Pedal Assisted Cycle Or Rickshaw

Did you hear about pedal assisted cycles? Well you can try this idea for your mechanical engineering project in the semesters. Pedal assisted technology is nothing new. eBikes, ordinary bikes which use pedal assist technology or electric throttle are common in the US and western countries.

How does a pedal assist bike/cycle works

A pedal assist vehicle has a pedalling system and an electric motor. This motor also contributes to the movement of the vehicle by giving assistance to pedalling. That is when you pedal; the motor works making it easier to ride the cycle. Pedal assisting has 3 different modes:

  1. Low pedal assist – here only a little amount of power is taken from the motor. This usually occurs when you ride smoothly
  2. Medium pedal assist – This happens in situations where the ride is not easy but you can manage to it with ease. Here the role of the electric motor will be more than that in the previous case.
  3. High pedal assist – This mode provides much more power than the first case. This helps you to reach places faster with the least effort.

There are 2 types of pedal assists

  1. Torque sensor pedal assist
  2. Cadence sensor pedal assist

1. Torque sensor pedal assist

This is the most complicated and advanced of the two. A sensor detects how much pressure is applied on the pedals and hence decides the level of assistance you need from the motor. This gives the rider a smooth and good feel about riding. It helps the ride effortlessly anywhere, whether you are riding up a mountain or on a smooth road.

2. Cadence sensor pedal assist

This is a somewhat inferior technology compared to the former. Here a sensor detects when the cranks of the cycle turns. If cranks are moving slowly the sensor determines that the rider requires some more assistance and vice versa.

In both the cases, some level of assistance is provided to the rider. There are also throttle bicycles, which works very much similar to a bike. It has a throttle, which gets turned to get assistance from the electric motor. The electric motor, in both the cases, is fixed to the real wheel of the cycle.

These cycles are used for fun activities when a lot of cycle rickshaw pullers in India are using their all their strength daily, it took a senior student and his friend to give them a helping hand. This technology has a lot of power in a developing country like India. If you can make this technology cheaper and more available; it will help thousands of people in India’s transport sector, industrial sector and waste management sectors. Just imagine all the cycles, rickshaws and trolleys where this technology can be used.

Hope you liked this discussion. You can look after many videos to get a practical insight for the same.

If you want to do CAD training courses in Pune, then our CRB Tech Solutions has a nice name in this field for you to take up for enhancing your skill in AutoCADprograms and grow in your career.

We also offer mechanical design engineer courses with our a well structured program in view of offering training for mechanical engineering students

Our CAE Institute in Pune gives the best cad training courses through our mechanical engineering internships.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

LPG kit design for two wheelers

Today cars are seen running on LPG; but can bikes and scooters run on them too? Yes it can, though not that popular but there are LPG gas converter kits available nowadays. Using LPG instead of petrol is both economical and also good for the environment. This blog topic gives an idea on what aspects to look after while designing a LPG kit for two wheelers for your mechanical engineering project for the semesters.

There are various advantages in converting your two wheeler to run on LPG, some of them are mentioned below:

  • Cost factor : LPG is cheaper than petrol
  • Better distribution in the cylinder: Gasoline is sprayed into the engine cylinder to mix with air. But the air-gasoline mix distribution might not be uniform because gasoline is a liquid. LPG on the other hand can make a better uniformly distributed fuel mixture. This enhances thermal efficiency.
  • Knock resistant
  • Its octane rating is more than petrol
  • Clean: LPG is a clean gas; it doesn’t yield carbon when on burning. In case of gasoline each burning leaves a minute amount of carbon in your engine cylinder, which gradually might cause malfunctioning of the engine.
  • LPG burns faster, hence cold starting the engine is not a problem
  • Provides better mileage than gasoline
  • Reduced wear and tear
  • Increases the engine life and exhaust system.

From an engineer’s point of view here we discuss about a design project where you design the tank that carries gasoline. Unlike cars two wheelers don’t have enough spaces for accommodating gas tanks. So while designing anything for a two wheeler, you need to take into account the space concern; which is needed for gas tank as well as the conversion kit.

