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Last chance to buy this course with such a huge discount....!!

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:
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Last chance to buy this course with such a huge discount....!!

Become a "Design Expert" in 10 years 3 Months just by following a step by step learning process allowing you to get a Lead Role in your aspiring carrier.

Become a "Design Expert" in 10 years 3 Months just by following a step by step learning process allowing you to get a Lead Role in your aspiring carrier.

Get all the details about Core Mechanical Design by watching this 10 min video

Exclusive Limited Time Discount.

₹45000

₹35,000

₹24,999 Today Only

(₹10,000 Discount Coupon Pre-Applied)

This is an All Inclusive Purchase.
No Upsells or any other purchase is required.

(7 Days "Fail-Proof" Refund Policy)

Queries: Contact The Team Mentor
Mrs. Sayali : +91 - 7387066741

Get all the details about Core Mechanical Design by watching this 10 min video

Exclusive Limited Time Discount.

₹45,000

₹35,000

₹24,999 Today Only

(₹10,000 Discount Coupon Pre-Applied)

This is an All Inclusive Purchase.
No Upsells or any other purchase is required.

(7 Days "Fail-Proof" Refund Policy)

Queries: Contact The Team Mentor
Mrs. Sayali : +91 - 7387066741

Here is how this course will help you, answer each question honestly

  1. Do you know the basics of engineering required for the product design?
  2. Do you have structured way of learning engineering basics?
  3. Do you want to learn these engineering basics in the most organized way?
  4. Do you know different engineering standards?
  5. Do you have engineering thought process?
  6. Do you want to learn different engineering standards & thought processes?
  7. Do you have a lead role in R&D?
  8. How much time do you want to spend to get this Lead position?
  9. Do you want to have a lead position in R&D (Research & Developments) in early years?
10. Do you know tricks & techniques to face any interview?
11. Do you know how to negotiate?
12. Do you want to learn the interview & negotiation strategies?

Here is how this course will help you, answer each question honestly

1. Do you know the basics of engineering
     required for the product design?
2. Do you have structured way of learning
     engineering basics?
3. Do you want to learn these engineering
     basics in the most organized way?
4. Do you know different engineering
     standards?
5. Do you have engineering thought
     process?
6. Do you want to learn different
     engineering standards & thought
     processes?
7. Do you have a lead role in R&D?
8. How much time do you want to spend
     to get this Lead position?
9. Do you want to have a lead position in
     R&D (Research & Developments) in
     early years?
10. Do you know tricks & techniques to
       face any interview?
11. Do you know how to negotiate?
12. Do you want to learn the interview &
       negotiation strategies?

Exclusive Limited Time Discount.

₹45,000

₹35,000

₹24,999 Today Only

(₹10,000 Discount Coupon Pre-Applied)

This is an All Inclusive Purchase.
No Upsells or any other purchase is required.

(7 Days "Fail-Proof" Refund Policy)

Queries: Contact The Team Mentor Mrs. Sayali : +91 - 7387066741

Exclusive Limited Time Discount.

₹45,000

₹35,000

₹24,999 Today Only

(₹10,000 Discount Coupon Pre-Applied)

This is an All Inclusive Purchase.
No Upsells or any other purchase is required.

(7 Days "Fail-Proof" Refund Policy)

Queries: Contact The Team Mentor
Mrs. Sayali : +91 - 7387066741

Why I created this course?

My journey - as a CAD Engineer to A Design Engineer
(CAD design - Component design - Assembly design - Product design)

Yes there is a big difference between a CAD engineer & a Design engineer


Hey hi,

Greetings for the day…!!

My name is Lalit…!!

I have 12 years of experience in Vehicle Integration, Product Design & Product Development. I have worked with Fortune 500 companies like Cummins India Ltd, Force Motors Ltd, John Deere India Pvt. Ltd, Greaves Cotton Ltd, Tata Motors Ltd etc. I worked in Research & development (R&D). I was fortunate that I got an opportunity to work on Engines, Transmission systems as well as Vehicle architecture. I supported New Product Design projects, Current Product improvement projects, Resolution of complex field failure issues & Cost optimization projects. I always consider Design for Manufacturing, Design for Assembly, & Design for Service while working on new concepts. I used to carry out Design Failure Mode Effect Analysis along with the cross-functional teams, to address any potential failures of a new design by incorporating the corrective actions in the design phase itself. Added to this I always use the Six Sigma methodologyto resolve any technical issues. I have strong Value Analysis & Value Engineering experience, especially in structural part design. I have high competency in tractor subsystem design, validation, and testing. I have individually contributed to improving the in-house test capabilities by designing testing fixtures & methodology for the organizations I worked for. I was involved in various homologation activities carried out for various products and safety-critical components. I have excellent CAD skills (Expertise in surface & solid modeling in a top-down approach, handled large DMUs) & I have worked on complex casting, forging & heavy fabricated components.


Educational Journey

The entire experience looks fabulous, isn’t it? However, The journey was full of challenges. I belong to the rural area. There is a small town, Faizpur, in Jalgaon district (Maharashtra) where I completed my higher secondary certification (HSC). After HSC, I wanted to go for medical. However, I was not successful in cracking admission in medical college, due to a comparatively lower score in the medical entrance examination. And financially, we were not strong enough to opt for private medical college. I discussed with my family if I could take another chance to reappear for medical entrance, but everybody was of the opinion that one year would be wasted if I did so. Finally, my elder brother, who is a mechanical engineer, he suggested me to opt for mechanical engineering. Now, as I had not focused more on getting admission in engineering, I ended up with far lesser marks in the engineering entrance examination too. As a result, I had to be admitted to one of the private engineering colleges in the nearby vicinity of my hometown.

After securing admission in engineering, I gave my 100% effort & with God’s grace I completed my engineering with flying colors. After completion of my engineering, I was completely blank. I was completely unaware about my next steps. Now, the formal education has completed where we used to study the syllabus. I had no idea how to hunt for an engineering Job. I was not much aware of mechanical industries, where I can apply for the job. Even after completion of the technical degree, I was completely unaware about its importance. I was under the assumption that with mechanical engineering I will be working in one of the automotive garages.

With this dark path, I left my hometown for the first time after completion of my engineering. I came to Pune. By that time, my elder brother had little success in his career. He was an expert in CAD during that time & he used to work on complex 3D modeling of the components. He taught me a few of the commands to generate 3D objects & 3D assemblies. I was surprised, learning 3D CAD software, what I had learnt during engineering & what I had to learn now. Eight to nine months passed, while practicing the CAD software. While learning CAD, I joined a CAD training firm where I worked as a CAD trainer to support my expenses. I started training aspirant students.

My parents wanted me to go for an MBA. So, while learning & training CAD, I used to prepare for the MBA entrance examination. At the end of the year, I got admission in the Master of Management Studies (MMS) under Mumbai university. I left my job as a CAD trainer & shifted to Mumbai to pursue MMS. Next two years I completed my MMS, back to the college routine of syllabus study. I was under the impression that, after completion of MMS, I can easily get a job in a management role with a handsome salary. But, it was for the first time when I realized the fact that searching for a good job needs a lot of preparation. From resume writing to interview skills. I was average in communication, so it was very hard for me to beat candidates belonging to metro cities.

