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$75 USD / 小时
INDIA的国旗
agra, india
$75 USD / 小时
目前这里是4:22 下午
十二月 6, 2012已加入
46 推荐

Anuj G.

@anujgargiitk

 4.9 (114条评论)
8.8
8.8
91%
91%
$75 USD / 小时
INDIA的国旗
agra, india
$75 USD / 小时
99%
工作已完成
96%
在预算内
97%
按时
26%
重复雇用率

Mechanical/Electronics Designer & Manufacturer

I am a mechanical engineer with a dedicated team of mechanical, electronics hardware and software engineers with 9 international papers and 5 patents. We specialize in custom industrial and commercial machine/product design, development & fabrication. We do concept design, 3D modeling, hardware design, PCB design, microcontroller (Arduino) programming, PLC & sensor instrumentation of specialized products & machines. We also do various analysis like stress (FEM), dynamic analysis, CFD, circuit simulations, etc apart from conducting experimental research & development. We also have inhouse prototyping and manufacturing facility including 3D printing i.e. SLA and SLS in 3 different polymers, vacuum casting for a range of polymers and aluminum, CNC milling and turning, etc. PCB printing, hardware assembly, product integration & testing is also available.
Freelancer Mechanical Engineers India
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文件夹

2940001
Touch screen based Machine Controller
2939998
PCB Design & Layout using Eagle.
PCB Layout
2794912
Smart Tarp Project done for Mr Kadima Lonji
387991
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
2015758
The graphs shows the variation of incident solar energy available at different time of the year and with various combinations of azimuthal angle and inclinations angles
Matlab Simulation of Incident Solar Energy
The graphs shows the variation of incident solar energy available at different time of the year and with various combinations of azimuthal angle and inclinations angles
Matlab Simulation of Incident Solar Energy
2015742
The video shows the impact test done for an industrial Hard Hat used by engineers and workers for safety. In this video high speed impactor crashes with the hat and the deflection and the velocity can be observed.
Impact test of Foldable Safety Helmet
2940001
Touch screen based Machine Controller
2939998
PCB Design & Layout using Eagle.
PCB Layout
2794912
Smart Tarp Project done for Mr Kadima Lonji
387991
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
Variable Stability Aircraft (UAV): A 40Kg class unmanned aircraft capable of changing its geometry online while flying. It has a variable sweep angle, variable tail to CG distance, retractable and steerable landing gears, burstable fuselage, all movable tails, blended body, etc. It was an assembly of more than 800 custom designed parts. The most critical part of the project was to have so many mechanisms and movable part and yet it should be light enough to fly and therefore required use of innovative methods to meet all the objectives and constraints.
Variable Stability Aircraft Design & Development
2015758
The graphs shows the variation of incident solar energy available at different time of the year and with various combinations of azimuthal angle and inclinations angles
Matlab Simulation of Incident Solar Energy
The graphs shows the variation of incident solar energy available at different time of the year and with various combinations of azimuthal angle and inclinations angles
Matlab Simulation of Incident Solar Energy
2015742
The video shows the impact test done for an industrial Hard Hat used by engineers and workers for safety. In this video high speed impactor crashes with the hat and the deflection and the velocity can be observed.
Impact test of Foldable Safety Helmet

评论

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展示50+中的1-5条评论
 筛选评论规则：
5.0
$200.00 USD
Project for Anuj G. -- 2
great job
Engineering
Matlab and Mathematica
Mechanical Engineering
Product Design
Mathematics
+1更多
用户头像
的国旗 Michael S.
@msezuke
•
4 年前
5.0
$13,080.00 USD
Project for Anuj G. -- 19/05/31 08:21:10
Very descriptive, excellent planning and project management skills
3D Rendering
Aeronautical Engineering
3D Modelling
3D Design
+1更多
用户头像
的国旗 Alexei F.
@obmenidei
•
5 年前
4.4
$2,616.00 USD
usb-c adapter plug
Anuj and his team completed a 3D model, designed the PCB design, delivered prototypes of differing construction (some by SLS and some by SLA). Communication and professionalism were excellent.
Manufacturing
Solidworks
Mechanical Engineering
Manufacturing Design
D
的国旗 Darrell M.
@darrellmccauley
•
5 年前
5.0
$2,320.00 USD
Project for Anuj G.
Anuj is great at understanding what you want (be clear!), and seeing the details you missed :)
Engineering
Matlab and Mathematica
Mechanical Engineering
Product Design
Mathematics
+1更多
C
的国旗 Kristian T.
@caribbeankris
•
6 年前
4.6
€15,000.00 EUR
Project for Anuj G. -- 7
Good work
Engineering
Matlab and Mathematica
Mechanical Engineering
Product Design
Mathematics
+1更多
A
的国旗 Aurelien P.
@aurelien2
•
6 年前

经验

Senior Associate (Research)

Premier organisation
11月 2010 - 1月 2012 (1 年, 2 个月)
o Complete Concept Design, Engineering Design, system simulations and Mechanism Development & Detailed 3D/2D modeling using Autodesk Inventor/ AutoCAD o Stability Analysis & Stress Analysis using Matlab (highly proficient) and C++ o Project planning, manufacturing coordination & communication with clients Prominent Projects include Parachute Assisted UAV / Variable stability aircraft, Glider assisted delivery system, Solar UAV

Associate (Research)

Premier Organisation
8月 2010 - 11月 2010 (3 个月, 1 天)
o Carried out Feasibility Study of Stratospheric Airship o Developed & simulated mathematical models for the airship systems using basics of physics & matlab o Published 6 international research papers

Research Scholar

Premier Organisation
5月 2008 - 7月 2008 (2 个月, 1 天)
Understanding the gap phenomenon in µ­EDM using Under water acoustics o Developed a transistor based electronic circuit to give very short duration electrical pulses of high voltage and current to the electrodes. o Discovered a unreported phenomenon of SOFAR (Sound Fixing And Ranging) in µ-EDM process o Suggested a method to predict the shape of the plasma channel based on the SOFAR in ?-EDM. o Analyzed the various existing models of debris form

教育

B tech, Mechanical Engineering

Indian Institute of Technology, Kanpur, India 2005 - 2009
(4 年)

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numeracy_1.png Basic Numeracy 1 96%
us_eng_1.png US English 1 88%
freelancer_orientation.png Freelancer Orientation 1 85%
preferredfreelancer-1.png Preferred Freelancer Program SLA 1 84%
uk_english1.png UK English 1 83%

顶级技能

Mechanical Engineering 98
Engineering 78
Product Design 71
Matlab and Mathematica 69
Mathematics 62

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