A simple option is to replace the fuel tank of the two wheeler but in several cases the tank is fitted visibly outside and that makes the entire vehicle look very ugly. Such readymade kits are available in the market but for engineers this project does focus on designing a compact tank which could be fitted on all brands of two wheelers irrespective of their designs. For instance if you design an LPG tank for Bajaj pulser it might not fit the design of a Honda CBR.

Only a universal design could have any market viability, and if you can explain the scope of your design in the market this project will definitely sound way better earning you more marks. This is one such reason why commercially available gas kits are placed outside the bikes. So we hope that you can better work at this.

Hope you liked this discussion. You can look after many videos to get a practical insight for the same.

If you want to do CAD training courses in Pune, then our CRB Tech Solutions has a nice name in this field for you to take up for enhancing your skill in AutoCADprograms and grow in your career.

We also offer mechanical design engineer courses with our a well structured program in view of offering training for mechanical engineering students

Our CAE Institute in Pune gives the best cad training courses through our mechanical engineering internships.


Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

Flying Saucer Using Coanda Effect

Have you heard about the Coanda Effect? Well in this blog topic we shall discuss the same and the making of a flying saucer and it could give you some insight on your mechanical projects for the semesters.

Everybody gets mused by rumors. Rumors are interesting because there is some bit of truth in it. I was always mused by UFO sightings. Hundreds of sightings are reported each year across the world. Theoretically,never ending universe aliens should exist, that gives some strength to our hope of seeing a UFO. But we could never contact them or have any real evidence of their existence. What keep most of us interested in UFOs is the far more technological power they wield. Flying saucers are of special interest as they are quick and nobody knows what fuels them; so are they real?

Let’s know more about the Coanda effect:

Coanda effect is the tendency of a jet of fluid emerging from an orifice to follow an adjacent flat or curved surface and to intake fluid from the surroundings such that a region of lower pressure develops.

Nice definition I realised, but if you are anything like me who wants to be more precise you need to check videos online for a proper understanding.

So ultimately, the alien technology is ours and if you are an engineering student’ now you must know how to build a flying saucer.

Components rewuired:

Electrical parts:

  1. Brushless motor – 1 nos
  2. Speed controller – 1 nos
  3. Lipo Battery – 1 nos
  4. Propeller – 1 nos
  5. Receiver 5 channels – 1 nos
  6. Servos – 6 nos (4 and 2)
  7. Gyro piezo – 3 nos

Designing materials:

  1. A 3 mm thick styrofoam sheet XPS.
  2. Some 1 mm diameter carbon rods.
  3. A brand new cutter.
  4. To glue the different parts, you need to use UHU Por or special foam Cyanoacrylate (CA) glue.

Instead of struggling with a Styrofoam you can use a lightweight plastic bowl. To metion,styrofoam is lightweight; there is a chance that the final frame you make might have some deformations which can adversely affect the flight of the flying saucer, so a plastic bowl is definitely better.

The making:

You need first to download the airframe plan online.

There are two proposed setups:

  • The first is in DXF format (ces01plan.DXF); at full size (scale 1:1), to be used for CNC or CAD printers.
  • The second is XPS format (CES01.xps), at full size (scale 1:1), ready to be printed in any A4 printer. You need to print the 35 pages and assemble them and build the plan at full scale


The main saucer frame is then finished with 8 curved petals sheets.The lateral control flaps are fixed with an

adhesive tape. The brushless motor is fixed on the top of the cupola via an epoxy disc.You have to cut the 24 rudders, four series of three rudders a fixed and four series of three rudders

are controlled by a servo.

Your Coanda Effect Saucer is soon finished.A streamlined body of 280 mm diameter and 60 mm height and placed at 45 mm above the hull. The streamlined body is made with a 3 mm thick foam and fixed with 8 carbon rods and height rectangular plates on the hull.

The balance point should be higher than possible and centered on the axis of the engine. The Lipo batterie is placed on the top inside the saucer.

