COURSE CATALOG
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MULTICOURSE MODULES
Ansys Electronic Reliability Full Tutorial Program
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Ansys FREE Introduction to Electronics Reliabili...
Time (Min.) : 55 min.
Units: 1
Ansys FREE Introduction to Electronics Reliabil...
Electronics play a crucial role across all industry sectors, especially as systems become more interconnected, cloud-based, electrified and powered by artificial intel......More.
Rating: 
Ansys - How to Avoid Common Failures with Connec...
Time (Min.) : 113 min.
Units:
Ansys - How to Avoid Common Failures with Conne...
This tutorial will discuss connector failures, details of contact physics, contact plating options, normal force requirements and general tradeoffs that frequently occ......More.
Rating:
Ansys - A Methodology for Understanding the Reli...
Time (Min.) : 114 min.
Units:
Ansys - A Methodology for Understanding the Rel...
The course will then discuss the relatively new failure mechanism, that of silicon wearout. As gate geometries have continued to shrink, the susceptibility of the dev......More.
Rating:
Ansys - How to Ensure Reliability with Commercia...
Time (Min.) : 113 min.
Units:
Ansys - How to Ensure Reliability with Commerci...
In this tutorial, several case studies will serve as examples to demonstrate what can go wrong in using off the shelf components. Risk assessments and management prac......More.
Rating:
Ansys - ESD for Electronics - What is it? Where ...
Time (Min.) : 168 min.
Units:
Ansys - ESD for Electronics - What is it? Where...
Topics addressed for the student will include:
1) ESD Models (CDM, HBM, MM, CBM)
2) Triboelectric Properties and Materials
3) The Industry Challenge
4) ESD Prevent......More.
Rating:
Ansys - Reliability Challenges with the Use of M...
Time (Min.) : 116 min.
Units:
Ansys - Reliability Challenges with the Use of ...
The multilayer ceramic capacitor (MLCC) has become a widely used electronics component. The MLCC technologies have gone through several material and process changes su......More.
Rating:
Ansys - Why Electrical Overstress Ranks High in ...
Time (Min.) : 117 min.
Units:
Ansys - Why Electrical Overstress Ranks High in...
In this webinar, we will discuss the possible root causes of EOS failures, why it ranks high in the failure pareto, and ways to mitigate EOS failure risks.
Rating:
Ansys - How to Avoid Common Failures with Connec...
Time (Min.) : 113 min.
Units:
Ansys - How to Avoid Common Failures with Conne...
This tutorial will discuss connector failures, details of contact physics, contact plating options, normal force requirements and general tradeoffs that frequently occ......More.
Rating:
Ansys - Design for Manufacturability (DfM) – Opt...
Time (Min.) : 124 min.
Units:
Ansys - Design for Manufacturability (DfM) – Op...
We will identify industry standards that help facilitate design for manufacturability, discuss the root cause analysis process for identifying issues, look at componen......More.
Rating:
Ansys - Contamination and Cleanliness Issues in ...
Time (Min.) : 112 min.
Units:
Ansys - Contamination and Cleanliness Issues in...
This course will present:
• Overview of Contamination and Cleanliness
• Drivers: Temperature Effects Humidity/Moisture Effects, Voltage and Electric Field
• Source......More.
Rating:
Ansys - Electronic Reliability 360: How to Verif...
Time (Min.) : 171 min.
Units:
Ansys - Electronic Reliability 360: How to Veri...
This presentation will cover how to use a new or existing Design Review Process to truly Design for Reliability and verify robust design.
A 5 step execution plan wit......More.
Rating:
Ansys - Thermally Induced Failures and Reliabili...
Time (Min.) : 113 min.
Units:
Ansys - Thermally Induced Failures and Reliabil...
Being able to model the assembly with respect to Reliability Physics is an effective way to identify the issues in a design even prior to creating a prototype. This t......More.
Rating:
Ansys - Solder Alloys and Modeling Solder Reliab...
Time (Min.) : 0 min.
Units: 104 min
Ansys - Solder Alloys and Modeling Solder Relia...
We will discuss material characterization of various solder alloys, predictive solder fatigue damage models using a physics-of-failure approach (PoF) for printed circ......More.
Rating:
Ansys - Accelerated Life Testing for Electronics...
Time (Min.) : 125 min.
Units:
Ansys - Accelerated Life Testing for Electronic...
This lecture will focus on using those fundamentals to develop validation tests based.
TAKEAWAYS:
1) How to use accelerated life testing to predict product life in t......More.
Rating:
Ansys - Printed Circuit Board Level Reliability ...
