BASIC SKILL PROGRAM FOR MECHANICAL ENGINEERS

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Every year, countless students pass out from engineering colleges in India. The number of students graduating from engineering colleges is India.Yet, only about 30% of the engineering graduates get jobs while the rest either remain unemployed or take up jobs that are not related to their field. What is the reason for this unemployment or underemployment? What could be the industry expectations from an engineering graduate? What are the students lacking that prevent them from getting the right jobs? Is it that the engineering graduates do not cater to the need of this budding industry or is there some other fact to justify this unique tendency? Here I have listed out a few of the major expectations of the industry from all engineering graduates.

1. Communication Skills:

An engineer must possess good communication skills if he expects to be hired into a good firm or organisation. All the complicated theories and laws are of no use if the candidate cannot communicate his thoughts in proper words. Good knowledge of English and the ability to communicate effectively thus play a vital role.

Engineers usually hold significant positions in the firm or organisation they join. They may have to communicate with foreign delegates and important clients. Good grasp on English language and the ability to speak in many different accents are preferred by employers. Engineers need to get trained to communicate well. There are several crash courses that ensure you get a grasp on the right accent. These courses may help engineers evolve into better candidates for global companies.

2. Knowledge Beyond the Textbooks:

Very often, the firms and organisations look for individuals who can go beyond the books and think brightly. You need to be logical and think intellectually. Restricting yourself to bookish knowledge does not make you a good engineer.

To be an ideal candidate for global firms, you should think like an inventor. Opt for projects that bring about a drastic change in the world. Try to innovate and invent in a manner that benefits the world as a whole. Think of the greatest challenges faced by the world, try to deal with problems like energy crisis and limited resources that the world is already tackling. See how your inventions and innovations can alter the situation and bring change.

The great companies are always seeking wonder brains who come up with such innovative ideas. You can be their ideal candidate if you prove to them your true worth.

3. Ability to Lead:

While there are many engineering graduates who score well in their papers, there are very few who are true leaders. Most of the engineers today just follow the path shown by great minds of the past. The fraternity of engineers still adheres to the obsolete techniques of the bygone era which are really of no use today. If you wish to be hired by one of the leading companies, you must possess the ability to lead.

Even during the interview process, you should be able to reveal your true leadership skills by your college or school event examples. Do not hesitate to tell the interviewers about the different academic or colony events where you lead a group to make the event successful. Leadership skills are sure to be counted as a plus point in engineering job interviews.

4. Positive Approach:

The job of an engineer is not easy. It is a path full of many challenges and you need to possess the courage to face these challenges. A positive approach is thus a must in the career of an engineering candidate. If you are in the core engineering field like Electrical, Chemical or Mechanical, you may have to work in a site and this can be risky. Most factories and industries often have accidents and people even lose their lives in these accidents. To work in such an environment, you need to possess courage and a strong responsibility sense. This is not everyone’s cup of tea. Only individuals who possess a truly strong positive approach can succeed in such kind of jobs and to survive in the engineering industry you need to possess this positive attitude.

5. Updated with Latest in Technology: 

The greatest risk of being in the field of technology is that the technology existing now can become obsolete some day. You must be prepared to upgrade your skills to match the latest in technology. This rule is particularly applicable for IT engineers. The code or language used at present can get replaced with a better and user-friendly version and you need to upgrade yourself accordingly. Individuals who fail to stay updated become jobless.

An engineer is expected to be smart enough to widen his horizon of knowledge as per the latest trends.

In the engineering field you cannot afford to be lazy or lethargic as it may account to you losing the job and your only means of making a livelihood.

6. Willingness To Travel:

As engineers ascend the success ladder, the expectations from an engineer seem to increase too. An engineer who is at a senior position in his field may be expected to travel places and meet senior level individuals in different countries. They may be expected to share knowledge, ideologies and give presentations in the most effective manner. Most individuals are reticent and unwilling to travel to different countries and places. This is not acceptable from engineers who wish to succeed in their field. They should be always eager to travel places and grasp new opportunities. The firms and organisations are always seeking such smart engineers and you can succeed in your field only if you live upto these expectations.

7. Knowledge of Foreign Languages: 

Knowledge of foreign languages is always an added plus in the engineering field. If you know languages like French, German, Spanish, Italian and Swedish languages, they can help you deal with senior level executives in international projects. If you wish to strengthen your profile as an engineer, it is a great idea to learn some foreign languages. There are several crash courses and quick courses that help you learn the basics of languages in a small span of time. You may enroll yourself in one such course to improve your scope as an engineer.

8. Technical Skills:

Considering the demand from various industries, we have listed some of the basic technical skills which is essential for an engineer to crack his first job interview –

  1. Ability to understand Engineering Drawings.
  2. Basic knowledge of metallurgy & fabrication.
  3. Domain Knowledge : Refrigeration & Air Conditioning, Thermodynamics, Automobile, Structural Design etc.
  4. Software skills: AutoCAD, CREO, Inventor, SolidWorks etc.