Notes:

Use full charged Lipo battery

For your first try, you must have no wind or a very light wind weather conditions.

Put the throttle as rapid as possible to the max power so as to overcome quickly the ground effect.

Then, at about certain height freom the ground, you might set the throttle to the hover value (middle power) and enjoy yourself to pilot your flying saucer.

A very brief oinsight is shared here.We conclude the discussion now.

If you want to do CAD training courses in Pune, then our CRB Tech Solutions has a nice name in this field for you to take up for enhancing your skill in AutoCADprograms and grow in your career.

We also offer mechanical design engineer courses with our a well structured program in view of offering training for mechanical engineering students 

Our CAE Institute in Pune gives the best cad training courses through our mechanical engineering internships.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

CAD Vs CAM : Tools For Computer Aided Engineering

CAD-CAM is the important tool in design and manufacturing. Before the advent of computers and mainly the PC in eighties, draftsmen did important role in designing in companies. But computers changed the scenario for all. They are more affordable and versatile and allowed engineers to do drafting on their own. Today hand drafting for making designs has become obsolete and the days of compasses and protractors are mostly over. CAD and CAM are hold important significance as terms in the field of design and manufacturing and refers to Computer Aided Design and Manufacture respectively.

CAD

CAD means the use of computers for designing. It is also known as CADD, an acronym that stands for computer aided designing and drafting. In CAD, a wide range of computer based tools are used to assist architects, engineers and other design professionals in their activities.

It originated as computer aided drafting tool as it was a replacement of traditional drafting board. But today it is called designing to show the fact that quite a more can be done with the help of computers besides drafting. CAD is usually used when simple drafting is not able to work fine like in the design of ships, automobiles, airplanes, and other industrial designs.

CAM

CAM is the use of computer based tools that helps engineers, tool and die makers and CNC machinists in the making and creating of prototypes of product components. While CAD has many functions that do not involve CAM, the same cannot be said about CAM, and generally CAM is greatly dependent upon CAD.

Difference between CAD and CAM

CAD and CAM are both parts of an important process that is together termed as computer aided engineering (CAE). CAD and CAM have similar advantages and they provide items in 2D or 3D. Both CAD and CAM aide in quick process and manufacturing of any design that is created by a scientist. Most CAM machines have inbuilt CAD software.

The major difference between CAD and CAM lies in the ultimate user. When CAD software is mostly utilised by an engineer, CAM is applied by a machinist. These machinists are highly trained, skilled and are equivalent to a computer engineer.

Summary

• CAD means Computer Aided Design, while CAM refers to Computer Aided Manufacture.

• CAD and CAM have revolutionized the way things were designed and manufactured.

• CAD and CAM are heavily interdependent on each other.

We conclude the discussion here and hope that this blog piece has enlightened you on the efficiency of CAD/CAM Software for CNC machining.

If you want to do CAD training courses in Pune, then our CRB Tech Solutions has a nice name in this field for you to take up for enhancing your skill in AutoCADprograms and grow in your career.

We also offer mechanical design engineer courses with our a well structured program in view of offering training for mechanical engineering students

Our CAE Institute in Pune gives the best cad training courses through our mechanical engineering internships.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

How To Improve CNC Programming Workflow With CAD/CAM

The use and application of CAD/CAM technology into your CNC machining workflow-process can make the differences in producing parts perfectly and efficiently while maintaining and enhancing the high level of quality that you need in each step of the process. 

CAD Files & Their Compatibility

CAD workflow begins with how you can acquire and manage your part model. With today’s developments in hardware design software technology, most CNC manufacturing businesses start with a 3D model of a part either designed by you in your CAD software from a print or provided by a client. AutoCAD, Solid Works, Pro Engineer and SpaceClaim are examples of quality Design products that provide simple, yet highly advanced design and novel solutions in the world today. These products are nowadays more and more affordable and can even allow groups of designers to collaborate on assembly projects from different locations, solve geometry problems, repair bad geometry easily and just anything else can be imagined within the scope of design and innovation. Therefore it’s essential that a CAD/CAM system offers the ability to import or open CAD design files.