Even after completion of my masters, I was on the same dark path. Not knowing my next steps. I studied engineering as well as a management programme, but I did not have a job. For the first time I realized the importance of practical learning, the importance of ability to apply what we learn in college, into real life. Academically, I was very sound, but when it came to application of the knowledge, there I failed. It was my third year after completing my engineering. Most of my contemporaries secured jobs in production, quality or testing in various companies. Even some joined as professors in engineering colleges. Most of my engineering fellow members had secured jobs with more or less salary. With 2 years of experience in their field, they were on track. It was very late for me to realize the importance of practical knowledge, interview preparation & job hunting. I was the person with two paper degrees, no technical knowledge & poor communication skills. During the same period, I faced turbulent issues in my personal life, which forced me to accept any type of job.


Journey as a CAD engineer

For the first time, I decided to restart the journey. I decided to search job in engineering field only. Based on my previous CAD skills I started applying for the job through job portals. Even, I got a few calls for an interview & I measurably failed. Now, I started realizing that I need a breakthrough, otherwise I might have to face a disastrous situation.

With this, I came to know about one of the CAD centers that is CAD Tech Design Center in Aurangabad. With whatever information I had received about CAD Tech Design Center, I knew that I would definitely get a chance to work with them. I joined the CAD Tech Design Center & officially it was my first job. My starting salary was zero. Just imagine a person with masters working for free. It was a hard but much needed decision. I was almost broke in my personal life. I was on the verge where I just wanted to be engaged in some activity regardless of other things. Here, in the CAD Tech Design Center, I was provided with professional CAD training for one month. I practiced a lot. And then I was appointed as a CAD trainer again, but this time for professional people. For those people who works for a mechanical organization & are keen to know & understand the CAD tools. For those I used to provide training. In a few months I got an opportunity to work onsite with Greaves Cotton Ltd. This was the first time I entered inside the R&D center. I came to know about PLM. PLM was just new at that time. I came to know about various processes in R&D. For the initial days I worked as a CAD engineer where my job was to create 3D models from 2D drawing & check in all the data into PLM. In a few months people started recognizing me for my CAD skills. My reporting manager initiated a new conceptual modeling task with me & I successfully delivered the same. This way, I started working on concept modeling. By that time I understood the importance of CAD skills. I keep on exploring more & more strategies to cover up the concept modeling, as working on concept modeling calls for frequent changes in the model. I focused on creating different strategies to develop concept models, so that whenever different changes were demanded I could do that with minimum possible commands. Thus helps to save a lot of time. Usually I used to work on casting & forging components.

While working onsite at Greaves Cotton Ltd. I used to cater inhouse projects at CAD Tech Design Center as well where the team used to reverse engineer the home appliance products like, washing machine, cooler, refrigerator, molded tanks & few of the vending machines. I used to work almost 13-14 hours a day. I was pushing myself because I just wanted to be engaged in a task & I wanted to learn different modules on a fast track basis so that I can at least meet salary expectations as per four years of experience - Remember, Three years I was jobless after engineering & this was the fourth year, where I just wanted to gain an experience which will help me to project myself as a candidate with four years of experience. Sooner I mastered myself as a casting & forging designer along with insights for designing plastic components, sheet metal components, molded components etc.


Journey as a Component Designer

In a few years, I was earning a good salary. I got good opportunities to work with MNC clients as well. One of my good experiences was when I was working onsite at John Deere India Pvt. Ltd. where I was responsible for transmission layouting for tractors. While in this role, I learnt deeply about GD&T, Its application based on requirement & its importance to communicate the design intent. I realized that specifying GD&T on drawing will help the manufacturer to clearly understand the design intent & it helps to minimize the rejections as well. I was very curious to know how the rejection gets reduced with application of GD&T & I end up with understanding the entire ASME Y14.5 standard. With this I became a component designer where I was able to design & specify the components individually.

Sooner I realized that, even though I was doing very well, my financial growth had staggered. On introspecting & analyzing I identified that there is a certain earning limit for CAD profile. Because as you demand more monetary gains, chances are there that you could be replaced by other CAD engineers with less experience. So it was very clear that the CAD profile with higher experience & higher expectations is not going to help in the long run. For the first time I realized a clear difference between a CAD engineer & a Design engineer. I was under the impression that working on CAD is nothing but design engineering, however the reality is different. Design engineering is very vast. To be in a competitive market, one must shift from CAD profile to Design profile.


Journey as a Design Designer

Even though the service industry is good to start a career with, I noticed a few intricate points while providing services on client end such as, you might not have access to important engineering documents, library or standards which may help you to increase your expertise otherwise. The only way to be competitive is to keep enhancing your technical knowledge. For that, one must be working for the OEM companies where you can grow yourself technically as well as financially. I seriously wanted to remove a tag of service provider. I started searching for opportunities in OEM. I appeared for some interviews & I cracked a few interviews. I got an opportunity to work with Force Motors Ltd. I was appointed as a Junior Manager. Though I had to work as an individual contributor, joining Force Motors Ltd. was my greatest decision. I was very happy that I was not a service provider now, instead, an individual contributor. In a few months I realized the actual meaning of design engineering. Here the scope was very wide. I was not only limited to concept design but I was responsible for its manufacturability, prototyping, assembly, fitment trials, lab testing, field testing & its implementation on the production line. I completely understood the journey of a new product from concept to production. As soon as I joined Force Motors Ltd. the first thing I did was read various standards & test reports. I tried to understand various test parameters & their significance. Another advantage for me was the technology center, proto shop, testing facility as well as the manufacturing facility were located in the same premises. Added to this Force motors Ltd. have its own foundry shop as well as machine shop. I often used to visit all these facilities to understand various parameters, processes, methodology, to understand certain challenges while manufacturing. During my tenure I used to visit different suppliers multiple times which gave me another opportunity to understand the manufacturing processes at supplier end. Further, I got the opportunity to design sub-systems individually, transforming myself as an assembly designer from component designer. I contributed to a few designs to address the government regulations. Slowly I was involved in homologation activities where I supported on an engineering front to address the queries raised by government officials. It was a good experience while interacting & visiting the government agencies such as CIRT, CFMTTI, ARAI etc.

Now I am working with Cummins India Ltd as a Plant Product Engineer. Here I am supporting the current products. Here I am responsible to support the operations team, quality team, planning team, procurement team, order management team & global customer engineering team to resolve their queries on the engineering front. It took me 12 years of corporate experience to get an opportunity to transform myself for the management role.


Major take away

The crux of the story is, why to wait for 12 years to get a lead role in your carrier. Why not earlier. I did not have right guidance, right resources & right direction in the beginning of my career. What if I had received all the required sources & guidance at the start of my career. I could have certainly saved at least 5 to 6 years of my journey. I acknowledge & recognize that, if someone would have guided me at the right time, I would have grown within a few years & could have saved a lot of my time. I invested a huge time to be on the right track.

I understand that for many aspirant candidates, the situation might be the same. They might not have proper guidance, proper resources & proper direction & they are following the same footprint as I followed. I know they will surely be succeeding in achieving their goals but at the cost of time. For those aspirants who really wanted to speed up their carrier I have designed a technical course - "Core Mechanical Design." In this course aspirants will be able to sequentially follow all the modules & with consistent efforts they will be far ahead of the competition. Giving this competitive advantage, will surely help the aspirants, to seek & succeed at the right job opportunity with huge technical capability, position & ultimately higher monetary benefits.

This course will be extremely helpful for the studentswho are undergoing the mechanical engineering stream, for those who have just completed their mechanical engineering as well as for those who are working in other departments & willing to work in the engineering or Research & Development (R&D) department.

Opportunity is Right Here...!! Right Now...!!