GET YOUR SELF JOB READY WITH TEXVYN’S BASIC ENGINEERING PROGRAM

 

Duration: 1 Month

Fees: INR 10,000/- [Inclusive of Taxes]

Software Covered: AutoCAD 2D + 3D, Inventor

Batch Commence: 10th of Every Month

Intake: 25 Students Max


For more details call us or whatsapp us on 8779674727

Contact us: 09-Indryani, Gokhale Road, Naupada, Thane [W], Mumbai 400602

Email: info@texvyn.in | Web: http://www.texvyn.in

CAE ANALYST PROGRAM

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Introduction

Design and manufacturing is very vital to the progress of civilization. Before we dig deeper into CAE, let us first understand the basics of engineering design.

Engineering design of a product can be broken into four steps:

1. Problem definition – in the initial stages of product development, it is necessary to clearly define what the product is meant to achieve and / or do.
2. Creative process – once the objective of the product is identified, it is necessary to synthesize its form. This involves brainstorming sessions where designers and engineers meet and interact. Various forms are evaluated and selected into a set of few workable solutions.
3. Analytical process – Fitting the product into form is the next step. This requires strength and reliability analysis, cost determination, etc. This step is very important and iterative. Multiple solutions for the product may be evaluated till the optimal values are achieved. This is where CAE is blended with CAD. Using CAE software, trained engineers are able to evaluate various parameters of the desired object.
4. Prototype development & testing – this is where the theory is translated into practical. Prototypes are developed and tested, usually using 3D printers for rapid development.

Computer Aided Engineering

Computer Aided Engineering (CAE) is a fast emerging field that takes CAD to another level.
While CAD is useful in creating 2D and 3D models of a product, CAE software allows a deeper engineering analysis of objects.

CAE thus finds applications in engineering fields like fluid dynamics, kinematics, stress analysis, finite element analysis, etc., typically where product development is concerned. CAE encompasses not only CAD, but also Computer Aided Manufacturing (CAM), Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD) and some other aspects of engineering. Simply put, you can create 2D and 3D objects using CAD, while you can analyze how that object will behave using CAE tools. The automated design tools provided by CAE have transformed engineering analysis from a ‘hands on’ experience to virtual simulation.

The CAE Process
In the first stage, the object / product / system is designed, typically using CAD software. Engineers manipulate the parameters of the object / system being evaluated. These parameters include the physical properties, geometry and the limitations under which the entity is to be developed.
In the second stage, the entity is thoroughly evaluated using CAE processes like FEA, NVH (noise, vibration and harshness), CFD, etc.
As a third step, the results are shown to the engineering design team and the parameters of the system / object are tweaked to get optimum results. The process is iterated till the desired benefits are achieved.

Benefits of CAE

  • Since simulating reality is less time consuming, CAE processes save on time and money.
  • CAE reduces the errors in design and drawing process.
  • The impacts of changing parameters on a system can be studied with more accuracy.
  • Robustness and performance of components and assemblies can be analyzed.
  • CAE allows for easy visualization and improves designs.
  • CAE aids ease of manufacturing.

Tools of the Trade
Since there are several aspects of engineering that need to be covered while designing / modelling a system or entity, there are many facets to the CAE software tools. Some of the leading CAE tools include ANSYS, HyperMesh, SolidWorks Software.

CAE Training
As computational power grows, CAE tools are becoming increasingly powerful. There are many parameters that software like ANSYS and HyperMesh offer that it is virtually impossible to master it easily. This is where CAE (and CAD) training come into play. At Texvyn we have experienced instructors who introduce students to the tremendous potential of this software & also have tie ups with manufacturing industries to let their students get a ‘hands on’ experience with live projects.


Training Synopsis

Duration: 60 Hrs + 15 Hrs Project

Location: Thane

Software: SolidWorks Simulation & ANSYS [Hypermesh – Addon]

Fees: INR 50000 INR 25000 [Special fees for limited edition course]

Extra Discount: Enroll in group of 3 & get an discount of INR 5000 for each enrollment.


To know more on training do write us on info@texvyn.in

Visit us at http://www.texvyn.in

For your instant query resolution click here

 

Professional Programs for Chemical Engineers

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Chemical Engineering, one of the oldest and most prominent branches of engineering, is a discipline which trains and educates students as to how convert raw materials into usable products and also how to design and operate chemical plants. Chemical engineering plays an important role in the food.
Chemical Engineers are professionals who are equipped with the knowledge of Chemical Engineering. Apart from developing substances that range from food and cold drinks to cloth-washing powder and industrial chemicals, they can also design and operate machinery that is used in chemical plants. Chemical Engineering is linked to fundamental subjects like Chemistry, Biology, Mathematics and Physics. Fuel combustion and energy systems are prominent areas that employ chemical engineering. Chemical Engineers also play a very important roles in fields like medicine, biotechnology, microelectronics, advance materials, energy, consumer products, manufacturing and environmental solutions.

To make your Chemical Engineering career more promising Texvyn’s Institute of Continuous Learning brings a bouquet of Professional Programs which will sharpen your technical & managerial skills & it will help you to grab your dream job by always keeping you one step ahead of others.

Professional Learning Program offered at Texvyn – Institute of Continuous Learning

PROCESS DESIGN ENGINEERING:

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Texvyn’s Process Engineering course is tailored & customized, considering the demand & requirement from leading industries. It has all necessary modules which includes theoretical as well as leading software training’s. In entire course we cover detail training on Aspen HYSYS, HTRI, KG Tower & SmartPlant P&ID/COMOS P&ID. We also provide our students with techniques to prepare Process Spreadsheets, which proves helpful to workout any Process Calculations. 