Using a CAD design product that offers CAM plug-ins will accelerate workflow efficiency such as SolidWorks and the BobCAM for SolidWorks Gold Partner CAM product. This means that designed part files do not have to be transferred into another CAM product, reducing file, surface and geometry issues and bringing the design to machining process.

 CAM Job Management

Once the part file is prepared for a move into the tool path and programming stage you will see that most CAM (Computer Aided Manufacturing) software products provide a standard “Job Tree” method of organizing machining strategies into a productive workflow such that tools can be added, tool path strategies can be used and a program can be created in its proper sequence.
You need to check with software provider for the library of post configuration files, mainly the one for your specific machine tool. While this is one of the biggest topics of CAD/CAM software and why CAD/CAM even exists, Workflow efficiency can be achieved just by having the software provider assist you in the designing or modification of posts. A correct post processor eliminates the need for you to have to hand edit code. Thus helping you to spend your time focusing on the machining side of it all.

 Toolpath & Machining Strategies

The next stage in the process of using CAD/CAM software involves the designing of Toolpath (cutter-path) which is the actual path that the cutting tool takes to machine the part. A CAM Tree-Job Manager will help you keep each machining operation organized and properly sequenced such that the g-code program produces the best possible cycle time for the job. 2, 3, 4 & 5 axis tool paths are all developed to produce efficient roughing and finishing cycles.

New users design programs in a fraction of time over tool path creation without using wizards and secondly, nothing is forgotten or left behind in making tool path that is accurate and properly calculated based off of the tools you setup for the job. Toolpath Wizards start by permitting you to choose the areas of the part to apply a specified toolpath (planar, spiral, z-level etc) within a boundary or an entire part, set clearances and height of rapid moves for the tool.

Then you can select the type of cutting pattern (zig-zag or single direction cutting), cutting direction (climb or conventional), roughing parameters, custom tolerance and cut-depth options, lead-in and out options, toolpath linking options (how you want to connect one path to another) and other custom machine options. When finished you will automatically generate the toolpath so you can visually see it.

Developments in workflow efficiency can also be achieved by using High Speed toolpaths. As CAD/CAM providers continue to develop their technology you could see high speed toolpaths available for more complex 3 Axis machining such as the advanced 2 & 3 Axis high speed Adaptive Roughing strategy that BobCAD-CAM software makes use of.

Simulation & The G-Code Program

The final stage in the CAD/CAM programming phase is toolpath simulation & designing of an NC Program file that can be sent to the machine tool. The simulation process allows the programmer to visually see the process and catch any errors within the program, gouges or collisions as an error detection stage.

Typically a number-color system is used to visually detect deviation areas, tools and machining operations. Advanced Machine Simulation helps you to use your machines Kinematics to simulate the actual machines motion as well as the tool path operations. Without a g-code program CAD/CAM is incomplete. This is a crucial stage of the process due to potential loss of valuable time due to hand editing g-code programs. 

Enhancing Efficiency & Beyond

These are general stages of CAD/CAM CNC programming process along with set examples of how one can improve the efficiency of a programming workflow by using it. While it is quite easy to say that CAD/CAM software must be easy to use, what is equally important is availability of training. Does the software come with training? If it does, then what forms is it available in? Are there training videos allow you to learn on your own time? The more options available, the better the ability to achieve operator certification as a professional.

We conclude the discussion here and hope that this blog piece has enlightened you on the efficiency of CAD/CAM Software for CNC machining.

If you want to do CAD training courses in Pune, then our CRB Tech Solutions has a nice name in this field for you to take up for enhancing your skill in AutoCADprograms and grow in your career.

We also offer mechanical design engineer courses with our a well structured program in view of offering training for mechanical engineering students 

Our CAE Institute in Pune gives the best cad training courses through our mechanical engineering internships.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

Top Autocad Interview Questions And Answers

Interviews and associated blues makes matter tough and tensed. You might read the book in a year, but it’s not that possible to cover every topic just before every interviews. You need some last minute notes. Here we write for you some essential Autocad interviews questions and answers that could be of your help before facing interviews.