Why I created this course?

My journey - as a CAD Engineer to A Design Engineer
(CAD design - Component design -
 Assembly design - Product design)

Yes there is a big difference between a CAD engineer & a Design engineer


Hey hi,

Greetings for the day…!!

My name is Lalit…!!

I have 12 years of experience in Vehicle Integration, Product Design & Product Development. I have worked with Fortune 500 companies like Cummins India Ltd, Force Motors Ltd, John Deere India Pvt. Ltd, Greaves Cotton Ltd, Tata Motors Ltd etc. I worked in Research & development (R&D). I was fortunate that I got an opportunity to work on Engines, Transmission systems as well as Vehicle architecture. I supported New Product Design projects, Current Product improvement projects, Resolution of complex field failure issues & Cost optimization projects. I always consider Design for Manufacturing, Design for Assembly, & Design for Service while working on new concepts. I used to carry out Design Failure Mode Effect Analysis along with the cross-functional teams, to address any potential failures of a new design by incorporating the corrective actions in the design phase itself. Added to this I always use the Six Sigma methodologyto resolve any technical issues. I have strong Value Analysis & Value Engineering experience, especially in structural part design. I have high competency in tractor subsystem design, validation, and testing. I have individually contributed to improving the in-house test capabilities by designing testing fixtures & methodology for the organizations I worked for. I was involved in various homologation activities carried out for various products and safety-critical components. I have excellent CAD skills (Expertise in surface & solid modeling in a top-down approach, handled large DMUs) & I have worked on complex casting, forging & heavy fabricated components.


Educational Journey

The entire experience looks fabulous, isn’t it? However, The journey was full of challenges. I belong to the rural area. There is a small town, Faizpur, in Jalgaon district (Maharashtra) where I completed my higher secondary certification (HSC). After HSC, I wanted to go for medical. However, I was not successful in cracking admission in medical college, due to a comparatively lower score in the medical entrance examination. And financially, we were not strong enough to opt for private medical college. I discussed with my family if I could take another chance to reappear for medical entrance, but everybody was of the opinion that one year would be wasted if I did so. Finally, my elder brother, who is a mechanical engineer, he suggested me to opt for mechanical engineering. Now, as I had not focused more on getting admission in engineering, I ended up with far lesser marks in the engineering entrance examination too. As a result, I had to be admitted to one of the private engineering colleges in the nearby vicinity of my hometown.

After securing admission in engineering, I gave my 100% effort & with God’s grace I completed my engineering with flying colors. After completion of my engineering, I was completely blank. I was completely unaware about my next steps. Now, the formal education has completed where we used to study the syllabus. I had no idea how to hunt for an engineering Job. I was not much aware of mechanical industries, where I can apply for the job. Even after completion of the technical degree, I was completely unaware about its importance. I was under the assumption that with mechanical engineering I will be working in one of the automotive garages.

With this dark path, I left my hometown for the first time after completion of my engineering. I came to Pune. By that time, my elder brother had little success in his career. He was an expert in CAD during that time & he used to work on complex 3D modeling of the components. He taught me a few of the commands to generate 3D objects & 3D assemblies. I was surprised, learning 3D CAD software, what I had learnt during engineering & what I had to learn now. Eight to nine months passed, while practicing the CAD software. While learning CAD, I joined a CAD training firm where I worked as a CAD trainer to support my expenses. I started training aspirant students.

My parents wanted me to go for an MBA. So, while learning & training CAD, I used to prepare for the MBA entrance examination. At the end of the year, I got admission in the Master of Management Studies (MMS) under Mumbai university. I left my job as a CAD trainer & shifted to Mumbai to pursue MMS. Next two years I completed my MMS, back to the college routine of syllabus study. I was under the impression that, after completion of MMS, I can easily get a job in a management role with a handsome salary. But, it was for the first time when I realized the fact that searching for a good job needs a lot of preparation. From resume writing to interview skills. I was average in communication, so it was very hard for me to beat candidates belonging to metro cities.

Even after completion of my masters, I was on the same dark path. Not knowing my next steps. I studied engineering as well as a management programme, but I did not have a job. For the first time I realized the importance of practical learning, the importance of ability to apply what we learn in college, into real life. Academically, I was very sound, but when it came to application of the knowledge, there I failed. It was my third year after completing my engineering. Most of my contemporaries secured jobs in production, quality or testing in various companies. Even some joined as professors in engineering colleges. Most of my engineering fellow members had secured jobs with more or less salary. With 2 years of experience in their field, they were on track. It was very late for me to realize the importance of practical knowledge, interview preparation & job hunting. I was the person with two paper degrees, no technical knowledge & poor communication skills. During the same period, I faced turbulent issues in my personal life, which forced me to accept any type of job.


Journey as a CAD engineer

For the first time, I decided to restart the journey. I decided to search job in engineering field only. Based on my previous CAD skills I started applying for the job through job portals. Even, I got a few calls for an interview & I measurably failed. Now, I started realizing that I need a breakthrough, otherwise I might have to face a disastrous situation.

With this, I came to know about one of the CAD centers that is CAD Tech Design Center in Aurangabad. With whatever information I had received about CAD Tech Design Center, I knew that I would definitely get a chance to work with them. I joined the CAD Tech Design Center & officially it was my first job. My starting salary was zero. Just imagine a person with masters working for free. It was a hard but much needed decision. I was almost broke in my personal life. I was on the verge where I just wanted to be engaged in some activity regardless of other things. Here, in the CAD Tech Design Center, I was provided with professional CAD training for one month. I practiced a lot. And then I was appointed as a CAD trainer again, but this time for professional people. For those people who works for a mechanical organization & are keen to know & understand the CAD tools. For those I used to provide training. In a few months I got an opportunity to work onsite with Greaves Cotton Ltd. This was the first time I entered inside the R&D center. I came to know about PLM. PLM was just new at that time. I came to know about various processes in R&D. For the initial days I worked as a CAD engineer where my job was to create 3D models from 2D drawing & check in all the data into PLM. In a few months people started recognizing me for my CAD skills. My reporting manager initiated a new conceptual modeling task with me & I successfully delivered the same. This way, I started working on concept modeling. By that time I understood the importance of CAD skills. I keep on exploring more & more strategies to cover up the concept modeling, as working on concept modeling calls for frequent changes in the model. I focused on creating different strategies to develop concept models, so that whenever different changes were demanded I could do that with minimum possible commands. Thus helps to save a lot of time. Usually I used to work on casting & forging components.

While working onsite at Greaves Cotton Ltd. I used to cater inhouse projects at CAD Tech Design Center as well where the team used to reverse engineer the home appliance products like, washing machine, cooler, refrigerator, molded tanks & few of the vending machines. I used to work almost 13-14 hours a day. I was pushing myself because I just wanted to be engaged in a task & I wanted to learn different modules on a fast track basis so that I can at least meet salary expectations as per four years of experience - Remember, Three years I was jobless after engineering & this was the fourth year, where I just wanted to gain an experience which will help me to project myself as a candidate with four years of experience. Sooner I mastered myself as a casting & forging designer along with insights for designing plastic components, sheet metal components, molded components etc.