  • Course Duration: 150 Hrs.
  • Batch Mode: Full Time & Part Time.
  • Sessions: Online & Classroom Sessions are Available.
  • Course Fees: INR 40000/- [Inclusive of Taxes] – Payment can be made in 2 installment
  • Software Covered: Aspen HYSYS + AutoCAD + HTRI + SmartPlant P&ID
  • To know more on the course visit our website on http://www.texvyn.in or click here

PIPING DESIGN ENGINEERING

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Piping engineering is an emerging engineering science, although it has been there for years.A piping system is crucial to any process plant; hence it needs to be designed with precision and care. The efficiency of a plant highly depends on its ability to transport fluid through the pipes to various equipment that function collectively.This is a comprehensive program designed to present all major topics relative to the Process Piping Drafting, Detailed Engineering / Layout Engineering of Piping Systems, Mechanical design, Hydraulic design, Construction of Piping Systems and Stress Analysis of Process Piping Systems. The program also covers Process Equipment’s, Plant Layout, and Mechanical & Hydraulic Design of Pipelines. It is one of the Unique Training Program which covers comprehensive Static Stress Analysis of Piping Systems along with 3D Modeling using SP3D/CADWorx/PDMS/Plant4D. 

  • Course Duration: 300 Hrs.
  • Batch Mode: Full Time & Part Time.
  • Sessions: Online & Classroom Sessions are Available.
  • Course Fees: INR 40000/- [Inclusive of Taxes] – Payment can be made in 2 installment
  • Module Covered: Layout + 3D Modeling + Materials.
  • Addon Module: Pipe Stress Analysis
  • Software Covered: AutoCAD + PDMS/SP3D/CADWorx + CAESAR II
  • To know more on the course visit our website on http://www.texvyn.in or click here

COMPUTATIONAL FLUID DYNAMICS USING ANSYS [CFD Theory + Software]

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Detail of Modelling and Simulation of flow processes in gas/particle and gas/liquid systems are presented. Particular emphasis is given to computational fluid dynamics (CFD) models that use the multi-dimensional multi-fluid techniques. Turbulence modelling strategies for gas/particle flows based on the kinetic theory for granular flows are given. Sub models for the interfacial transfer processes and chemical kinetics modelling are presented. Examples are shown for some gas/particle systems including flow and chemical reaction in risers as well as gas/liquid systems including bubble columns and stirred tanks.

  • Course Duration: 60 Hrs.
  • Batch Mode: Full Time & Part Time.
  • Sessions: Online & Classroom Sessions are Available.
  • Course Fees: INR 25000/- [Inclusive of Taxes] 
  • Software Covered: SolidWorks Simulation + ANSYS Fluent
  • To know more on the course visit our website on http://www.texvyn.in or click here.

 

ADVANCE PROCESS SIMULATION [DYNAMIC SIMULATION] 

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In recent years, the role of process simulation in the downstream oil and gas sector has grown immensely – and with good reason. Process simulation is a powerful software tool that allows refinery owners, operators, and engineers to virtually model a process in extreme detail without having to spend the time, manpower, or money physically testing their design in a real-world environment. It’s often performed during the design phase or before a plant becomes fully operational to see how changes in equipment specifications, scheduling, downtime, and maintenance can affect a process throughout the duration of its life cycle.

  • Course Duration: 60 Hrs.
  • Batch Mode: Full Time & Part Time.
  • Sessions: Online & Classroom Sessions are Available.
  • Course Fees: INR 30000/- [Inclusive of Taxes] 
  • Software Covered: ASPEN HYSYS.
  • To know more on the course visit our website on http://www.texvyn.in or click here.

Interested for the above programs, write us on info@texvyn.in

Or enroll using our online portal : https://www.texvyn.in/get-enroll


Contact us

Texvyn Technologies

09-Indryani [Second Floor], Gokhale Road, Naupada, Thane [W], Mumbai 400602

Landmark: Opposite Thane Health Care Hospital

Call us on +91-8779674727 | Web: http://www.texvyn.in

Internship & Training Program for Engineering Graduates

Program available for Mechanical/Automobile/Production engineers

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The Industry operates in a fast-paced, dynamically changing environment. Universities are steeped in academic tradition and although they may be amenable to change, inertia is high and change is a slow process. Industry and Academia are two very different worlds who do not share a common language.

As the job of an engineer grows more varied and more specialized, the skills demanded of an engineer have changed over the years.

Drawing on personal experience, I would summarize the required knowledge, skills and attributes of an ideal employable engineer as.

Strong Technical base
Good understanding of fundamental principles, Subject knowledge, Broad theory base, Full System perspective.

An Engineering Approach
Strong analytical skills, Problem solving approach, Ability to ask the right questions, Capability to decompose a problem, Logical thought flow, Technical writing skills, Self-learning ability, Curiosity, Creativity, Effective communication skills, Ability to work in a team, Process-oriented.

Professional Values
Ethics, Accountability, Initiative, Integrity, Social Responsibility, Commitment, Ownership.