Define Autocad

Autocad is a software program that designs and shape 2-D and 3-D images.  It provides the tools a detail design of how the product could be done. It also gives the choice to create detailed design layout, which can be automatically drawn.

Uses of Autocad

Autocad is used by professionals to look into the imaginary view of the product on a computer system. In Autocad, the drafter can make the changes in the product before it gets finalized for design. It also provides the freedom for the designer to apply their various ideas and represent a model to their clients.

What are the fields maximum usage of Autocad can be seen?

Autocad is used by engineers, architects and builders for developing their layouts for buildings.

What file format is used in design?

The .dwg file format is used for design, it is an interchangeable format.  The interchangeable file format has the extension as DXF and operates data operability. It gives different languages which can be used as required.

How to create a user interface in Autocad?

User interface can be developed by using command prompts to draw the plots and dialog boxes. The dialog boxes could be displayed by the use of PLOT command and the external database commands. The user interface creation also requires the command line to display the entire file so that it could be edited or customized easily.

Mention the function of vertical integration

To improve the architectural designing of 3D object, Autocad uses this program. The 3D objects include walls and other things that are associated with the data having information and even simple objects like lines and circles. The data can be modified as per further requirement.

How is variant used in Autocad?

Variants are used to help in creation, visualisation and to render the 3D models that include 3D printing as well.  Variants help you to use the functionality of different application as per the requirement.

What are the benefits Autocad?

Autocad replaced the conventional method of drafting and designing which was done by pencil, drafting boards, triangles and compass with only a set of a computer program.  The benefits are many :

  • Time saving and helps to enhance productivity
  • Can streamline your design and workflow of your documentation
  • Physical ‘3D’ prototype can be fast created
  • 3D models can be directly imported into Autocad by the help of application like SolidWorks

How to draw a line more than once and save it automatically?

When you have to draw a new line, the system opens up a new file in a new session to write the file. Autocad saves multiple drawing for each session. The files are then saved by using the file extension .dwg and can be modified later by using the browser.

How to enable drag and drop feature in Autocad?

Autocad feature “NOUN” and “VERB” in a dialog box helps you with drag and drop.  It helps the object to move from one place to another.  Similarly, the remove or edit function can be done by the use of “MOVE and ERASE”.

Name the features corrected by Autocad?

Autocad detects the problem and correct it by removing the problem with the drawing parts.  With the option of adding additional vertices, it also adds vertices to the poly-lines. The error can be edited by finding out the exact location of the poly-line with zero vertices.  The object can be later deleted or removed when there is no use of it in the system.

How to set up a default drawing directory?

The applications, which are to be used, are highlighted, and by the drag and drop features those application will be placed in a default directory. Then select the properties for the application from the main menu and dialog boxes that gets displayed on the front.

How you can copy a closed drawing?

This can be done by the designer center in the Autocad toolbar.  Use the tree view option to see the copy of closed drawing and if any modification required, it can be done by using graphical interface.

How to hide specific layers when plotting in Autocad?

There are various options like turning off the layers for plotting , to freeze the layers and turn off. Turning off will make the layers visible on screen but disable printing option. The layers which are turned off will hide the layers and also will not be seen on screen.

How to copy dimension styles from one drawing to another in Autocad?

To copy dimension styles you need to set up the particular dimension style and for that a new document has to be created. After that, this document will be saved as a drawing template. A new reference is then created by a new drawing template document and it will show all the options like layer style, units and blocks.

Drawings can be done by looking at the present drawing and dimension style will be same as the original picture. So with the help of the design center, Autocad tools helps to copy the dimension styles from one drawing to another.

We conclude now.There are a few more important questions and answers related to the subject we discussed today. We shall cover them in our following blog. So keep a watch into this space for our upcoming blogs.

If you want to do mechanical engineering training courses

in Pune, then our CRB Tech Solutions has a nice name in this field for you to take up for enhancing your skill in AutoCADprograms and pursue your career.