Journey as a Component Designer

In a few years, I was earning a good salary. I got good opportunities to work with MNC clients as well. One of my good experiences was when I was working onsite at John Deere India Pvt. Ltd. where I was responsible for transmission layouting for tractors. While in this role, I learnt deeply about GD&T, Its application based on requirement & its importance to communicate the design intent. I realized that specifying GD&T on drawing will help the manufacturer to clearly understand the design intent & it helps to minimize the rejections as well. I was very curious to know how the rejection gets reduced with application of GD&T & I end up with understanding the entire ASME Y14.5 standard. With this I became a component designer where I was able to design & specify the components individually.

Sooner I realized that, even though I was doing very well, my financial growth had staggered. On introspecting & analyzing I identified that there is a certain earning limit for CAD profile. Because as you demand more monetary gains, chances are there that you could be replaced by other CAD engineers with less experience. So it was very clear that the CAD profile with higher experience & higher expectations is not going to help in the long run. For the first time I realized a clear difference between a CAD engineer & a Design engineer. I was under the impression that working on CAD is nothing but design engineering, however the reality is different. Design engineering is very vast. To be in a competitive market, one must shift from CAD profile to Design profile.


Journey as a Design Designer

Even though the service industry is good to start a career with, I noticed a few intricate points while providing services on client end such as, you might not have access to important engineering documents, library or standards which may help you to increase your expertise otherwise. The only way to be competitive is to keep enhancing your technical knowledge. For that, one must be working for the OEM companies where you can grow yourself technically as well as financially. I seriously wanted to remove a tag of service provider. I started searching for opportunities in OEM. I appeared for some interviews & I cracked a few interviews. I got an opportunity to work with Force Motors Ltd. I was appointed as a Junior Manager. Though I had to work as an individual contributor, joining Force Motors Ltd. was my greatest decision. I was very happy that I was not a service provider now, instead, an individual contributor. In a few months I realized the actual meaning of design engineering. Here the scope was very wide. I was not only limited to concept design but I was responsible for its manufacturability, prototyping, assembly, fitment trials, lab testing, field testing & its implementation on the production line. I completely understood the journey of a new product from concept to production. As soon as I joined Force Motors Ltd. the first thing I did was read various standards & test reports. I tried to understand various test parameters & their significance. Another advantage for me was the technology center, proto shop, testing facility as well as the manufacturing facility were located in the same premises. Added to this Force motors Ltd. have its own foundry shop as well as machine shop. I often used to visit all these facilities to understand various parameters, processes, methodology, to understand certain challenges while manufacturing. During my tenure I used to visit different suppliers multiple times which gave me another opportunity to understand the manufacturing processes at supplier end. Further, I got the opportunity to design sub-systems individually, transforming myself as an assembly designer from component designer. I contributed to a few designs to address the government regulations. Slowly I was involved in homologation activities where I supported on an engineering front to address the queries raised by government officials. It was a good experience while interacting & visiting the government agencies such as CIRT, CFMTTI, ARAI etc.

Now I am working with Cummins India Ltd as a Plant Product Engineer. Here I am supporting the current products. Here I am responsible to support the operations team, quality team, planning team, procurement team, order management team & global customer engineering team to resolve their queries on the engineering front. It took me 12 years of corporate experience to get an opportunity to transform myself for the management role.


Major take away

The crux of the story is, why to wait for 12 years to get a lead role in your carrier. Why not earlier. I did not have right guidance, right resources & right direction in the beginning of my career. What if I had received all the required sources & guidance at the start of my career. I could have certainly saved at least 5 to 6 years of my journey. I acknowledge & recognize that, if someone would have guided me at the right time, I would have grown within a few years & could have saved a lot of my time. I invested a huge time to be on the right track.

I understand that for many aspirant candidates, the situation might be the same. They might not have proper guidance, proper resources & proper direction & they are following the same footprint as I followed. I know they will surely be succeeding in achieving their goals but at the cost of time. For those aspirants who really wanted to speed up their carrier I have designed a technical course - "Core Mechanical Design." In this course aspirants will be able to sequentially follow all the modules & with consistent efforts they will be far ahead of the competition. Giving this competitive advantage, will surely help the aspirants, to seek & succeed at the right job opportunity with huge technical capability, position & ultimately higher monetary benefits.

This course will be extremely helpful for the studentswho are undergoing the mechanical engineering stream, for those who have just completed their mechanical engineering as well as for those who are working in other departments & willing to work in the engineering or Research & Development (R&D) department.

Opportunity is Right Here...!! Right Now...!!

Exclusive Limited Time Discount.

₹45,000

₹35,000

₹24,999 Today Only

(₹10,000 Discount Coupon Pre-Applied)

This is an All Inclusive Purchase.
No Upsells or any other purchase is required.

(7 Days "Fail-Proof" Refund Policy)

Queries: Contact The Team Mentor Mrs. Sayali : +91 - 7387066741

Exclusive Limited Time Discount.

₹45,000

₹35,000

₹24,999 Today Only

(₹10,000 Discount Coupon Pre-Applied)

This is an All Inclusive Purchase.
No Upsells or any other purchase is required.

(7 Days "Fail-Proof" Refund Policy)

Queries: Contact The Team Mentor
Mrs. Sayali : +91 - 7387066741

All About Core Mechanical Design

A Core Mechanical Design is an online engineering learning platform for mechanical engineers. Core Mechanical Design is an online course with several basic yet effective modules that will help an individual to solve any technical problem & take lead in various projects. The course Core Mechanical Design is structured in a very specific sequence so that even freshers can learn the technical thought processes required for resolution of technical problems. In this course, a step-by-step process is mentioned which will help the learner to gain technical knowledge along with the technical thought process.

On taking up this course, one can learn Advanced CREO commands & strategies, which are very valued in the job market. An advanced CREO course will help the candidate to learn different advanced commands to create innovative concepts & models. Once you learn the concept modeling, it calls for detailed drawing. All the necessary specifications of the component need to be mentioned on the drawing so that the part can be manufactured as intended.

Here, the next topic, Geometric Dimensioning and Tolerancing will help. This specific course will help you to understand GD&T in depth. This course will clarify how to specify engineering control on the drawing so as to ensure the interchangeable assembly design. It will cover different GD&T symbols, their significance, the way of defining the GD&T, The way of interpreting the GD&T & the way we can measure with GD&T.

Once the component is designed there is always its counterpart in which it gets assembled. To ensure every part will get fitted every time GD&T along with tolerance stack-up analysis will help. Here comes the next topic, where one can learn how to specify tolerances based on assembly design. Also, you will learn how to specify dimensions of counterparts based on stak-up analysis.

Then come Design Engineering. All the basic knowledge of design engineering is covers in this course. You will learn all about forces, how it act on the component, how to consider these forces while designing the components, how to validate the design (virtual validation as well as actual validation - Lab & field testing) & how to optimizing the design. Along with this basic structural designing you will learn the thought process behind selection of various components based on required parameters, their validation & testing.

Added to this few modules will focus on interview technique. This module will help learner to understand the exact expectations of the employer. This module will help to answer the interviewer’s questions strategically. This module will also help to learn negotiation skills so that you can get the best out of the market

As a nutshell, one who take up this course & learn the step by step processes, one will be far ahead of the competition which will help to grow exponentially in terms of capability, position & monetary gains.

All About
Core Mechanical Design

A Core Mechanical Design is an online engineering learning platform for mechanical engineers. Core Mechanical Design is an online course with several basic yet effective modules that will help an individual to solve any technical problem & take lead in various projects. The course Core Mechanical Design is structured in a very specific sequence so that even freshers can learn the technical thought processes required for resolution of technical problems. In this course, a step-by-step process is mentioned which will help the learner to gain technical knowledge along with the technical thought process.

