo aircraft with desired considerations of a long-range aircraft that can provide high fuel efficiency. By using the data acquired from the graphs the calculations were done for the design. The graphs were plotted on the basis of data acquired from various military cargo aircrafts. The graphs were plotted on various aspects to get the desired values for the calculations. By using these values, the calculation for wing structure and aerodynamic forces were done and the design of military cargo aircraft was created which has better fuel efficiency. Extra-Curricular Activity:

Paper Presentation: Presented a paper titled “Numerical Analysis of Pylon fuel injectors in scramjet combustor” in the international e-Conference on Futuristic Trends in Mechanical, Materials and Manufacturing (ICMMM 2020) organized by the Department of Mechanical Engineering on 16th June, 2020. Area of Interest:

• Project planning/management

• Maintenance, Repair & Operation

• Propulsion

• Structural Dynamics

• Design development

Software Packages:

• SolidWorks, AutoCAD

• Ansys (CFD), HyperMesh

• Programming languages: Python

(Module: Pygame, PyCharm)

• Web Technology: HTML5 and CSS

• Tools: MS Word, MS Excel, MS

PowerPoint, Adobe Photoshop

Strengths:

• Analytical ability

• Technical skills

• Business objective

• Non-destructive inspection

• Responsible Attitude

• Quick learner

• Project management

Awards:

• Scholarship from the H.P. government 2014-2016

• Scholarship from the Hindustan Institute 2016-2020 of Technology and Science

Personal Details:

• Date of birth :21/11/1998

• Linguistic skills : Hindi, English

Mini Project “Made a mini turbofan engine” Member of a 5-person team. Project summary: The objective of the project was to design and construct a working model of mini jet engine to study the airflow inside the engine.

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