Considering above aspects Texvyn Technologies commencing a specialize & exclusive Training cum Internship program for Mechanical /Automobile/Production Engineers.

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Learning Agenda

Module [I] Basic Learning [12 Hrs.]

  • Mechanical Units of Measurement & Unit Conversion.
  • Stresses, Strains & Material Property.
  • Fluid Mechanics.
  • Thermal & Energy System.
  • Geometric Dimensions & Tolerances.
  • Welding Symbology.
  • Manufacturing Process.
  • Materials & its Properties.

Module  [II] 2D CAD [8 Hrs.]

  • Introduction To AutoCAD
  • Basic Drafting & Modifying Objects
  • Creating Texts & Tables
  • Dimension Style, Multileader Styles & System Variables
  • Blocks & Attributes

Module  [III] 3D Modeling [15 Hrs.]

  • Basic & Introduction.
  • Sketching.
  • Part Modeling.
  • Advance Part Modeling.
  • Assembly Mode.
  • Generating Detail Drawing from Model.
  • Surface Modeling / Sheet Metal & Add-On Module.

Module  [IV] Industrial Project [15 Hrs.]

All candidates will get an opportunity to work on live / archived industrial projects.


Internship Program

All candidates who successfully completes the above program will get an opportunity to work with leading companies in Mumbai & Pune on fix contract basis or permanent employment. For more details visit our centre in Thane [Mumbai]


Program Eligibility & Enrollment Process

All graduates & diploma engineers are eligible for this program. Candidates need to carry their qualification certificate along with the copy of resume & one passport size photograph.

Enrollment Fees: INR 9500

Duration: 1 Month

Batch Commencing from: 10th August 2019

Location: Thane [W]

[For our other programs please visit our site www.texvyn.in]


Some of the other Professional Leaning Program offered at Texvyn are mentioned below:

Product Design Engineering:

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Texvyn’s “Product Design Engineering” seeks to equip graduates with a comprehensive understanding of the product creation process. This consists of training them in a systematic approach to the development and construction of products as well as fundamental and specific methods in the mechanical engineering and mechatronics domains. As a result they are able to systematically plan, organize, implement and evaluate complex development projects in multidisciplinary teams. Their deep knowledge base and competence in various methodologies is expanded upon further through various selected individual specialist areas from Development and Construction e.g. production systems. These specialty choices allow students to configure their course according to their own future career goals.

Course Duration: 250 Hrs.

Software Covered: AutoCAD | SolidWorks & Simulation [CFD]| ANSYS | MS Project


Mechanical Equipment Design [Static]

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Static equipment’s plays a major role in the Oil and Gas industry. Common static equipment’s used in the Oil and Gas industries are Pressure Vessels, Heat exchangers, Storage tanks & Distillation columns. The Mechanical Design of Process Equipment program was developed to offer continuing education opportunities to Mechanical Engineers and technical professionals who want to build their career in Oil & Gas sector. This course broadly covers design & construction including fabrication/testing of pressure vessels & other process equipment’s like heat exchangers, reactors & columns. The course is designed to give complete understanding of engineering codes & standards used in design of pressure vessels & other Process Equipment’s using PV ELITE Software.Chemical Process Plants such as refineries, pharmaceutical and petrochemical plants are very complex plants in term of equipment, pipeline, instrumentation, electronics, control and power systems. Multidisciplinary engineering team play a vital roles to design and construct such complex process plants. Team of mechanical engineers play major roles to make safe, economical and well functional designs.

Course Duration: 120 Hrs.

Software Covered: AutoCAD | PV Elite


Piping Design Engineering :

Piping

Piping engineering is an emerging engineering science, although it has been there for years.A piping system is crucial to any process plant; hence it needs to be designed with precision and care. The efficiency of a plant highly depends on its ability to transport fluid through the pipes to various equipment that function collectively.This is a comprehensive program designed to present all major topics relative to the Process Piping Drafting, Detailed Engineering / Layout Engineering of Piping Systems, Mechanical design, Hydraulic design, Construction of Piping Systems and Stress Analysis of Process Piping Systems. The program also covers Process Equipments, Plant Layout, and Mechanical & Hydraulic Design of Pipelines. It is one of the Unique Training Program which covers comprehensive Static Stress Analysis of Piping Systems along with 3D Modeling using SP3D/CADWorx/PDMS/Plant4D.

Course Duration: 250 Hrs.

Software Covered: AutoCAD | PDMS | CAESAR II


Interested candidates can fill the details in below form. Group enrollment scholarships applicable.

Engineering Project Management Program

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Become a certified Project Management Professional

We have helped over 500 individuals improve their skills so they can become more competitive and achieve their career goals with our world-class training that combines multimedia learning aids, impactful teaching techniques, and best-in-class technology.

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A Gap in the Business World = A Great Opportunity for Project Management Professionals

By 2027, employers will need 87.7 million individuals working in project management oriented roles.

There are several catalysts for the gap:

  • By 2027, employers will need 87.7 million individuals to work in project management roles.
  • A PMP-certified project manager earns 23% more on average.
  • The PM industry is projected to grow by $6.6 trillion by 2020.

