Mastering Finite Element Analysis Training : Altair Hypermesh & Abaqus

Duration

3 months

Eligibility

Mode

online

Course Aim

This training program aims to provide participants with comprehensive knowledge and hands-on experience in utilizing Altair Hypermesh and Abaqus for Finite element Analysis. The program focuses on developing proficiency in modeling, meshing, analysis, and interpretation of results to enhance participants' skills in structural and mechanical engineering.

Course Objectives

How is nanotechnology used in renewable energy?
What are third generation solar cells?
Fabrication techniques of third generation solar cells.
Future and Industrial applications

Program Structure

Module 1: Nanotechnology in energy
Module 2: Advance generations of solar cells
Module 3: Innovative materials used for fabrication of solar cells
Module 4: Fabrication techniques used to make a solar cell and its future potentials

Evaluation and Certificate

Scholarships

Batch Schedule

Program Methodology

Key Points of Learning



Quantum Dot Solar Cells

Dye Sensitized Solar Cells

Perovskite Sensitized Solar Cells

What You Will Get?

Program work is completed through online system under the guidance of program coordinator.

e-LMS for smarter Learning

24 x 7 open chat box

Excellent option for summer project

Online live lectures from the experts

Prepare real time projects

Certificate on project completion

Various Job Opportunities

Nanotechnologies have the potential to significantly increase the development of both conventional (fossil and nuclear) and renewable energy sources such as geothermal energy, solar, wind, water, tides, and biomass. Nanotechnologies will play a critical role in the increased utilization of solar energy through photovoltaic systems, in particular.

Steps For Enrollment

Step 1: Click On The Below Mentioned Link “Apply Here”

Step 2: Fill All Basic Details Of Yours (Name, Email Id, Contact Details, Image)

Step 3: Choose Your Program, Session And Duration Of Program

Step 4: Fill Payment Details In The Form And Submit

Step 5: Hurray! You Will Get Your Login Credential Within 48 Hrs.

Fee Plan

Basic Course

3 Month Self Paced Course

INR INR 12,999/-or USD USD 199

Access to e-LMS
Immediate commencement
Study material at your doorstep
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Advanced Course

6 Months Self Paced Course

INR INR 22,999/- or USD USD 349

Access to e-LMS
Immediate commencement
Study material at your doorstepv Complete Basic Course
Complementary Scientific Technical Writing
Real Time Project for Dissertation
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Course Outcomes

● Proficiency in utilizing Altair Hypermesh and Abaqus software for Finite Element
Analysis, highly sought-after skills in the engineering industry.
● Competence in creating accurate 3D models, generating high-quality meshes, and
defining material properties, essential for engineering design and analysis.
● Ability to conduct various structural, thermal, and dynamic analyses using Abaqus,
providing valuable insights for product development and optimization.
● Skill in interpreting analysis results and generating comprehensive reports, enabling
effective communication of findings to stakeholders.
● Enhanced employability and increased job prospects in industries such as automotive,
aerospace, civil engineering, and manufacturing, where Finite Element Analysis is
extensively used.

Join Now!

It’s time for you to be enhance your knowledge and be an edge above others. Register yourself and get started today.

Lean Six Sigma Green Belt Certification Program: Achieving Operational Excellence

Duration

3 months

Eligibility

Mode

online

Course Aim

This training program aims to equip participants with the knowledge and skills required to become certified Lean Six Sigma Green Belts. The program focuses on providing a comprehensive understanding of Lean Six Sigma principles, methodologies, and tools, empowering participants to lead process improvement initiatives and drive operational excellence within their organizations.

Course Objectives

How is nanotechnology used in renewable energy?
What are third generation solar cells?
Fabrication techniques of third generation solar cells.
Future and Industrial applications

Program Structure

Module 1: Nanotechnology in energy
Module 2: Advance generations of solar cells
Module 3: Innovative materials used for fabrication of solar cells
Module 4: Fabrication techniques used to make a solar cell and its future potentials

Evaluation and Certificate

Scholarships

Batch Schedule

Program Methodology

Key Points of Learning



Quantum Dot Solar Cells

Dye Sensitized Solar Cells

Perovskite Sensitized Solar Cells

What You Will Get?