Time (Min.) : 0 min.
Units: 121 min
Ansys - Printed Circuit Board Level Reliability...
This tutorial will cover tips for designing an appropriate BLRT program. This includes best practices in BLRT risk assessment, test coupon design, and experimental pro......More.
Rating:
Ansys Introduction to Electronics Reliability
[ + ] Click to Expand/Collapse
Ansys FREE Introduction to Electronics Reliabili...
Time (Min.) : 55 min.
Units: 1
Ansys FREE Introduction to Electronics Reliabil...
Electronics play a crucial role across all industry sectors, especially as systems become more interconnected, cloud-based, electrified and powered by artificial intel......More.
Rating:
Ansys - Failure Mechanisms in Electronics Packages
Time (Min.) : 116 min.
Units:
Ansys - Failure Mechanisms in Electronics Packages
This lecture focusses on developing a fundamental background of electronics failures. The subsequent lecture will focus on developing validation tests based on the fun......More.
Rating:
Ansys Electronic Reliability Component Reliability Series
[ + ] Click to Expand/Collapse
Ansys - A Methodology for Understanding the Reli...
Time (Min.) : 114 min.
Units:
Ansys - A Methodology for Understanding the Rel...
The course will then discuss the relatively new failure mechanism, that of silicon wearout. As gate geometries have continued to shrink, the susceptibility of the dev......More.
Rating:
Ansys - How to Ensure Reliability with Commercia...
Time (Min.) : 113 min.
Units:
Ansys - How to Ensure Reliability with Commerci...
In this tutorial, several case studies will serve as examples to demonstrate what can go wrong in using off the shelf components. Risk assessments and management prac......More.
Rating:
Ansys - Reliability Challenges with the Use of M...
Time (Min.) : 116 min.
Units:
Ansys - Reliability Challenges with the Use of ...
The multilayer ceramic capacitor (MLCC) has become a widely used electronics component. The MLCC technologies have gone through several material and process changes su......More.
Rating:
Ansys - Why Electrical Overstress Ranks High in ...
Time (Min.) : 117 min.
Units:
Ansys - Why Electrical Overstress Ranks High in...
In this webinar, we will discuss the possible root causes of EOS failures, why it ranks high in the failure pareto, and ways to mitigate EOS failure risks.
Rating:
Ansys - How to Avoid Common Failures with Connec...
Time (Min.) : 113 min.
Units:
Ansys - How to Avoid Common Failures with Conne...
This tutorial will discuss connector failures, details of contact physics, contact plating options, normal force requirements and general tradeoffs that frequently occ......More.
Rating:
Ansys - ESD for Electronics - What is it? Where ...
Time (Min.) : 168 min.
Units:
Ansys - ESD for Electronics - What is it? Where...
Topics addressed for the student will include:
1) ESD Models (CDM, HBM, MM, CBM)
2) Triboelectric Properties and Materials
3) The Industry Challenge
4) ESD Prevent......More.
Rating:
Ansys Electronic Reliability Manufacturing Series
[ + ] Click to Expand/Collapse
Ansys - Design for Manufacturability (DfM) – Opt...
Time (Min.) : 124 min.
Units:
Ansys - Design for Manufacturability (DfM) – Op...
We will identify industry standards that help facilitate design for manufacturability, discuss the root cause analysis process for identifying issues, look at componen......More.
Rating:
Ansys - Contamination and Cleanliness Issues in ...
Time (Min.) : 112 min.
Units:
Ansys - Contamination and Cleanliness Issues in...
This course will present:
• Overview of Contamination and Cleanliness
• Drivers: Temperature Effects Humidity/Moisture Effects, Voltage and Electric Field
• Source......More.
Rating:
Ansys Electronic Reliability Simulation Series
[ + ] Click to Expand/Collapse
Ansys - Electronic Reliability 360: How to Verif...
Time (Min.) : 171 min.
Units:
Ansys - Electronic Reliability 360: How to Veri...
This presentation will cover how to use a new or existing Design Review Process to truly Design for Reliability and verify robust design.
A 5 step execution plan wit......More.
Rating:
Ansys - Thermally Induced Failures and Reliabili...
Time (Min.) : 113 min.
Units:
Ansys - Thermally Induced Failures and Reliabil...
Being able to model the assembly with respect to Reliability Physics is an effective way to identify the issues in a design even prior to creating a prototype. This t......More.
Rating:
Ansys - Solder Alloys and Modeling Solder Reliab...
Time (Min.) : 0 min.