Texvyn PMP Program is designed to bridge this gap by making the training more available to individuals so organizations worldwide can have access to more qualified project management professionals.

Meanwhile, our students can obtain the necessary qualification to advance their careers, take on more challenging projects, and boost their salaries.

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Program outline for your 4-day intensive training

Module 1

0.Introduction
0.1 Introduction
0.2 Changes Introduced in 6th edition
0.3 Maintaining your certification
1.0 Foundational Elements
1.1 Foundational Elements
1.2 Projects
1.3 The Importance of Project Management
1.4 Relationship of Project, Program, Portfolio Management
1.5 Components of the PMBOK Guide
1.6 Tailoring
1.7 Project Management Business Documents


2.0 Environments in which Projects Operate
2.1 Environments in which Projects Operate
2.2 Enterprise Environmental Factors
2.3 Organisational Process Assets
2.4 Organizational Systems
3.0 The Role of the Project Manager
3.1 The Role of the Project manager
3.2 Project manager competencies
3.3 Leadership vs Management


Module 2

4.0 Project Integration Management
4.1 Develop Project Charter
4.2 Develop Project Management Plan
4.3 Direct and Project Manage Work
4.4 Manage Project Knowledge
4.5Monitor and Control Project Work
4.6 Perform Integrated Change Control
4.7 Close Project or Phase


5.0 Project Scope Management
5.1 Plan Scope Management
5.2 Collect Requirements
5.3 Define Scope
5.4 Create WBS
5.5 Validate Scope
5.5 Control Scope


6.0 Project Schedule Management
6.1 Plan Schedule Management
6.2 Define Activities
6.3 Sequence Activities
6.4 Estimate Activity Duration
6.5 Develop Schedule
6.6 Control Schedule


 

7.0 Project Cost Management
7.1 Plan Cost Management
7.2 Estimate Costs
7.3 Determine Budget
7.4 Control Costs


Module 3

8.0 Project Quality Management
8.1 Plan Quality Management
8.2 Manage Quality
8.3 Control Quality
9.0 Project Resource Management
9.1 Plan Resource Management
9.2 Estimate Activity Resources
9.3 Acquire Resources
9.4 Develop Team
9.5 Manage Team
9.6 Control Resources
10.0 Project Communications Management
10.1 Plan Communication Management
10.2 Manage Communications
10.3 Monitor Communications


Module 4

11.0 Project Risk Management
11.1 Plan Risk Management
11.2 Identify Risks
11.3 Perform Qualitative Risk Analysis
11.4 Perform Quantitative Risk Analysis
11.5 Plan Risk Responses
11.6 Implement Risk Responses
11.7 Monitor Risks
12.0 Project Procurement Management
12.1 Plan Procurement Management
12.2 Conduct Procurements
12.3 Control Procurements
13.0 Project Stakeholder Management
13.1 Identify Stakeholders
13.2Plan Stakeholder Engagements
13.3 Manage Stakeholder Engagement
13.4 Monitor Stakeholder Engagement
14.0 Ethics and Professional Conduct
Responsibility
Respect
Fairness
Honesty


Course Duration, Software & Enrollment Fees

Duration: 40 Hrs.

Enrollment Fees: INR 25000/-

Software: Primavera [Oracle] / MS Project


Address:

Texvyn’s Institute of Continuous Learning

09-Indryani, Gokhale Road, Naupada, Thane |W| [400602]

Land Mark: Opposite Thane Health Care Hospital

Email: info@texvyn.in | Mobile/Whatsapp: 8779674727 | Web: http://www.texvyn.in


Interested Candidates may fill the below details & our career expert will get in touch with your shortly.

 

Process Design Engineering with Simulation

Sample Plant

Chemical Process Plants such as refineries, pharmaceutical and petrochemical plants are very complex plants in term of equipment, pipeline, instrumentation, electronics, control and power systems. Multidisciplinary engineering team play a vital roles to design and construct such complex chemical plants. Team of process and piping engineers play major roles to make safe, economical and well functional designs.

Process Design Engineering Course Provide by the Texvyn enhance the skills of the students by giving them training on fundamental principles and concepts used in process design and plant design. BFD, PFD, P&ID, PDS, Basic Engineering Package, Process Equipment’s Detail Design, Selection & Sizing of Process Equipment and Process Simulation (Aspen Hysys) are some of the key topics of Process Engineering course.

Key Topics Overview

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  • Overview of Industry and role of a Process Engineer in various fields.
  • Basic design requirements based on the types of plants / projects.
  • Overview of Basic Engineering Package.
  • Introduction to PFD, P&ID and PDS of equipments.
  • Relevant Codes and Standards used in industry.
  • Development of PFD: Process & Utility.
  • Mass and Energy balance.
  • Design Basis, Sample Calculations and Utilty Sizing Interlocks,Control Philosophy, Valves Selection and sizing, Safety valves sizing etc.
  • Development of P&ID: Process and Utility, Line Sizing & Pressure Drop Calculations.
  • Pump Selection and sizing.
  • Heat Exchanger Design (Thermal Design).
  • Distillation Column Design.
  • COMOS PLM Software – Process Module.
  • Other available Software used in industry and their applications.
  • Personality Development & Mock Interviews Preparation.

