Design Engineer Air Force

HARSH DABAS

*** * ***** ****, **** Primary School, Arthala, Mohan Nagar,

Ghaziabad, Uttar Pradesh 201007

981-***-**** *************@*****.***

EXPERIENCE

Chason Enterprises Pvt Ltd

** **** **** - *0 April 2020

Mechanical Design Engineer

As Mechanical Design Engineer, my job was to develop, design, build, test and inspect mechanical parts and systems, such as mechanisms, structure, attachments and casings, using Computer Aided Design (CAD) software and suitable manufacturing process and materials, modifying available designs according to the requirement, ensuring feasibility of the design, optimal performance and efficiency of the machine using his advanced mathematical skills and creative thinking.

I developed and built prototypes and measured their level of functions. Recording and evaluating testing data, altering designs as necessary to ensure performance, efficiency and safety was done by me.

Apart from that, assistance to main pilot during testing and act as co-pilot whenever required. Modern Testing Services

21 Jan 2019 - 30 May 2019

Program Manager

As Program Maneger, to coordinate with the clients and the manufacturers, getting their products tested according to the standards agreed upon before exporting to destination countries to ensure that product is compliant with the quality standards of that country and issuing a report. EDUCATION

ABES Engineering College affiliated to AKTU ( formerly UPTU ) 2015 - 2019

Bachelor of Technology in Mechanical Engineering

68.04 %

Kendriya Vidyalaya No 1 Air Force Station Hindan

2015

Intermediate

85.6%

Kendriya Vidyalaya No 1 Air Force Station Hindan

2013

High School

10 CGPA

PROJECTS

CFD simulation of Air Conditioning System in classroom - Heat Ventilation and Air Conditioning We studied design and modification of air conditioning duct using Computational Fluid Dynamics (CFD) analysis, considering all air flow features related to duct system efficiency. Adequate methods are available now to design efficient air cooling system specially ducts. We studied different duct profiles under different lod conditions with different duct layouts. And also studied different problems like uneven cooling, high frictional losses, steep costs of installation, high power consumption and noise. After comparing many models and factors, we proposed a new model of duct layout for the classroom

Development of a rescue drone for a competition hosted by US Navy. That year the task was to create a rescue drone for the help of rescue team to find and help people stranded in a secluded place. The drone have to find the person, provide a water bottle and first aid kit to him/her and optical character recognition autonomously onboard and send data to ground station. This was developed as a part of a competition hosted by Association for Unmanned Vehicle System International Students Unmanned Aerial System ( AUVSI SUAS) along with US Navy Tethered Surveillance Drone

A drone was made on frame of Tarot X6 which was ground powered and could remain in air for 8 - 10 hours at a time.

It had day and low light vision capabilities and could see upto 3 kms from 50 metre to height. Delivery Drone

It was a drone capable of delivering a package of 1 KG up to 2 KM and return to home position, all within 10 minutes

SKILLS

SolidWorks

AutoCAD

Microsoft Office

C++

Python

LANGUAGE

English

Hindi

Punjabi

INTERESTS

Aviation

Martial Arts

Automobiles

Weapons

DECLARATION

I hereby declare that the information given above is true to the best of my knowledge and belief

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