InspIrIng younggeneration

Industrial Institution Collaboration

A place where industry will become client and student will become consultant

Patent consulting cell

Design consult for participant

Manufacturing consultant

Patent consultant

MAke yourSucceSS A prIorItyBegIn your educational Journey todAy

What makes us different?

Amz Automotive has a dedicated team that leaves no stone unturned in educating and motivating their Student to think out of box. The wide connection of Amz automotive in industry helps him to form the requirement of the upcoming technology which provide Amz automotive and edge in the market and technology to train their student as per industrial standard. The Amz also provide placement opportunity to their student.

Who We are ?

Amz Automotive was found as a response to need of practicality based industry ready engineers in the field of engineering. Amz automotive works toward helping students enhancing their engineering skill to meet industry requirement by exposing them to real world scenarios and providing them with the impetus to apply their skills and knowledge to tackle the real world

problems.

amZ GrouP diVisions

motorsPorts ChamPionshiPs

manufaCturinG diVisions it industrY

traininG & researCh Center

rCdC india

amk industrY

ultimate dessert Challenge Le mans karting

edmrC GrouP raivens technologies

amZ automotiVe

WePiat Private Limited

amZ Partners

need of researCh Center?

What is a researCh Center?

Research Centre is a place where an engineering student can make an application of the theoretical knowledge that he has obtained through his academic curriculum. The methodology, research trainer and content sets a research Centre apart from normal lab work. The Research Centre are

more result oriented with the work being design and manners more similar to the real world.

Every semester, AMZ will provide guidance to the student and they will be further given some projects and industrial problem which are to be completed in a period of time.

Research center is space where Student from different Stream of engineering come under a single roof and try to learn things by doing rather than reading.

The Fourth industrial revolution has

increased a huge gap between industries and

institution.

Huge demand of skilled engineer who can

develop sustainable product for industry and

society.

Knowledge and learning remains only up to books and exam. Not applied in

real world problem.

There is a need of product skilled research

and development engineer and

entrepreneur to develop the Indian economy

Aim Vision MissionAIM OF SKILL DEVELOPMENT CENTRE AND RESEARCH Cen-tre is to prepare the student for the demand of the industry and

to decrease the gap between industry expectation and

student learning in the course curriculum.

To make India self-dependent country in terms of research and development in field of

product development.

To prepare a class of engi-neers who are adapted upcom-

ing technology

our advisory Committee

mr. Yatindra Bhushan

seshathiri dhanasekaran

Senior Reservoir Engineer at ADCO UAE

AI/ML Researcher/Data Scientist/Corporate ML and Data Science Trainer/Helping Organizations in ML AI projects.former R and D Data scientist Inspirisys Solutions Limited

Associate Dean at Maharashtra Institute of Technology, Kothrud, Pune, India.

Management Committee Member at Nissan Europe l Chairman Office at Nissan HQ

Europe l Manager International | Speaker

Founder and Md at MaxperienceFormer Senior Area Manage at Indian Oil

Corporation Limited.

dr ratnadip r Joshi aman tripathi arvind Balan

our asPirinG researCher PortaL:

It’s an online portal which keeps our Student connected to us. When the student join research Centre he gets an id and password which can be used to request for work on any innovating idea,

request for patent file, request for paper filling and request for a startup.

Aspiring researcher portal helps Amz automotive to remain always connected with their Student in any part of the india.

Aspiring young generAtion

pAtent filling pAper filling stArtupDesign registrAtion complAin proDuct

Request foR patent filling Request foR papeR filling

Request foR pRoduct manufactuRing consult

Request foR complain

Request foR Design RegistRation

Request foR staRtup consult and suppoRt

every stuDent will be getting login iD AnD pAssworD

post your Achievement

Year 1

The human and machine Interaction and role of various

ECU.

Year 2

Electrification in Automobile Industry

Year 3

Industrial Automation and working process of industries

Year 4

Futuristic technology(Autonomous or a

driver-less car)

Utilize your engineering knowledge to develop sustainable technology for world.

post your Achievement

Sketching

Designer usually begins their works with sketches in order to come up with idea and concept and later turn to draft and cad model.