Course Duration: 

Batched will be conducted on Full Time & Part Time Basis.

Full Time batch [Monday to Thursday] : 06:30 PM to 08:30 PM

Part Time Batch [Every Sunday]: 11:00 AM to 04:00 PM

Available Courses & their Enrollment Fees: 

Process Design Engineering with Simulation & Thermal Design: INR 40000

[Software Covered: ASPEN HYSYS + HTRI + SPPID + AutoCAD]


Advance Program in Dynamic Process Simulation: INR 30000

[Software Covered: ASPEN HYSYS ]


Process Design Engineering : INR 25000

[Software Covered: AutoCAD]

Placement & Job Assistance:

At Texvyn we provide 100% support to all our candidates till they get placed. We have resource management contract with more than 50 companies in Mumbai & Pune.

We are also member of Referral network where we get our candidate placed with leading MNC companies under their IJP.

Course Commencement:

Course commencing from 21st July 2019

Intake only 8 Students for the upcoming batch.

Interested Candidates can update their details below –

 

Piping Design with 3D Modeling & Stress Analysis – Texvyn Technologies

These days, the competition in the job market is so high that to survive, one must possess some ‘extra’ skills other than the regular graduation Degree! Yes, the competition out there is cut throat and the job market saturation is not helping the situation either!

In this article, I’ll analyze Piping Engineering and Technology course, which Mechanical Engineering students may pursue after completing their Engineering Degree course.

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WHAT EXACTLY IS PIPING ENGINEERING ALL ABOUT?

Pipes have always been an integral part, when it comes to Large, medium as well as small scale industries. Earlier, this whole piping saga used to be managed by Civil Engineers mostly. But with the advancement of technology, this field became more and more developed. Now, it has reached such a scale that specialization courses are also being offered in Piping Technology!

DURATION OF THE COURSE-

One may pursue this course after completing graduation. But if one has time to spare, this course can even be pursued while studying in the final or pre-final year of graduation program!

The course usually lasts for 3 months. Which include basic & advance piping design.

Course Modules & Softwares-

Course covers broadly 4 major modules –

  • Material
  • Layout
  • 3D Modeling
  • Stress Analysis

Software Covered: AutoCAD | PDMS [3D Modeling] | CAESAR II [Stress Analysis]

ELIGIBILITY CRITERIA-

Mechanical Engineering Graduates are eligible to pursue this course. They may go for it after completing Bachelor’s Degree or while appearing in final year of Degree program. Diploma in Mechanical Engineering Graduates are also eligible to pursue this course. Chemical Engineering Graduates too may go for this course!

JOB OPPORTUNITIES AND SALARY DETAILS ASSOCIATED WITH THIS COURSE-

Piping Engineers are required by almost all heavy scale industries. They are required for project planning, construction and commissioning, cost estimation, design, research and development, purchasing of materials etc.

Among various industries, the Gas, Oil, Petroleum and Chemical manufacturing/processing industries are the ones that require expert Piping Engineers the most! Pipes are used for transporting fluids from one place to another easily. And the above mentioned industries deals with fluids predominantly! Average starting salary is between 20-40k Rupees per month. This figure may vary, depending upon the profile of the employer and other Educational Qualifications of the worker.

PLACEMENT WITH TEXVYN TECHNOLOGIES – 

There are more than 40 students has been place in academic year 2018-19, this includes freshers as well as working professionals.

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Above is letter of appreciation to Texvyn Technologies from one of the renowned company in Navi Mumbai.

Enroll now with Texvyn to get a boost in your career.

Mechanical Engineering – Career Prospect

Completed your Mechanical Engineering Degree and not being able to decide what to look for after this, read on.

What do we mean by Mechanical Engineering?

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If you ever want to become jack-of-all-trades in Engineering, then Mechanical field is perfectly suited for you. In this field the engineers need a broad spectrum of skill-sets comprising of economic, social, technical and environmental. A mechanical engineer will work on solving the problems on motions, energy and force through principles of engineering.

Usually, when a mechanical engineer works, He/She emphasizes on the tools and processes of engineering by using a combination of human, material and economic resources. She may work on internal combustion engines, electric generators, gas and steam turbines and other machines which generate power. Other than that air-conditioning equipment, power tools and refrigeration also are other areas of work for mechanical engineers.

Where to start your career?

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Unlike other engineering degrees, mechanical engineers have always been in demand. But as top-notch companies hire a great numbers of fresher every year, your chances of making your mark in a good company may be meagre. It is not because you don’t have the skills, but rather you need to understand the ratio between demand and supply. If supply is more and demand is lesser than the supply, then if the mechanical engineers are not good enough, not skilled enough, then it would be impossible to create a dent in the company you will start off your career with. Thus, while everyone is busy chasing jobs, your emphasis should be developing yourselves and trying to get the higher education if possible. In later section, we will discuss about the possibilities of higher education, but for now to start with you need to be aware that what are your strengths, weaknesses, opportunities and threats and whether they align with your goal of becoming an exceedingly well mechanical engineer.

Keep in mind that getting placed is only a first step toward an exciting career of mechanical engineering. You also need to be willing to stretch yourself and push your envelope to become the best in the industry by working on yourself and your skill sets gradually.