On taking up this course, one can learn Advanced CREO commands & strategies, which are very valued in the job market. An advanced CREO course will help the candidate to learn different advanced commands to create innovative concepts & models. Once you learn the concept modeling, it calls for detailed drawing. All the necessary specifications of the component need to be mentioned on the drawing so that the part can be manufactured as intended.

Here, the next topic, Geometric Dimensioning and Tolerancing will help. This specific course will help you to understand GD&T in depth. This course will clarify how to specify engineering control on the drawing so as to ensure the interchangeable assembly design. It will cover different GD&T symbols, their significance, the way of defining the GD&T, The way of interpreting the GD&T & the way we can measure with GD&T.

Once the component is designed there is always its counterpart in which it gets assembled. To ensure every part will get fitted every time GD&T along with tolerance stack-up analysis will help. Here comes the next topic, where one can learn how to specify tolerances based on assembly design. Also, you will learn how to specify dimensions of counterparts based on stak-up analysis.

Then come Design Engineering. All the basic knowledge of design engineering is covers in this course. You will learn all about forces, how it act on the component, how to consider these forces while designing the components, how to validate the design (virtual validation as well as actual validation - Lab & field testing) & how to optimizing the design. Along with this basic structural designing you will learn the thought process behind selection of various components based on required parameters, their validation & testing.

Added to this few modules will focus on interview technique. This module will help learner to understand the exact expectations of the employer. This module will help to answer the interviewer’s questions strategically. This module will also help to learn negotiation skills so that you can get the best out of the market

As a nutshell, one who take up this course & learn the step by step processes, one will be far ahead of the competition which will help to grow exponentially in terms of capability, position & monetary gains.

Course Modules

Module 1. Advance CREO (CAD Software)

1.1 Introduction

2.1 Basic Introduction
    - Creo interface
    - Set working directory
    - Erase not displayed

2.2 Sketcher mode - Sketcher Commands
    - Sketch interface
    - Sketching, editing, constraints & dimension commands

3.1 Part modeling
    - Part modeling interface
    - Ribbon tab introduction

3.2 Part modeling - Shape commands
    - Extrude
    - Revolve
    - Sweep
    - Blend
    - Rotational blend

3.3 Part modeling - Engineering commands
    - Draft
    - Hole
    - Round
    - Chamfer
    - Shell
    - Rib

3.4 Part modeling - Datum commands
    - Point
    - Axis
    - Plane
    - Coordinate system

3.5 Part modeling - Surfacing commands
    - Mirror
    - Extend
    - Project
    - Trim
    - Merge
    - Copy surface
    - Offset
    - Solidify
    - Intersect

3.6 Part modeling - Analysis tab
    - Measurement of length, distance, angle & diameter
    - Measurement of area, volume & mass
    - Draft analysis

3.9 Part modeling - Tools tab
    - Publish geometry
    - Copy geometry
    - family table
    - Parameters
    - Relations

4.1 Assembly modeling
    - Assembly interface
    - Bottom up approach
    - Top down approach (Skeleton modeling)
    - Appearance command

4.2 Assembly modeling - Skeleton modeling

4.3 Assembly modeling
    - View manager
    - Simplified representation
    - Exploded views
    - Orient
    - Section
    - Style
    - Appearance
    - Combined view

5.1 Drawing - Drawing interface

5.2 Drawing
    - Annotate
    - Show & erase
    - Datum axis
    - Clean up dimension

5.3 Drawing
    - Layers
    - Hatching modification
    - Parameters
    - Single level BOM table

5.4 Drawing
    - Nested BOM table
    - Family table in drawing

2_e4nzi_1920
2_e4nzi_1920

Module 2. Geometric Dimensioning & Tolerancing

1.0 Introduction
1.1 History of GD&T
1.2 Need Of GD&T
1.3 What exactly is the GD&T
1.4 When to use GD&T
1.5 Advantages of GD&T

2 .0 Introduction
2.1 GD&T symbols
2.2 Datum feature symbol
2.3 Feature Reference Frame
2.4 Other symbols used in drawings
2.5 Term - Maximum Material Condition
2.6 Term - Least Material Condition
2.7 Term - AME Datum FOS MMC
    - Actual mating envelope
    - Datum
    - Feature of size
2.8 Term - Basic Dimension
    - understanding basic dimension
2.9 Term - Virtual & Resultant Condition
    - Virtual condition
    - Resultant condition
2.10 Rule No. 1
2.11 Rule No. 2
2.12 Rule No. 3
2.13 Rule No. 4

3.0 Introduction of Datums
3.1 Degrees of freedom & Datum Reference Frame
    - Degrees of freedom
    - Datum reference frame
3.2 How to constraint degrees of freedom
3.3 The true geometric counterpart
3.4 How to construct datum reference frame
3.5 How to select datum features
3.6 How to establish datum
3.7 Concept of compound & partial datum
3.8 Introduction to datum targets
3.11 Specification & interpretation of datum targets
    - Example of datum target

4.0 Introduction to form tolerances
4.1 Straightness
    - Understanding straightness
    - Specifying straightness
    - Interpretation of straightness
    - Inspection of straightness
4.2 Understanding straightness when specified with size tol.
4.3 Straightness unit basis
4.4 Flatness
    - Understanding flatness
    - Specifying flatness
    - Interpretation of flatness
    - Inspection of flatness
4.5 Circularity
    - Understanding circularity
    - Specifying circularity
    - Interpretation of circularity
    - Inspection of circularity
4.6 Cylindricity
    - Understanding cylindricity
    - Specifying cylindricity
    - Interpretation of cylindricity
    - Inspection of cylindricity
4.7 Concept of free state variation

5.0 Introduction to orientation tolerances
5.1 Angularity
    - Understanding angularity
    - Specifying angularity
    - Interpretation of angularity
    - Inspection of angularity
    - Understanding angularity when specified with size tol.
5.2 Parallelism
    - Understanding Parallelism
    - Specifying Parallelism
    - Interpretation of Parallelism
    - Inspection of Parallelism
    - Understanding Parallelism when specified with size tol.
5.3 Perpendicularity
   c
    - Understanding perpendicularity specified with size tol.

6.0 Introduction to position tolerance
6.1 Position tolerance
    - Understanding position tolerance
    - Specification of position tolerance
    - Interpretation of position tolerance
    - Inspection of position tolerance
6.2 Understanding regardless of feature size (RFS)
6.3 Maximum material condition & bonus tolerance
6.4 Least material condition & bonus tolerance
6.5 Understanding shift tolerance
6.6 Concept of zero position tolerance
6.7 Concept of floating fasteners
6.8 Concept of fixed fasteners
6.9 Understanding projected tolerance zone
6.10 Single composite pattern of feature
6.11 Composite position tolerance
6.12 Special cases of position tolerancing
6.13 Understanding co-axiality (with position tolerance)

7.0 Introduction to Profile tolerances
7.1 How to specify profile tolerance
7.2 Applications of profile tolerance
7.3 Refinement in profile tolerance
7.4 Applications of datum in profile tolerance
7.5 understanding composite profile tolerance
7.6 Concept of dynamic profile modifier
7.8 How to inspect profile tolerance

8.0 Introduction to runout tolerance
8.1 Types of runout tolerances
8.2 Runout tolerances
    - Interpretation of runout tolerance
    - Inspection of runout tolerance
8.3 Use of datums in specifying the runout tolerance
8.4 Datum & surface refinement
8.5 Effect of size & runout tolerance on particular features

Module 3. Tolerance stack-up analysis

1.0 Introduction
    - What is tolerance stack-up analysis?
    - Significance of stack-up analysis
    - Areas of application of stack-up analysis
    - Types of stack-up analysis

2.0 Example 1
    - Rules to carry out stack up analysis
    - Worst case analysis example of a part
2.1 Example 2
    - Rules to carry out stack up analysis
    - Worst case analysis example of a part
2.2 Example 3
    - Rules to carry out stack up analysis
    - Worst case analysis example of an assembly
2.3 Example 4
    - Rules to carry out stack up analysis
    - Worst case analysis example of an assembly (shift tol.)