We also provide mechanical design engineer courses and provides a well structured program in view of training for mechanical engineering students

Our mechanical engineering training center gives the best cad training courses through our mechanical engineering internships.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

Overview About CAD-CAM

CAD-CAM (Computer Aided Design – Computer Aided Manufacturing) software is popularly used for drawing 2D & 3D shapes, things which will later get translated into a machine language such as G-Code. This numeric code is then sent to a milling machine or a lathe typically through an RS 232 Communications cable. CAD design software in today’s market is very much capable than some 10 years ago. Originally, drafting software was primarily 2 D till the 1980’s when solid modelling technology became available for personal computers. Complete assembly models can be constructed piece by piece as 3D models and assembled within the software interface. If one aspect of the model is altered, associated component models could be updated to properly reflect the change. Creating and editing solids and surfaces is much easier with a modern Parametric modelling solution.

Part shapes in CAD can be sketched using geometry concepts such as lines, points and circles, often to design 2d part shapes for machining. Basically CAD design software will permit the creation of surfaces; 3d helps that define the shape and can then be used in CAM for the CNC machine processing’s. Modern CAD software allows for the creation of parts that are used in 2, 3, 4 & 5 Axis CNC machining.

Again, the term “CAM” is used in manufacturing industry to define the Computer Aided Manufacturing or Machining process. This is after a CAD design has been completed and CAM programming is required to actually process the CAD model into a usable machine language (say G-code) that can be used by a CNC milling machine or a lathe for machining.

Post processing in CAD-CAM permits a Milling system to write tool path and NC programs for CNC Routers, Waterjets, Plasma, Burning and Laser machine tools. The language is often referred to as “G-Code”. Before a CAD model can be turned into this machine language, the CAM software must be programmed to calculate cutting paths in which the tools that are being used will take to remove excess material and produce a part.

The CAM software must determine where these tools will require cutting and at what cutting feeds and speeds. CAM software allows an operator to input tool data or select tools from a library within the software, manage and choose materials and create optimized “tool path” for machining the mentioned model for CAD part. The subjects revolving around CAD/CAM Tool path are vast as there are many styles of tool path that are utilised in many circumstances.

There are many different types on CNC machines that are used in manufacturing parts. The CAM software converts the machine tool path and all of the other information through Post Processor in order to develop an exact style of NC Code that the specific machine tool will understand.

We conclude for now. Hope the discussion was helpful.

If you are looking for CATIA training in Pune  and want to do a CAE course in Pune, then our CRB Tech Solutions has a nice name among a few CAE Institute in Pune. Our organization will help you enhancing your skill set in CAD Training course  and you can enjoy your career.

Our CAD/CAM training center  gives the best mechanical projects through our mechanical design engineering courses.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

CAD CAM Training and Placement Course

We Help You Decide….Excel….Succeed

Learning a CAD/CAM system is not only a difficult task but tedious too. And with so many contemporaries you really need to have something extra in you to get you that dream job. And with CRB Tech training options, it is easy and helpful! Among the other CAD CAM training centers in Pune that offer mechanical design courses, one of the best CAD CAM institute is CRB Tech Solutions. We offer real time and focused CAD training program.

CRB Tech Solutions provide comprehensive and advanced mechanical engineering training courses which are industry oriented and updated as per the need of modern technologies. The course syllabus has been mentioned in details below.

On successful completion of the courses, recruitment assistance is also given to the students. The courses offer you the opportunity to expertise and help you get a job. With these comprehensive training courses students can work as service or maintenance technicians.

The CRB Tech Solutions combine traditional values with modern technology to offer you quality education at the optimum level. Our tie-up with leading manufacturing companies of India ensures that the training provided by us matches the requirement of the industry.

CRB Tech Solutions provide the best 4 Months Industrial Training opportunity for Mechanical Engineering Students.


Our program is a
job oriented training program and after completion, Mechanical engineers can start their career as a Mechanical Plant Design Engineer, Power Plant Engineer, Project Engineer, Consultant Engineer, CAD/CAM Engineer, Maintenance Engineer or Production Engineer.