Skill sets required for getting Top Job

To be able to perform exceedingly well, mechanical engineers need to have certain skill sets. The better you are in these skills, better would be your chances of success.

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Other than above, one should be properly honed in mathematics, physics and computer technology to be able to apply the above knowledge and skills in practical situations. Moreover, to be able to give yourself an edge over others, you need to have knowledge in Engineering Design, ANSYS and C++.

How to get hired during Campus or off Campus Recruitment?

There are different fields where a mechanical engineer can make his/her mark. You can pick product design, research and development, manufacturing, systems management, energy or marketing. No matter what you choose, know that it would be the beginning of an exciting career. So choose well.

But what mechanical engineering students face most of the time that they don’t get what they would like to get at the end of their mechanical engineering degree is the right opportunity. A lot of top-notch companies offer reasonable positions but quite often the positions don’t suit the students.

What should they do then?

If the students are not able to crack the campus placements or don’t choose to opt for the opportunities they are offered by the companies, they can look outside. They can list down a series of companies where they can hone their skills, develop their passion for mechanical engineering and becoming the best version of what they want in their career. Then they can apply.

Normally, in every good engineering company offers job on varied criteria. The criteria include general aptitude test, engineering and application aptitude test, group discussion, technical interview and final HR interview. If the students can pass through all these criteria, they would be able to work for the position and the company they would like to work for.

To begin the preparation, they should collect the material on aptitude test tricks, engineering general application test; they can practice group discussion with friends, and can conduct mock interview sessions to be job-ready.

After doing all that we have mentioned here, if you are not able to crack any job in your area of specialization in Mechanical Engineering, then you can opt for another way out. And that is to go for internships. The internships may come with payment or no-payment, but if you perform well during your internships, then chances are the company would like to keep you as the future employees or contract employees. And that is not a bad idea to start off with.

Choosing right company for a bright career

As we have already mentioned that mechanical engineering has a broad spectrum of areas where mechanical engineers can work on and hone their skills. The mechanical engineers should not opt for a big company which offers great service and products, rather they should choose small and medium company where they can work more, share more ideas, take more responsibilities and be more in their career and life. The following are the areas where they can opt for job in order to make sure that their future career becomes bright.

  • Fluid Dynamics

  • Robotics

  • Manufacturing Processes

  • Material Science

  • Environmental Science

  • Thermodynamics and heat transfer

  • Mechanical engineers can also choose design as part of their craftsmanship and become a master in what they do.

Professional Career Programs For Mechanical Engineers 

So, you are a mechanical engineer who is not very pleased with the way your career is progressing. Perhaps, you were expecting to progress a little further. Well, have you considered doing some professional programs.

In today’s world, where the competition is so intense, certification programs come in handy to bail you out of trouble. As a mechanical engineer, your prime job is to find solutions for issues in the design and implementation of certain systems on products, considering the industrial requirement & market trends at Texvyn we have come up with below programs which are exclusively designed for Mechanical Engineers –

Product Design Engineering:

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Texvyn’s “Product Design Engineering” seeks to equip graduates with a comprehensive understanding of the product creation process. This consists of training them in a systematic approach to the development and construction of products as well as fundamental and specific methods in the mechanical engineering and mechatronics domains. As a result they are able to systematically plan, organize, implement and evaluate complex development projects in multidisciplinary teams. Their deep knowledge base and competence in various methodologies is expanded upon further through various selected individual specialist areas from Development and Construction e.g. production systems. These specialty choices allow students to configure their course according to their own future career goals.

Course Duration: 250 Hrs.

Software Covered: AutoCAD | SolidWorks & Simulation [CFD]| ANSYS | MS Project


Mechanical Equipment Design [Static]

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Static equipment’s plays a major role in the Oil and Gas industry. Common static equipment’s used in the Oil and Gas industries are Pressure Vessels, Heat exchangers, Storage tanks & Distillation columns. The Mechanical Design of Process Equipment program was developed to offer continuing education opportunities to Mechanical Engineers and technical professionals who want to build their career in Oil & Gas sector. This course broadly covers design & construction including fabrication/testing of pressure vessels & other process equipment’s like heat exchangers, reactors & columns. The course is designed to give complete understanding of engineering codes & standards used in design of pressure vessels & other Process Equipment’s using PV ELITE Software.Chemical Process Plants such as refineries, pharmaceutical and petrochemical plants are very complex plants in term of equipment, pipeline, instrumentation, electronics, control and power systems. Multidisciplinary engineering team play a vital roles to design and construct such complex process plants. Team of mechanical engineers play major roles to make safe, economical and well functional designs.

Course Duration: 120 Hrs.

Software Covered: AutoCAD | PV Elite


Piping Design Engineering :

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Piping engineering is an emerging engineering science, although it has been there for years.A piping system is crucial to any process plant; hence it needs to be designed with precision and care. The efficiency of a plant highly depends on its ability to transport fluid through the pipes to various equipment that function collectively.This is a comprehensive program designed to present all major topics relative to the Process Piping Drafting, Detailed Engineering / Layout Engineering of Piping Systems, Mechanical design, Hydraulic design, Construction of Piping Systems and Stress Analysis of Process Piping Systems. The program also covers Process Equipments, Plant Layout, and Mechanical & Hydraulic Design of Pipelines. It is one of the Unique Training Program which covers comprehensive Static Stress Analysis of Piping Systems along with 3D Modeling using SP3D/CADWorx/PDMS/Plant4D.