3.0 Example 1
    - Rules to carry out stack up analysis
    - Statistical analysis example of an assembly

4.0 Cost concern
    - Advantages and disadvantages of worst case analysis
      and statistical stack-up analysis
    - Cost comparison between worst case analysis and
      statistical stack-up analysis

2_e4nzi_1920
2_e4nzi_1920

Module 4. Design Engineering

1.0 Introduction
1.1 All about forces
    - Definition of force
    - Effect of force
    - Characteristics of force
    - System of forces
    - Principle of physical independence of force
    - Principle of transmissibility of force
1.2 All about forces
    - Resultant force
    - Resolution of forces
    - Composition of forces
    - Parallelogram law of forces
    - Method of resolution
1.3 All about forces
    - Moment of force
    - Unit of moment
    - Types of moment
    - Varignon's principle of moment
    - Application of moment
    - Couple
    - Arm of couple
    - Moment of a couple
    - Types of couple
1.4 All about forces
    - Equilibrium of forces
    - Equilibrant
    - Principles of equilibrium
    - Conditions of equilibrium
1.5 All about forces
    - Beams
    - Types of beams
    - Support reaction
    - Type of supports
    - Types of loading
1.6 All about moment of inertia
    - Center of gravity & centroid
1.7  All about moment of inertia
    - Moment of inertia & it's unit
    - Parallels axis theorem
    - Perpendicular axis theorem
1.8 All about moment of inertia
    - Example of moment of inertia of a composite section
1.9 Principles of friction
    - Friction
    - Type of friction
    - Limiting friction
    - Angle of friction
    - Normal reaction
    - Coefficient of friction
    - Laws of friction
1.10 Principles of friction
    - Equilibrium of a body on a rough horizontal surface
    - Equilibrium of a body on a rough inclined surface
    a. Subjected to a force acting along the inclined plane
    b. Subjected to a force acting horizontally
    c. Subjected to a force acting at some angle with
         inclined plane

2.0 Introduction
2.1 Mechanical properties of material
2.2 Types of forces
    - Elastic body, Plastic body & rigid body
    - Types of loads
    - Tensile
    - Compression
    - Shear
2.3 Concept of stress & strain
2.4 Types of stresses & strains
2.5 Hook's law & constant of proportionalities
    - Hook's law
    - Constant of proportionalities
2.6 Change in length of a body due to application of load
2.7 Linear strain, lateral strain & Poison's ratio
    - Linear & lateral strain
    - Poisson's ratio
2.8 Thermal stresses & thermal strains
2.9 Understanding stress-strain curve
2.10 Beams - brush up (basic revision)
2.11 Concept of shear force & bending moment
2.12 Construction of
    - Shear force diagram
    - Bending moment diagram
2.13 Concept  of pure bending
2.14 Theory of simple bending
2.15 Flextur's formula
2.16 Section modulus
2.17 Concept of direct & eccentric loading
2.18 Condition for no tension & middle third rule 
    - Condition of no tension
    - Stress distribution diagram
    - Middle third rule for eccentric loading
2.18 Understanding eccentric loading
    - Analysis of eccentric loading
2.19 Strain energy
    - Strain energy or internal energy
    - Strain energy
    - Gradually applied load
    - Suddenly applied load
    - Impact load

Course Modules

2_e4nzi_1920

Module 1. Advance CREO (CAD Software)

1.1 Introduction

2.1 Basic Introduction
    - Creo interface
    - Set working directory
    - Erase not displayed

2.2 Sketcher mode - Sketcher Commands
    - Sketch interface
    - Sketching, editing, constraints & dimension commands

3.1 Part modeling
    - Part modeling interface
    - Ribbon tab introduction

3.2 Part modeling - Shape commands
    - Extrude
    - Revolve
    - Sweep
    - Blend
    - Rotational blend

3.3 Part modeling - Engineering commands
    - Draft
    - Hole
    - Round
    - Chamfer
    - Shell
    - Rib

3.4 Part modeling - Datum commands
    - Point
    - Axis
    - Plane
    - Coordinate system

3.5 Part modeling - Surfacing commands
    - Mirror
    - Extend
    - Project
    - Trim
    - Merge
    - Copy surface
    - Offset
    - Solidify
    - Intersect

3.6 Part modeling - Analysis tab
    - Measurement of length, distance, angle & diameter
    - Measurement of area, volume & mass
    - Draft analysis

3.9 Part modeling - Tools tab
    - Publish geometry
    - Copy geometry
    - family table
    - Parameters
    - Relations

4.1 Assembly modeling
    - Assembly interface
    - Bottom up approach
    - Top down approach (Skeleton modeling)
    - Appearance command

4.2 Assembly modeling - Skeleton modeling

4.3 Assembly modeling
    - View manager
    - Simplified representation
    - Exploded views
    - Orient
    - Section
    - Style
    - Appearance
    - Combined view

5.1 Drawing - Drawing interface

5.2 Drawing
    - Annotate
    - Show & erase
    - Datum axis
    - Clean up dimension

5.3 Drawing
    - Layers
    - Hatching modification
    - Parameters
    - Single level BOM table

5.4 Drawing
    - Nested BOM table
    - Family table in drawing

2_e4nzi_1920

Module 2. Geometric Dimensioning & Tolerancing

1.0 Introduction
1.1 History of GD&T
1.2 Need Of GD&T
1.3 What exactly is the GD&T
1.4 When to use GD&T
1.5 Advantages of GD&T

2 .0 Introduction
2.1 GD&T symbols
2.2 Datum feature symbol
2.3 Feature Reference Frame
2.4 Other symbols used in drawings
2.5 Term - Maximum Material Condition
2.6 Term - Least Material Condition
2.7 Term - AME Datum FOS MMC
    - Actual mating envelope
    - Datum
    - Feature of size
2.8 Term - Basic Dimension
    - understanding basic dimension
2.9 Term - Virtual & Resultant Condition
    - Virtual condition
    - Resultant condition
2.10 Rule No. 1
2.11 Rule No. 2
2.12 Rule No. 3
2.13 Rule No. 4

3.0 Introduction of Datums
3.1 Degrees of freedom & Datum Reference Frame
    - Degrees of freedom
    - Datum reference frame
3.2 How to constraint degrees of freedom
3.3 The true geometric counterpart
3.4 How to construct datum reference frame
3.5 How to select datum features
3.6 How to establish datum
3.7 Concept of compound & partial datum
3.8 Introduction to datum targets
3.11 Specification & interpretation of datum targets
    - Example of datum target

4.0 Introduction to form tolerances
4.1 Straightness
    - Understanding straightness
    - Specifying straightness
    - Interpretation of straightness
    - Inspection of straightness
4.2 Understanding straightness when specified with size tol.
4.3 Straightness unit basis
4.4 Flatness
    - Understanding flatness
    - Specifying flatness
    - Interpretation of flatness
    - Inspection of flatness
4.5 Circularity
    - Understanding circularity
    - Specifying circularity
    - Interpretation of circularity
    - Inspection of circularity
4.6 Cylindricity
    - Understanding cylindricity
    - Specifying cylindricity
    - Interpretation of cylindricity
    - Inspection of cylindricity
4.7 Concept of free state variation

5.0 Introduction to orientation tolerances
5.1 Angularity
    - Understanding angularity
    - Specifying angularity
    - Interpretation of angularity
    - Inspection of angularity
    - Understanding angularity when specified with size tol.
5.2 Parallelism
    - Understanding Parallelism
    - Specifying Parallelism
    - Interpretation of Parallelism
    - Inspection of Parallelism
    - Understanding Parallelism when specified with size tol.
5.3 Perpendicularity
   c
    - Understanding perpendicularity specified with size tol.