Program work is completed through online system under the guidance of program coordinator.

e-LMS for smarter Learning

24 x 7 open chat box

Excellent option for summer project

Online live lectures from the experts

Prepare real time projects

Certificate on project completion

Various Job Opportunities

Nanotechnologies have the potential to significantly increase the development of both conventional (fossil and nuclear) and renewable energy sources such as geothermal energy, solar, wind, water, tides, and biomass. Nanotechnologies will play a critical role in the increased utilization of solar energy through photovoltaic systems, in particular.

Steps For Enrollment

Step 1: Click On The Below Mentioned Link “Apply Here”

Step 2: Fill All Basic Details Of Yours (Name, Email Id, Contact Details, Image)

Step 3: Choose Your Program, Session And Duration Of Program

Step 4: Fill Payment Details In The Form And Submit

Step 5: Hurray! You Will Get Your Login Credential Within 48 Hrs.

Fee Plan

Basic Course

3 Month Self Paced Course

INR INR 12,999/-or USD USD 199

Access to e-LMS
Immediate commencement
Study material at your doorstep
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Advanced Course

6 Months Self Paced Course

INR INR 22,999/- or USD USD 349

Access to e-LMS
Immediate commencement
Study material at your doorstepv Complete Basic Course
Complementary Scientific Technical Writing
Real Time Project for Dissertation
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Course Outcomes

● Certified Lean Six Sigma Green Belt, demonstrating expertise in process improvement
and problem-solving methodologies.
● Proficiency in utilizing Lean Six Sigma tools and techniques to identify and eliminate
process inefficiencies, reduce defects, and optimize performance.
● Ability to lead improvement projects, apply statistical analysis for data-driven
decision-making, and implement sustainable process improvements.
● Enhanced problem-solving, critical-thinking, and data analysis skills, enabling effective
resolution of complex business challenges.
● Improved job prospects and career advancement opportunities in roles focused on
process improvement, quality management, and operational excellence.

Join Now!

It’s time for you to be enhance your knowledge and be an edge above others. Register yourself and get started today.

Revolutionizing Industries: Unleashing Innovation through 3D Printing

Duration

3 months

Eligibility

Mode

online

Course Aim

This training program aims to empower participants with the knowledge and skills required to harness the potential of 3D printing for innovation and industry transformation. The program focuses on developing hands-on experience in utilizing 3D printing technologies, optimizing designs, and exploring real-world applications, enabling participants to drive innovation and leverage the benefits of additive manufacturing.

Course Objectives

How is nanotechnology used in renewable energy?
What are third generation solar cells?
Fabrication techniques of third generation solar cells.
Future and Industrial applications

Program Structure

Module 1: Nanotechnology in energy
Module 2: Advance generations of solar cells
Module 3: Innovative materials used for fabrication of solar cells
Module 4: Fabrication techniques used to make a solar cell and its future potentials

Evaluation and Certificate

Scholarships

Batch Schedule

Program Methodology

Key Points of Learning



Quantum Dot Solar Cells

Dye Sensitized Solar Cells

Perovskite Sensitized Solar Cells

What You Will Get?

Program work is completed through online system under the guidance of program coordinator.

e-LMS for smarter Learning

24 x 7 open chat box

Excellent option for summer project

Online live lectures from the experts

Prepare real time projects

Certificate on project completion

Various Job Opportunities

Nanotechnologies have the potential to significantly increase the development of both conventional (fossil and nuclear) and renewable energy sources such as geothermal energy, solar, wind, water, tides, and biomass. Nanotechnologies will play a critical role in the increased utilization of solar energy through photovoltaic systems, in particular.

Steps For Enrollment

Step 1: Click On The Below Mentioned Link “Apply Here”

Step 2: Fill All Basic Details Of Yours (Name, Email Id, Contact Details, Image)

Step 3: Choose Your Program, Session And Duration Of Program

Step 4: Fill Payment Details In The Form And Submit

Step 5: Hurray! You Will Get Your Login Credential Within 48 Hrs.