Course Duration: 250 Hrs.

Software Covered: AutoCAD | PDMS | CAESAR II


Mechanical Design Essential :digitization-in-engineering

Advance Diploma in Mechanical Design with Texvyn Technologies combine engineering theory and practice that emphasize the design and development of various mechanical devices and equipment. Through a hands-on approach, you obtain thorough grounding in engineering sciences and skills, including advanced computer-aided design and engineering (CAD/CAE) as used in the industry. About one quarter of program time is spent on project work that simulates workplace assignments while relating classroom theory to the actual design and manufacture process.

Course Duration: 30 Hrs.

Software Covered: AutoCAD | SolidWorks


To know more on the courses & the job availability after the courses contact us on

Call or Whatsapp 8779674727 | Email: info@texvyn.in

 

SmartPlant Instrumentation [SPI]

Texvyn’s exclusive online learning program on SPI [SmartPlant Instrumentation]

Smart Plant Instrumentation® powered by INtools® is extensively used in various industries to help engineers to automate complex processes, and minimize human mistakes. At Texvyn our experienced Control & Instrumentation engineers who have used SPI throughout the years, and put together a comprehensive course that helps students to get familiar with the SPI and its use in industry. The following items are covered in this course.

  • Define, create and initialize domains
  • Admin and Domain Administration Sections
  • Creating Domain Administration configurations
  • Create Plant hierarchy, loop and tag conventions
  • Create teams, groups and individual engineers to handle different parts of the SPI
  • Create Loops and Tags based on the Piping & Instrumentation Diagrams (P&ID)
  • Create Instrument Index
  • Working with SPI preferences in 19 sections
  • Setting up user and group preferences
  • Creating Instrument Data Sheets, and Instrument Specifications
  • Generating different reports and Instrument summaries
  • Performing Instrumentation Sizing and calculations including Valves and Flow Element sensors
  • Creating Loop Drawings
  • Creating Hookup Drawings

On completion of course candidate will be provided an access for Online SPI runware which will help them to refresh their knowledge whenever its required.


Key Features of Training –

  • You will learn working with Smart Plant Instrumentation Software.
  • Instructor led training & not recorded lectures.
  • Access to archived industrial projects for practice.
  • Get certified on completion of course.
  • Job support with our wide placement network in Mumbai, Pune, Vadodara etc.

Batch Commencing from November 2019. Interested candidates can fill in their details below. Our career expert will call you.

 


Course Commercial:

SmartPlant Instrumentation Advance Certified Learning Program: INR 30000

Get an instant 10% waiver on group enrollment.

For more details on program, write us on info@texvyn.in or Whatsapp us on 8779674727

Visit our website for other course details www.texvyn.in

Static Equipment Design Engineer

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Pressure Vessel & Equipment Design Engineering.

Static equipment’s plays a major role in the Oil and Gas industry. Common static equipment’s used in the Oil and Gas industries are Pressure Vessels, Heat exchangers, Storage tanks & Distillation columns. The Mechanical Design of Process Equipment program was developed to offer continuing education opportunities to Mechanical Engineers and technical professionals who want to build their career in Oil & Gas sector. This course broadly covers design & construction including fabrication/testing of pressure vessels & other process equipment’s like heat exchangers. The course is designed to give complete understanding of engineering codes & standards used in design of pressure vessels & other Process Equipment’s.Chemical Process Plants such as refineries, pharmaceutical and petrochemical plants are very complex plants in term of equipment, pipeline, instrumentation, electronics, control and power systems. Team of mechanical engineers play major roles to make safe, economical and well functional designs.
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Course Synopsis [Starting from 9th June 2019]
Duration: 60 Hrs. |  Batch: Part Time | Location: Thane | Fees: INR 30000.00  20000.00   

Key Topics Covered
Module 1 – Introduction
Module 2 – Material Technology related to Pressure Vessel Design and Engineering
Module 3 – ASME Codes and its relation to Pressure Vessel Design
Module 4 – Mechanical Design of Pressure Vessel
Module 5 – Pressure Vessel Design Calculation: (ASME SEC VIII, DIV.1)
Module 6 – Fabrication of Pressure Vessels
Module 7 – Detail Engineering Aspects of Process Equipment’s
Module 8 – Design of Pressure Vessel using PV Elite

Enroll Now for our Specialized Learning Program on

Pressure Vessel Design Program

 


Our Other Programs for Mechanical Engineering Professionals

Piping Design Engineering

Course Synopsis –

Duration: 150 Hrs | Fees: INR 40000 | Software: AutoCAD + PDMS

To know more on the course please visit www.texvyn.in


Product Design Engineering

Course Synopsis –

Duration: 200 Hrs | Fees: INR 40000 |

Software: AutoCAD + ANSYS + SolidWorks/Inventor/Creo/Catia + Primavera/MS Project + 3D Printing

To know more on the course please visit www.texvyn.in


Contact us

Mobile: 8779674727 | Email: info@texvyn.in | Web: http://www.texvyn.in