6.0 Introduction to position tolerance
6.1 Position tolerance
    - Understanding position tolerance
    - Specification of position tolerance
    - Interpretation of position tolerance
    - Inspection of position tolerance
6.2 Understanding regardless of feature size (RFS)
6.3 Maximum material condition & bonus tolerance
6.4 Least material condition & bonus tolerance
6.5 Understanding shift tolerance
6.6 Concept of zero position tolerance
6.7 Concept of floating fasteners
6.8 Concept of fixed fasteners
6.9 Understanding projected tolerance zone
6.10 Single composite pattern of feature
6.11 Composite position tolerance
6.12 Special cases of position tolerancing
6.13 Understanding co-axiality (with position tolerance)

7.0 Introduction to Profile tolerances
7.1 How to specify profile tolerance
7.2 Applications of profile tolerance
7.3 Refinement in profile tolerance
7.4 Applications of datum in profile tolerance
7.5 understanding composite profile tolerance
7.6 Concept of dynamic profile modifier
7.8 How to inspect profile tolerance

8.0 Introduction to runout tolerance
8.1 Types of runout tolerances
8.2 Runout tolerances
    - Interpretation of runout tolerance
    - Inspection of runout tolerance
8.3 Use of datums in specifying the runout tolerance
8.4 Datum & surface refinement
8.5 Effect of size & runout tolerance on particular features

2_e4nzi_1920

Module 3. Tolerance stack-up analysis

1.0 Introduction
    - What is tolerance stack-up analysis?
    - Significance of stack-up analysis
    - Areas of application of stack-up analysis
    - Types of stack-up analysis

2.0 Example 1
    - Rules to carry out stack up analysis
    - Worst case analysis example of a part
2.1 Example 2
    - Rules to carry out stack up analysis
    - Worst case analysis example of a part
2.2 Example 3
    - Rules to carry out stack up analysis
    - Worst case analysis example of an assembly
2.3 Example 4
    - Rules to carry out stack up analysis
    - Worst case analysis example of an assembly (shift tol.)

3.0 Example 1
    - Rules to carry out stack up analysis
    - Statistical analysis example of an assembly

4.0 Cost concern
    - Advantages and disadvantages of worst case analysis
      and statistical stack-up analysis
    - Cost comparison between worst case analysis and
      statistical stack-up analysis

2_e4nzi_1920

Module 4. Design Engineering

1.0 Introduction
1.1 All about forces
    - Definition of force
    - Effect of force
    - Characteristics of force
    - System of forces
    - Principle of physical independence of force
    - Principle of transmissibility of force
1.2 All about forces
    - Resultant force
    - Resolution of forces
    - Composition of forces
    - Parallelogram law of forces
    - Method of resolution
1.3 All about forces
    - Moment of force
    - Unit of moment
    - Types of moment
    - Varignon's principle of moment
    - Application of moment
    - Couple
    - Arm of couple
    - Moment of a couple
    - Types of couple
1.4 All about forces
    - Equilibrium of forces
    - Equilibrant
    - Principles of equilibrium
    - Conditions of equilibrium
1.5 All about forces
    - Beams
    - Types of beams
    - Support reaction
    - Type of supports
    - Types of loading
1.6 All about moment of inertia
    - Center of gravity & centroid
1.7  All about moment of inertia
    - Moment of inertia & it's unit
    - Parallels axis theorem
    - Perpendicular axis theorem
1.8 All about moment of inertia
    - Example of moment of inertia of a composite section
1.9 Principles of friction
    - Friction
    - Type of friction
    - Limiting friction
    - Angle of friction
    - Normal reaction
    - Coefficient of friction
    - Laws of friction
1.10 Principles of friction
    - Equilibrium of a body on a rough horizontal surface
    - Equilibrium of a body on a rough inclined surface
    a. Subjected to a force acting along the inclined plane
    b. Subjected to a force acting horizontally
    c. Subjected to a force acting at some angle with
         inclined plane

2.0 Introduction
2.1 Mechanical properties of material
2.2 Types of forces
    - Elastic body, Plastic body & rigid body
    - Types of loads
    - Tensile
    - Compression
    - Shear
2.3 Concept of stress & strain
2.4 Types of stresses & strains
2.5 Hook's law & constant of proportionalities
    - Hook's law
    - Constant of proportionalities
2.6 Change in length of a body due to application of load
2.7 Linear strain, lateral strain & Poison's ratio
    - Linear & lateral strain
    - Poisson's ratio
2.8 Thermal stresses & thermal strains
2.9 Understanding stress-strain curve
2.10 Beams - brush up (basic revision)
2.11 Concept of shear force & bending moment
2.12 Construction of
    - Shear force diagram
    - Bending moment diagram
2.13 Concept  of pure bending
2.14 Theory of simple bending
2.15 Flextur's formula
2.16 Section modulus
2.17 Concept of direct & eccentric loading
2.18 Condition for no tension & middle third rule 
    - Condition of no tension
    - Stress distribution diagram
    - Middle third rule for eccentric loading
2.18 Understanding eccentric loading
    - Analysis of eccentric loading
2.19 Strain energy
    - Strain energy or internal energy
    - Strain energy
    - Gradually applied load
    - Suddenly applied load
    - Impact load

7 Days "Fail-Proof" & 3 Days No Questions Asked Refund Policy

You are getting full 7 days to “test drive” our program.

Once you learn & implement & if you are not “overwhelmed” with the results, we will give you an “immediate” refund.

Yes, even if you ask for it on the 7th day.

So in other words, this is free to try out for the next 7 days.

Quite simply, even we don't want your money if it's not giving you the results you want.

The only reason we can offer you such a long duration of refund is that we know that our stuff works & we know it will work for you if you are ready to implement the learnings.

We are also giving you 3 days no-questions-asked money-back guarantee.

When you enroll today, and for some reason, you want to ask for a refund within the 3 days, you will have it all back. Yes, the 3 days refund policy even applies in the case you don't like my hairstyle while teaching inside the program.

Now go ahead & click on the button to get started taking your success to the next level.

7 Days "Fail-Proof" & 3 Days No Questions Asked Refund Policy

You are getting full 7 days to “test drive” our program.

Once you learn & implement & if you are not “overwhelmed” with the results, we will give you an “immediate” refund.

Yes, even if you ask for it on the 7th day.

So in other words, this is free to try out for the next 7 days.

Quite simply, even we don't want your money if it's not giving you the results you want.

The only reason we can offer you such a long duration of refund is that we know that our stuff works & we know it will work for you if you are ready to implement the learnings.