Fee Plan

Basic Course

3 Month Self Paced Course

INR INR 12,999/-or USD USD 199

Access to e-LMS
Immediate commencement
Study material at your doorstep
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Advanced Course

6 Months Self Paced Course

INR INR 22,999/- or USD USD 349

Access to e-LMS
Immediate commencement
Study material at your doorstepv Complete Basic Course
Complementary Scientific Technical Writing
Real Time Project for Dissertation
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Course Outcomes

● Proficiency in utilizing 3D printing technologies and software for design, prototyping, and
manufacturing.
● Competence in optimizing designs for additive manufacturing, considering material
selection, structural considerations, and post-processing techniques.
● Ability to operate and troubleshoot 3D printers, apply post-processing techniques, and
address common challenges in 3D printing.
● Understanding of real-world applications and industry-specific opportunities for
innovation and transformation using 3D printing.
● Enhanced job prospects and career opportunities in roles related to product design,
manufacturing, innovation, and industry 4.0, with a focus on 3D printing technologies
and applications.

Join Now!

It’s time for you to be enhance your knowledge and be an edge above others. Register yourself and get started today.

Mastering CAE Analysis: Abaqus Implicit Solver & Hypermesh Training Program

Duration

3 months

Eligibility

Mode

online

Course Aim

This training program aims to provide participants with comprehensive knowledge and hands-on experience in using Abaqus Implicit Solver and Hypermesh for CAE analysis. The program focuses on developing skills in modeling, simulation setup, solver settings, and result interpretation to enable participants to become proficient CAE Analysts, capable of addressing diverse engineering problems.

Course Objectives

How is nanotechnology used in renewable energy?
What are third generation solar cells?
Fabrication techniques of third generation solar cells.
Future and Industrial applications

Program Structure

Module 1: Nanotechnology in energy
Module 2: Advance generations of solar cells
Module 3: Innovative materials used for fabrication of solar cells
Module 4: Fabrication techniques used to make a solar cell and its future potentials

Evaluation and Certificate

Scholarships

Batch Schedule

Program Methodology

Key Points of Learning



Quantum Dot Solar Cells

Dye Sensitized Solar Cells

Perovskite Sensitized Solar Cells

What You Will Get?

Program work is completed through online system under the guidance of program coordinator.

e-LMS for smarter Learning

24 x 7 open chat box

Excellent option for summer project

Online live lectures from the experts

Prepare real time projects

Certificate on project completion

Various Job Opportunities

Nanotechnologies have the potential to significantly increase the development of both conventional (fossil and nuclear) and renewable energy sources such as geothermal energy, solar, wind, water, tides, and biomass. Nanotechnologies will play a critical role in the increased utilization of solar energy through photovoltaic systems, in particular.

Steps For Enrollment

Step 1: Click On The Below Mentioned Link “Apply Here”

Step 2: Fill All Basic Details Of Yours (Name, Email Id, Contact Details, Image)

Step 3: Choose Your Program, Session And Duration Of Program

Step 4: Fill Payment Details In The Form And Submit

Step 5: Hurray! You Will Get Your Login Credential Within 48 Hrs.

Fee Plan

Basic Course

3 Month Self Paced Course

INR INR 12,999/-or USD USD 199

Access to e-LMS
Immediate commencement
Study material at your doorstep
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Advanced Course

6 Months Self Paced Course

INR INR 22,999/- or USD USD 349

Access to e-LMS
Immediate commencement
Study material at your doorstepv Complete Basic Course
Complementary Scientific Technical Writing
Real Time Project for Dissertation
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Course Outcomes

● Proficiency in Abaqus Implicit Solver and Hypermesh for CAE analysis, highly valued
skills in the engineering industry.
● Competence in creating accurate 3D models, generating high-quality meshes, defining
material properties, and applying boundary conditions for accurate simulations.
● Ability to conduct linear and nonlinear static analyses, implicit dynamics simulations, and
thermal analyses using Abaqus.
● Skill in interpreting and analyzing simulation results, identifying design improvements,
and effectively communicating findings to stakeholders.
● Enhanced job prospects and career opportunities in industries such as automotive,
aerospace, and manufacturing, where CAE analysis plays a crucial role in product
development and optimization.

Join Now!

It’s time for you to be enhance your knowledge and be an edge above others. Register yourself and get started today.

Fluid Dynamics Mastery: Professional Training in Computational Fluid Dynamics (CFD)

Duration

3 months

Eligibility

Mode

online

Course Aim

This training program aims to equip professionals with comprehensive knowledge and hands-on experience in Computational Fluid Dynamics (CFD). The program focuses on developing skills in modeling, simulation setup, solver settings, and result interpretation to enable participants to tackle complex fluid dynamics problems and enhance their engineering expertise.