Eligibility Requirements

Any graduates

Mode of training

Class room training

  • 4 Months Job oriented Internship Program
  • Training and Internship in Solidwork, Catia V5 and Creo 2.0
  • Access to live projects in Pune

Payment options:

With credit card & debit card, payment options for fees is flexible.

What sets up apart?

100 % placement guarantee on paper

We offer conditional offer letter, i.e. LOI from our clients

Unlimited placement calls for both alumni and freshers

Known for best walk-in drives.

Placement with lifetime support.

Guided by very talented corporate expertise faculties.

Train in German language.

Personality development training which will benefit you in developing soft skills hat would help you in cracking interviews which are very important in standing up among other contemporary candidates in competitions.

95% practically oriented training sessions.

A Training Program tailored for you:

Detailed and expertise training is additionally offered alongside customized technical training to guarantee the general development of the students.

Foremost curriculum: The modules of CAE Training Program are upgraded and redesigned on a periodical basis by our industry expert.

Guidance from professionals of the field

Campus drives take place regularly: We have enlistment programs where a large number of our placement clients visit our organization, regularly.

Aptitude training and interviews: Training in aptitude is a part of the syllabus as it enables you to successfully overcome the hardest of the aptitude tests, which you would face in the interviews. Mock interviews are taken to acquaint the students with real mechanical processes in ongoing research labs with an efficient study team, such that they can face real interviews with more confidence.

Computer lab, course material, live projects.

Rules, and Regulations:

A must 90% classroom attendance.

Proper dress code in the class.

Earn a support amount with no burden of fees.

Course Outline

Introduction to Mechanical engineering

  • Elements in engineering drawing
  • Different types of symbol used in engineering
  • introduction to GD&T
  • Visualisation practices
  • interpritations of 2D to isometric drawing
  • machining methodology.
  • Introduction of Auto cad
  • Text And Multiladder
  • Hatching
  • Block & Attributes
  • Orthographic Projections
  • Assembly drawing

Introduction to Creo 2.0

  • History, Advantages and Applications
  • Introduction to GUI OF Creo
  • Sketcher Workbench
  • Part Modelling
  • Assemby Modelling
  • Wireframe & Surface Modelling
  • Sheet Metal Modelling
  • Drafting & Detailing Workbench

Introduction to Solidworks

  • Sketcher
  • Part Modelling
  • Assembly
  • Surface
  • Sheetmetal
  • Drafting

Course for General Aptitude

  • Percentages Profit And Loss
  • Number System
  • Simple Interest Compound Interest
  • Permutation And Combination
  • Probability
  • Number Series
  • Coding Decoding
  • Blood Relation
  • Puzzle-Based Problems

CAD CAM Certification

Certification is presented to candidates only on successful completion of the course and after having paid all the dues with about 90% attendance.

The management reserves the rights to change, delete, amend or modify its rules & regulations and schedules if a need arises and this will be applied to all the currently enrolled candidates in the ongoing program of CAD Cam Training.

CRB Tech Solutions reserve the right to update the programs through changes in title, contents, and structure.

There might be changes in the schedule, postponement and cancellations of the sessions conducted in classes.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

Things Mechanical Engineers Should Know

In today’s blog topic we would discuss the concepts that would make you a versatile and successful Mechanical engineer. Though many principles were formalized in the late 18th century, yet the field did not come into its own as a discipline until 1847 with the foundation of the Institution of Mechanical Engineers.

A very old practice it is and involves the designing of mechanical systems, like power and energy systems, weapon systems, aircraft and aerospace products, pumps, engines, compressors and physically operating machinery of all types. Mechanical engineers are college going professionals with a thorough knowledge of physics, math, and engineering principles.

Let’s discuss in details.

Physics

Physics comprise the study of natural laws of the universe, and knowing of physics is significant for a mechanical engineer. Mechanical engineers have to understand and apply the principles of physics in virtually all aspects of their work. E.g. how much force is needed to overcome gravity? or what are the properties of coherent light such as lasers?