We are also giving you 3 days no-questions-asked money-back guarantee.

When you enroll today, and for some reason, you want to ask for a refund within the 3 days, you will have it all back. Yes, the 3 days refund policy even applies in the case you don't like my hairstyle while teaching inside the program.

Now go ahead & click on the button to get started taking your success to the next level.

Exclusive Limited Time Discount.

₹45,000

₹35,000

₹24,999 Today Only

(₹10,000 Discount Coupon Pre-Applied)

This is an All Inclusive Purchase.
No Upsells or any other purchase is required.

(7 Days "Fail-Proof" Refund Policy)

Queries: Contact The Team Mentor Mrs. Sayali : +91 - 7387066741

Exclusive Limited Time Discount.

₹45,000

₹35,000

₹24,999 Today Only

(₹10,000 Discount Coupon Pre-Applied)

This is an All Inclusive Purchase.
No Upsells or any other purchase is required.

(7 Days "Fail-Proof" Refund Policy)

Queries: Contact The Team Mentor
Mrs. Sayali : +91 - 7387066741

Frequently Asked Questions

Who is this course designed for?
This course is designed for mechanical engineering students, recent graduates, and professionals seeking to enhance their skills in mechanical design. It caters to individuals interested in advancing their knowledge from CAD basics to comprehensive design engineering.

How is the course content delivered?
The course content is delivered through a combination of video lectures, interactive assignments, and supplementary materials. The online platform ensures that you can learn at your own pace and revisit modules as needed.

What topics are covered in the course?
The course covers a range of modules, including Advanced CREO (CAD software), Geometric Dimensioning & Tolerancing, Tolerance Stack-up Analysis, Design Engineering, Interview Tricks & Techniques & many more. It provides a holistic approach to mechanical design, from software proficiency to real-world application.

What are the prerequisites for enrolling in this course?
There are no specific prerequisites. Whether you are a student, recent graduate, or working professional, as long as you have an interest in excelling mechanical design, you are welcome to enroll. The course is structured to accommodate learners at various experience levels.

Can I preview some course content before enrolling?
Yes, we offer a sneak peek or preview of select course content. This allows you to get a sense of the teaching style, course structure, and topics covered before making a commitment.

Can I access the course on mobile devices?
Yes, the course is mobile-friendly. You can access the content on various devices, including desktops, laptops, tablets, and smartphones. Learn on the go at your convenience.

How long does it take to complete the course?
The duration of the course varies based on individual learning pace. On average, learners can complete the course in a few months. The self-paced nature allows flexibility to accommodate different schedules.

Are there any networking opportunities or community forums for students?
Yes, the course includes discussion forums and community spaces where students can interact, ask questions, and share insights. Networking opportunities are encouraged to foster a collaborative learning environment.

How can I enroll in the course, and what is the cost?
To enroll, simply visit our website, navigate to the course page, and follow the registration process. The cost of the course is ₹ 15000/- only, and we often run promotions or discounts for early enrollments.

Frequently Asked Questions

Who is this course designed for?
This course is designed for mechanical engineering students, recent graduates, and professionals seeking to enhance their skills in mechanical design. It caters to individuals interested in advancing their knowledge from CAD basics to comprehensive design engineering.

How is the course content delivered?
The course content is delivered through a combination of video lectures, interactive assignments, and supplementary materials. The online platform ensures that you can learn at your own pace and revisit modules as needed.

What topics are covered in the course?
The course covers a range of modules, including Advanced CREO (CAD software), Geometric Dimensioning & Tolerancing, Tolerance Stack-up Analysis, Design Engineering, Interview Tricks & Techniques & many more. It provides a holistic approach to mechanical design, from software proficiency to real-world application.

What are the prerequisites for enrolling in this course?
There are no specific prerequisites. Whether you are a student, recent graduate, or working professional, as long as you have an interest in excelling mechanical design, you are welcome to enroll. The course is structured to accommodate learners at various experience levels.

Can I preview some course content before enrolling?
Yes, we offer a sneak peek or preview of select course content. This allows you to get a sense of the teaching style, course structure, and topics covered before making a commitment.

Can I access the course on mobile devices?
Yes, the course is mobile-friendly. You can access the content on various devices, including desktops, laptops, tablets, and smartphones. Learn on the go at your convenience.

How long does it take to complete the course?
The duration of the course varies based on individual learning pace. On average, learners can complete the course in a few months. The self-paced nature allows flexibility to accommodate different schedules.

Are there any networking opportunities or community forums for students?
Yes, the course includes discussion forums and community spaces where students can interact, ask questions, and share insights. Networking opportunities are encouraged to foster a collaborative learning environment.

How can I enroll in the course, and what is the cost?
To enroll, simply visit our website, navigate to the course page, and follow the registration process. The cost of the course is ₹ 15000/- only, and we often run promotions or discounts for early enrollments.

Here at Core Mechanical Design, we make every effort possible to make sure that we accurately represent our products and services and their potential for income & results. Earning, income and results statements made by our company and its customers are estimates of what we think you can possibly earn. There is no guarantee that you will make these levels of income and you accept the risk that the earnings and income statements differ by individuals. As with any business, your results may vary and will be based on your individual effort, business experience, expertise, and level of desire. There are no guarantees concerning the level of success you may experience. The testimonials and examples used are exceptional results, which do not apply to the average purchaser and are not intended to represent or guarantee that anyone will achieve the same or similar results. Each individual’s success depends on his or her background, dedication, desire and motivation. There is no assurance that examples of past earnings can be duplicated in the future. We cannot guarantee your future results and/or success. The use of our information, products and services should be based on your own due diligence and you agree that our company is not liable for any success or failure of your business that is directly or indirectly related to the purchase and use of our information, products and services.

This website in no way is affiliated with Facebook™ or any Facebook™ entities. Once you leave Facebook™ the responsibility no longer is on their site. We make every attempt to clearly state and show all proof. We do not sell your email or any information. Can Spam compliant.

Please note - The content inside this program is the intellectual property of Core Mechanical Design. The content cannot be reproduced, re-shared or resold without permission. Legal action + a fine of Rs. 10 Lakhs would be imposed upon anyone caught doing so.

Here at Core Mechanical Design, we make every effort possible to make sure that we accurately represent our products and services and their potential for income & results. Earning, income and results statements made by our company and its customers are estimates of what we think you can possibly earn. There is no guarantee that you will make these levels of income and you accept the risk that the earnings and income statements differ by individuals. As with any business, your results may vary and will be based on your individual effort, business experience, expertise, and level of desire. There are no guarantees concerning the level of success you may experience. The testimonials and examples used are exceptional results, which do not apply to the average purchaser and are not intended to represent or guarantee that anyone will achieve the same or similar results. Each individual’s success depends on his or her background, dedication, desire and motivation. There is no assurance that examples of past earnings can be duplicated in the future. We cannot guarantee your future results and/or success. The use of our information, products and services should be based on your own due diligence and you agree that our company is not liable for any success or failure of your business that is directly or indirectly related to the purchase and use of our information, products and services.

This website in no way is affiliated with Facebook™ or any Facebook™ entities. Once you leave Facebook™ the responsibility no longer is on their site. We make every attempt to clearly state and show all proof. We do not sell your email or any information. Can Spam compliant.

Please note - The content inside this program is the intellectual property of Core Mechanical Design. The content cannot be reproduced, re-shared or resold without permission. Legal action + a fine of Rs. 10 Lakhs would be imposed upon anyone caught doing so.