Course Objectives

How is nanotechnology used in renewable energy?
What are third generation solar cells?
Fabrication techniques of third generation solar cells.
Future and Industrial applications

Program Structure

Module 1: Nanotechnology in energy
Module 2: Advance generations of solar cells
Module 3: Innovative materials used for fabrication of solar cells
Module 4: Fabrication techniques used to make a solar cell and its future potentials

Evaluation and Certificate

Scholarships

Batch Schedule

Program Methodology

Key Points of Learning



Quantum Dot Solar Cells

Dye Sensitized Solar Cells

Perovskite Sensitized Solar Cells

What You Will Get?

Program work is completed through online system under the guidance of program coordinator.

e-LMS for smarter Learning

24 x 7 open chat box

Excellent option for summer project

Online live lectures from the experts

Prepare real time projects

Certificate on project completion

Various Job Opportunities

Nanotechnologies have the potential to significantly increase the development of both conventional (fossil and nuclear) and renewable energy sources such as geothermal energy, solar, wind, water, tides, and biomass. Nanotechnologies will play a critical role in the increased utilization of solar energy through photovoltaic systems, in particular.

Steps For Enrollment

Step 1: Click On The Below Mentioned Link “Apply Here”

Step 2: Fill All Basic Details Of Yours (Name, Email Id, Contact Details, Image)

Step 3: Choose Your Program, Session And Duration Of Program

Step 4: Fill Payment Details In The Form And Submit

Step 5: Hurray! You Will Get Your Login Credential Within 48 Hrs.

Fee Plan

Basic Course

3 Month Self Paced Course

INR INR 12,999/-or USD USD 199

Access to e-LMS
Immediate commencement
Study material at your doorstep
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Advanced Course

6 Months Self Paced Course

INR INR 22,999/- or USD USD 349

Access to e-LMS
Immediate commencement
Study material at your doorstepv Complete Basic Course
Complementary Scientific Technical Writing
Real Time Project for Dissertation
Project Guidance from Subject Experts
Paper Publication Opportunity
Self Assessment
Final Examination
Printed certification
Printed Marksheet

Course Outcomes

● Proficiency in using CFD software for fluid flow analysis, a highly sought-after skill in
various engineering industries.
● Competence in creating accurate 3D models, generating high-quality meshes, and
setting up appropriate boundary conditions for CFD simulations.
● Ability to simulate and analyze laminar and turbulent flows, heat transfer, and multiphase
flows using CFD techniques.
● Skill in interpreting and analyzing CFD results, optimizing designs, and making informed
engineering decisions.
● Enhanced job prospects and career opportunities in industries where CFD plays a critical
role in product development, optimization, and engineering analysis.

Join Now!

It’s time for you to be enhance your knowledge and be an edge above others. Register yourself and get started today.

Python Power for Mechanical Engineers: Unleash Automation and Efficiency

Duration

Eligibility

Mode

Course Aim

This training program aims to equip mechanical engineers with the knowledge and skills required to leverage Python programming for automation and efficiency. The program focuses on practical application and hands-on experience in utilizing Python for engineering tasks, data analysis, and simulations, empowering participants to enhance their productivity and problem-solving capabilities.

Course Objectives

How is nanotechnology used in renewable energy?
What are third generation solar cells?
Fabrication techniques of third generation solar cells.
Future and Industrial applications

Program Structure

Module 1: Nanotechnology in energy
Module 2: Advance generations of solar cells
Module 3: Innovative materials used for fabrication of solar cells
Module 4: Fabrication techniques used to make a solar cell and its future potentials

Evaluation and Certificate

Scholarships

Batch Schedule

Program Methodology

Key Points of Learning



Quantum Dot Solar Cells

Dye Sensitized Solar Cells

Perovskite Sensitized Solar Cells

What You Will Get?

Program work is completed through online system under the guidance of program coordinator.

e-LMS for smarter Learning

24 x 7 open chat box

Excellent option for summer project

Online live lectures from the experts

Prepare real time projects

Certificate on project completion

Various Job Opportunities

Nanotechnologies have the potential to significantly increase the development of both conventional (fossil and nuclear) and renewable energy sources such as geothermal energy, solar, wind, water, tides, and biomass. Nanotechnologies will play a critical role in the increased utilization of solar energy through photovoltaic systems, in particular.