Industrial plasticine

Industrial plasticine, or “clay”, which is used for this purpose, is a malleable material that can be easily shaped, thus enabling designers to create models to visualize a product. Clay modeling was soon adopted throughout the industry and remains in use today Aurdino

Aurdino has been used in thousands of different project and application. The aurdino soDware Is easy to use for beginners yet flexible enough for advance user. Student can use it to build low cost scientific instrument and prototype. Rasberry pi

The raspberry pi has the ability to interact with the outside world and has been used in the wide array of digital maker project from music machine to weather station. The raspberry pi is the best platform to learn code for technology geek person and to learn human machine interaction.

Design thinking methodology

Design thinking is not a new design discipline. It is a fresh multi-disciplinary platform that utilizes conceptual tools in order to provide steps towards innovation. The renowned company like IDEO, IBM, Infosys, Intuit, Stanford Hospital, use this technique to get edge in the market.

2.Define

Year 1

Imagination is more important than knowledge-Albert Einstein

automotive styling and sketching

aurdino

rasberry pi

industrial plasticine(clay molding)

1.empathize

4.Prototype

3.idea

5.test

2.Define

Problem will be searched by the industry person and even sudent

also.

Student will be developing the prototype of the same product

they have planned on paper.

Student will put their idea to develop 1/10 model of Different

problem

Student will be testing their product.

The problem will be stated and defined in a group of

team.

Vehicle dynamics

Stimulation and analysis

Battery management system

Electric vehicle

Lab view

Controller

Cad designing

Matlab

Motor

vehicle dynamics is the study of how the vehicle will react to driver inputs. Every industry is trying embed their vehicle system with electronic control unit hence its important subject for mechanical as well as electrical engineers

analysis enables us to understand the important materials and processing decisions which are required before any product can be manufactured. An understanding of these decisions can help us in designing and making for ourselves.

The BMS Balances all the cells in the battery pack by intelligently bleeding off excess energy from cells that are charged more than others. Monitors the temperature of the battery pack and controls a battery fan to regulate the temperature of the pack and there industrial which are still working on the advancement of battery system as electric market is growing.

There is a acceleration in the development of non-polluting electric and hybrid vehicles during last few decades. The new technology of battery operated electric vehicles is likely to replace conventional IC engine automobile technology hence there is a lot scope for engineer s to do research in field of electric vehicle .

Lab VIEW is a software development environment and language created by National Instruments. Its key innovation is that it uses graphical diagrams rather than lines of text which makes it more intuitive for engineers and excellent for parallel programming

The ‘motor controller’ controls different aspects of the motor to ensure the right current and voltage is applied across the motor. The advancement in the controller of the electric vehicle can led to the generation more advanced electric vehicle.

Design is an integral part of a Engineering segment. Each and every component manufactured needs to be designed initially. So these computer aide tools are essential for industries and to develop your product.

MATLAB is a high-performance language for technical computing. It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation.

The electric motor is the most important part of the electrical drive and the last link in the chain of energy conversion. Hence a deep study on the motor and designing can help engineers to develop a more advance motor for electric vehicle

5.Optimize

Year 2

electric cars are not going to take the market by storm,But it’s going to be a gradual improvement

-Carlos ghosn

Vehicle dynamics

electrical Connection

BaPery technologyand research.

Bms andy pack design

solid works Lab view

ansys matlab

Batter

1.Learn

2.Design

3.Fabrication4.Compare

5.Optimize

6.Test

Student will learn about existing vehicle design and electric connection with a deep look in thetechnology of theirdevelopment

Student will design their own vehicle and vehicle circuit

Group of student will be manufacturing their own vehicle.

Expert team of industry will discuss about the market gap existing the industry of same Product.

The student will share optimization idea to reduce market gap and build more optimized vehicle.

The vehicle will be tested by Student.

Batter

PLC and Scada

Hydraulic

Chassis dynamometer

Tyre testing Suspension testing

Welding robot Painting robot

SCADA systems are crucial for industrial organizations since they help to maintain efficiency, process data for smarter decisions, and communicate system issues to help mitigate downtime. The basic SCADA architecture begins with programmable logic controllers (PLCs)

Hydraulic power provides flexibility in the control of machines. Most of the important work in industry is done with principle of hydraulic. Power steering, shock absorbers, windshields, and brake are the common applications of hydraulics. Hence learning hydraulic and its working will provide edge to the student in designing and developing new machine.

