Electronics Manufacturing and Reliability Laboratory (EMRL) at Auburn University is dedicated to working with industry, universities, and governmental institutions in developing and testing new electronics systems with a special focus on the cost, manufacturing, and reliability requirements.
“Our state-of-the-art facilities are equipped with the latest technologies and staffed with experienced professionals who are dedicated to ensuring the reliability and longevity of your products. We specialize in various types of environmental testing, accelerated life testing, failure analysis, and much more. At our lab, we understand the critical role that reliability plays in the success of your business, and we are committed to providing you with the highest level of service and support. We look forward to working with you to meet all of your reliability testing needs.”
Dr. Sa’d Hamasha
Director of EMRL at Auburn University
Services
Environmental testing
Thermal Cycling is a key aspect of reliability engineering that simulates extreme temperature variations to evaluate the performance and resilience of systems under challenging operating conditions.
Mechanical Testing
Provides valuable insights into the durability and performance of materials and components, enabling reliability researchers to assess their long-term reliability under various conditions.
Drop Shock Testing
A crucial methodology employed in reliability engineering to evaluate the ability of products or devices to withstand sudden impacts and shocks encountered during transportation or everyday use.
Failure Analysis
Critical practice in reliability engineering that involves investigating and identifying the root causes of failures in materials, components, or systems to improve their design, performance, and overall reliability.
Microstructure analysis
A good tool in reliability engineering, providing insights into the internal structure and properties of materials and components to identify potential defects, failure mechanisms, and optimize their reliability and performance.
Vibration Testing
A Technique employed in reliability engineering to assess the ability of products, systems, or components to withstand mechanical vibrations and identify potential weaknesses or failures that could occur during operation.
Education
Providing the necessary knowledge, skills, and methodologies, enabling professionals to effectively analyze, predict, and enhance the reliability of systems, ensuring optimal performance.
consulting
Offering expert guidance, industry best practices, and tailored solutions to organizations, helping them optimize their reliability strategies, mitigate risks, and improve overall operational performance.
SMT Assembly
Surface Mount Technology assembly revolutionized electronics manufacturing by directly mounting components onto circuit boards using automation.
Research Topics
Harsh Electronics Systems and Manufacturing
- Reliability Testing
- Metal Backed Laminate and Ceramic Substrates
- High Temperature Adhesive Materials
- Mechatronic Controllers
- Thermal Resistance Measurements
- Effects of Assembly Process Parameters
Flip Chip and Underfills
- Die Stress and Temperature Measurements with Test Chips
- Measurement of Underfill Material Interface Properties
- Constitutive Models
- Development of Delamination Growth Criteria
- Nano-Filler Underfills
Component Reliability
- Longevity: Verify components function flawlessly over time
- Stress-Tested Durability: Confirm resilience under harsh operating conditions
- Predictive Insights: Accurately assess failure risks to optimize maintenance and reduce costs
Connector Reliability
- Reliability Testing
- Metal Backed Laminate and Ceramic Substrates
- High Temperature Adhesive Materials
- Mechatronic Controllers
- Thermal Resistance Measurements
- Effects of Assembly Process Parameters
Lead Free Soldering
- Die Stress and Temperature Measurements with Test Chips
- Measurement of Underfill Material Interface Properties
- Constitutive Models
- Development of Delamination Growth Criteria
- Nano-Filler Underfills