Maths

Mechanical engineers need to be comfortable with maths. To mention, mathematics is the universal language of physical science and engineering. All subfields of mechanical engineering involve the use of maths, and many require a thorough knowledge of advanced maths which includes trigonometry and calculus. Its tricky and fun to be able to understand and solve differential equations and the versatility to use maths in statistics is significant for mechanical engineers.

Engineering Principles

Working as a mechanical engineer involves the application of basic engineering principles. Every mechanical expert needs to be familiar with basic mechanical principles, a way of determining the strength of materials, statics and dynamics, fluid mechanics, thermodynamics, material fatigue, properties of lubricating oils, shaft couplings and vibration and control theory.

Statistics

Mechanical engineers also need to be familiar with stats. As most of the projects are designed and a model is created first before beginning to construct a prototype, and the use of stats is involved in every step of this process. Statistics is very important in determining the strength of materials or calculating the reliability or expected working life of a mechanical device.

We conclude here.

If you want to do a CAD/CAM course in Pune, then our CRB Tech Solutions has a nice name in this field for you to take up for enhancing your skill in AutoCADprograms and enjoy your career.

Our CAD/CAM training center gives the best mechanical projects through our mechanical engineering internships.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit

Awesome Tools For Every Mechanical Engineer

Today in this blog topic we shall discuss the awesome tools that every Mechanical engineer plays with. The mechanical genius plays well with their tools to design and innovate.

Here I listed some of the coolest tools I think every mechanical engineer should possess:

Calipers

calipers

I was only 9 years old when I first time played with a pair of callipers. I went to my dad’ factory unit, where an engineer picked a pair of calipers and showed me that measuring the thickness of my hair could be possible with the help of callipers.

Three-thousandths of an inch thick. And that came as a pretty cool thought to me. We only know that a ruler can help us measure with precision down to might be a 1/16th, or a 1/32nd of an inch. But a good pair of callipers can measure within .0005”. Isn’t that amazing? It’s a useful tool for measuring inside diameters,thicknesses,outside diameters and depth.

Dial Indicator and Force Gauge

Dial

The dial indicator and force gauge, are useful on their own, but very potential in a pair. The force gauge’s function is to measure applied force, but the dial indicator’s purpose isn’t quite clear. You can conclude that dial indicator is very useful for measuring the change in position, say displacement as small as .001” and a really good one will measure up to .0001”. And as an engineer, you know that the importance to detect small displacements is significant for aligning shafts or verifying whether a motion can be repeated.

And when they come together, they could be used to measure force and displacement, which helps in the measure of stiffness.  

Chapman Set

Chapman

They come in different sets, but my personal favorite is that of Phillips heads and Allen wrenches.  It’s more significant than a very efficient screwdriver because it comes with a little ratchet attachment that fits the tips and makes it possible to work in tight spaces that no screwdriver could ever reach.

Mirror on a Stick

Mirror on a Stick like the one a dentist uses or a better one that has an adjustable angle. Ley your hand one and check for things like screws that fell loose during vibration testing, part damage, or other such silly accidents.

Leatherman

leatherman

Last but not the least. You need a pocket knife. A Leatherman comprises of a knife and a pair of pliers and that alone makes its worthy tool. A few Leatherman comes with a bottle opener and corkscrew, that could help you with added advantage if all engineering work gives you a sudden thirst Wink!

Check out what’s in your tool box and what you missed.

We conclude here.

If you want to do a CAD/CAM course in Pune, then our CRB Tech Solutions has a nice name in this field for you to take up for enhancing your skill in AutoCADprograms and enjoy your career.

Our CAD/CAM training center gives the best mechanical projects through our mechanical engineering internships.

Don't be shellfish...Email this to someoneBuffer this pageDigg thisShare on FacebookShare on Google+Share on LinkedInPrint this pageShare on TumblrPin on PinterestTweet about this on TwitterShare on StumbleUponShare on Reddit