A chassis dynamometer, sometimes called a rolling road, is a device used for vehicle testing and development. It uses a roller assembly to simulate a road in a controlled environment, usually inside a building. Which will be used by student to get their own made vehicle

The unique capabilities of the laboratory are used to help innovators measure and understand tire performance and characteristics for all types of tires, including those used on automobiles, motorcycles, trucks, and aircraft; off-road; by the military; and in motorsports.

Automotive suspensions are subjected to a complex environment of multi-axial forces, temperatures, and road slush that varies significantly with customer usage and geographic location. To fully validate a design, automotive suspensions must be thoroughly

welding robots are typically used in welding processes where the weld required is repetitive and quality and speed are crucial. Robotic welding is an automated process that increases efficiency, consistency. And nowadays the every big industry is based on the same technology

Painting robots are used by manufacturers to do detailing work on their product in a consistent and systematic way. Some of these robots are designed with a robotic arm that moves vertically and horizontally. Every MNC prefer to have a painting bot instead of manual painting process.

Year 3

Today’s education must be Sync with Tomorrow’s Job

1

2 5

3 4

10

6

7 8

9

Plc. scada

Weldingrobot

Painting robot

Conveyerbelt

automatedinventory dynamometer

tyre testing

suspensiontesting

machine

3d printer

industrial electro

hydraulic

autonomous car - self-driving carsAutonomous car-self-driving cars are “cars or trucks in which human drivers are never required to take control to safely operate the vehicle. Also known as autonomous or ‘driverless’ cars, they combine sensors and software to control, navigate, and drive the vehicle.” Hence study and manufacturing of autonomous car will give Student a deep look inside the machine and human interaction .which is the current demand of century.

deep learningDeep learning is defined as a sub set of artificial intelligence that uses computer algorithms to create autonomous learning from data and information. Computers that inhibit machine learning functions are able to change and improve algorithms freely. The focus of current research lies within the development of computer programs adapting at the exposure to new data.

machine LearningThe iterative aspect of machine learning is important because as models are exposed to new data, they are able to independently adapt. They learn from previous computations to produce reliable, repeatable decisions and results. It’s a science that’s not new – but one that has gained fresh momentum.

agile methodologyAGILE methodology is a practice that promotes continuous iteration of development and testing throughout the software development lifecycle of the project. Both development and testing activities are concurrent unlike the Waterfall model.

Lidar“LIDAR, which stands for Light Detection and Ranging, is a remote sensing method that uses light in the form of a pulsed laser to measure ranges (variable distances) to the Earth. These light pulses—combined with other data recorded by the airborne system— generate precise, three-dimensional information about the shape of the Earth and its surface characteristics.

radar RADAR is an electromagnetic system for the detection and location of target objects such as aircraft, ships, spacecraft, vehicles, people, and the natural environment which can reflect a signal back. It uses electromagnetic radio waves to determine the angle, range, or velocity of objects. RADAR was developed by various nations before and during Second World War. RADAR is a classic example of an electronic engineering system that utilizes many of the specialized elements of technology practiced by electrical engineers, including signal processing, data processing, waveform design, electromagnetic scattering, detection, parameter estimation, information extraction, antennas, propagation transmitters, and receivers

Year 4

Self-Driving car are the natural extension of active safetyand obviously something we should do

-Elon Musk

Design

DevelopTest

Deploy

ReviewRequirement

1

2

3

4

5

6

Vehiclecontrol

unitPerceptioncontrol unit

SensorFusion

Systemintegration

Deeplearning

MachineLearning

PathPlanning

7

1

2

3

45

6

Student will be tak-ing requirement of the problem.

Student will design the algorithm or flow chart for the problem.

Student will be developing code for the designed algorithm.

The code will be test along with PCU and VCU.

Student will deploy the code on vehicle and will test the vehicle working

The vehicle and its optimized requirement will review and will be again deigne

Am Tower, 3rd floor, 07, Teacher Colony, Baba Market,DCM, Ajmer Road, Jaipur - 302021

www.amzautomotive.com

The only hurdle for student to learn advance technology and to develop their own product is monetary constrain. Resources and advice from industrial Expert who could guide them to shape their product as well as their future. So Amz automotive have taken initiative to provide student industrial relevant knowledge and practical technology practices which is going to be cutting edge technology in tomorrow’s future. Amz Automotive also provide technical, manufacturing consult to student for their product.