Units: 104 min
Ansys - Solder Alloys and Modeling Solder Relia...
We will discuss material characterization of various solder alloys, predictive solder fatigue damage models using a physics-of-failure approach (PoF) for printed circ......More.
Rating:
Ansys Electronic Reliability Testing Series
[ + ] Click to Expand/Collapse
Ansys - Accelerated Life Testing for Electronics...
Time (Min.) : 125 min.
Units:
Ansys - Accelerated Life Testing for Electronic...
This lecture will focus on using those fundamentals to develop validation tests based.
TAKEAWAYS:
1) How to use accelerated life testing to predict product life in t......More.
Rating:
Ansys - Printed Circuit Board Level Reliability ...
Time (Min.) : 0 min.
Units: 121 min
Ansys - Printed Circuit Board Level Reliability...
This tutorial will cover tips for designing an appropriate BLRT program. This includes best practices in BLRT risk assessment, test coupon design, and experimental pro......More.
Rating:
INDIVIDUAL COURSES
Software Development for Medical Device Manufacturers -
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Time (Min.) : 234 min. | Price : $220.00 | Units : |
Ansys - Thermally Induced Failures and Reliability Risks created by Advancements in Electronics Tech
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Time (Min.) : 113 min. | Price : $70.00 | Units : |
Ansys - ESD for Electronics - What is it? Where does it come from? And how do you obviate it??
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Time (Min.) : 168 min. | Price : $105.00 | Units : |
Ansys - Accelerated Life Testing for Electronics Reliability
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Time (Min.) : 125 min. | Price : $70.00 | Units : |
Ansys - A Methodology for Understanding the Reliability of Electronic Packaging
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Time (Min.) : 114 min. | Price : $70.00 | Units : |
Ansys - How to Avoid Common Failures with Connectors in Electronic Assemblies
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Time (Min.) : 113 min. | Price : $70.00 | Units : |
Ansys - Why Electrical Overstress Ranks High in the IC Field Failure Pareto
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Time (Min.) : 117 min. | Price : $70.00 | Units : |
Ansys - Reliability Challenges with the Use of Multilayer Ceramic Chip Capacitors
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Time (Min.) : 116 min. | Price : $70.00 | Units : |
Ansys - Electronic Reliability 360: How to Verify Design Robustness Early in the Process
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Time (Min.) : 171 min. | Price : $105.00 | Units : |
Ansys - Simulation Techniques to Evaluate ELK Stress during Chip Attach Process and Mitigate Failure
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Time (Min.) : 0 min. | Price : $105.00 | Units : 118 min |
Ansys - How to Ensure Reliability with Commercial Off the Shelf (COTS) Electronic Parts
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Time (Min.) : 113 min. | Price : $70.00 | Units : |
Ansys - Design for Manufacturability (DfM) – Optimizing the Board Assembly Process for Reliability
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Time (Min.) : 124 min. | Price : $70.00 | Units : |
Ansys - Failure Mechanisms in Electronics Packages
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Time (Min.) : 116 min. | Price : $70.00 | Units : |
Ansys - Solder Alloys and Modeling Solder Reliability for Electronic Assemblies
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Time (Min.) : 0 min. | Price : $105.00 | Units : 104 min |
Ansys - Contamination and Cleanliness Issues in Printed Circuit Board Assemblies
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Time (Min.) : 112 min. | Price : $70.00 | Units : |
Ansys - Printed Circuit Board Level Reliability - Leveraging Testing, Failure Analysis & Simulation
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Time (Min.) : 0 min. | Price : $105.00 | Units : 121 min |
Software Development for Medical Device Manufacturers
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Time (Min.) : 138 min. | Price : $125.00 | Units : |
Fundamentals of Real-Time Operating Systems
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Time (Min.) : 511 min. | Price : $330.00 | Units : |
Design Thinking for Today's Technical Work
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Time (Min.) : 260 min. | Price : $160.00 | Units : |
Software Development for Medical Device Manufacturers - On-Demand Video Course
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Time (Min.) : 200 min. | Price : $300.00 | Units : |
Fundamental Mathematics Concepts Relating to Electromagnetics
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Time (Min.) : 228 min. | Price : $150.00 | Units : |
Embedded Linux Optimization Tools and Techniques
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Time (Min.) : 400 min. | Price : $250.00 | Units : |
Embedded Linux Board Support Packages (BSPs) and Device Drivers
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Time (Min.) : 591 min. | Price : $350.00 | Units : |
Reliability Engineering for the Business World
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Time (Min.) : 511 min. | Price : $320.00 | Units : |
