Validation and Verification
In order to stay relevant and competitive, companies must exclude the possibility that future delays and errors will appear. This is quite a challenge if we think about the constant new technologies that appear too often.
The Growing Complexity of Engineering Systems
To stay competitive in today’s fast-paced technological landscape, companies must eliminate the possibility of future delays and errors. This is especially challenging as new technologies emerge frequently, requiring engineers to adapt quickly. Running manual validation and verification tests on all systems and equipment operations becomes impractical. Test engineers now rely on automation processes and software to meet customer expectations and time-to-market demands.
Why Validation and Verification Matter
The validation and verification phase is crucial in identifying errors related to product design, material differences, calibration, technical issues, and equipment performance. Automated testing allows companies to detect and resolve these issues in real-time, significantly reducing time to resolution. Moreover, automated processes enable efficient troubleshooting, test setups, and the use of advanced measurement techniques, which are vital for meeting modern product requirements.
The Reliability of Automated Testing
As technology becomes one of the most valuable resources, product designs and system operations are growing increasingly complex. Conducting validation and verification tests on these intricate systems requires quick access to expert knowledge and resources. Automated testing has become more reliable than manual testing, allowing engineers to complete tests efficiently and obtain accurate diagnostics for complex systems.
Keytek’s Approach to Validation and Verification
At Keytek, our primary goals in performing validation and verification are ensuring consistency, repeatability, and reproducibility across different systems. To achieve this, we use measurement instruments from industry-leading companies and post-process the results with programming languages tailored for validation and verification tasks. We provide detailed reports that include measurement setups, results, and recommendations for schematic and PCB layout improvements to guarantee the success of the validation and verification process.