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The validation activities will include, but are not limited to:

• Performance benchmarking

• Stress testing

• Thermal testing

• Signal integrity analysis

• Power analysis

• Firmware and BIOS debugging

• Cross-platform testing

Software Stack Configuration and Documentation
The third-party company will also be responsible for configuring and documenting the software stack used for performance validation.
This includes:

• Operating System (OS) setup and configuration

• Installation and configuration of benchmarking and diagnostic tools

• Documentation of software versions, configurations, and settings

• Ensuring software stack consistency across all test systems

Skills and Qualifications
Technical Skills

• Proficiency in testing and validating computer hardware components.

• Experience with performance benchmarking tools and methodologies.

• Familiarity with industry standards (e.g., JEDEC, PCI-SIG) and compliance requirements.

• Expertise in hardware diagnostic and benchmarking software (e.g., Si Software Sandra, AIDA64, Pass Mark).

• Proficiency in scripting languages (e.g., Python, Bash) for test automation.

• Strong data analysis skills and experience with data visualization tools.

• Ability to configure and document software stacks, including OS setup and benchmarking tools.

• Expertise in power analysis and power benchmarking tools (e.g., Power Gadget, Power TOP).

Project Management Skills

• Strong documentation skills for test plans, procedures, and results.

• Excellent verbal and written communication skills.

• Strong analytical and problem-solving skills.

Experience and Qualifications

• Proven track record in hardware validation and testing services.

• Relevant certifications (e.g., Comp TIA A+, Certified Hardware Validation Engineer).

• References or case studies from previous clients.

Additional Considerations

• Understanding of data security and confidentiality protocols.

• Ability to scale testing efforts based on project requirements.

• Willingness to adopt new technologies and methodologies.

Debug Methodologies
Systematic Debugging

• Step-by-step isolation of each hardware component.

• Ensure reproducibility of issues and document steps.

Hardware Diagnostics

• Utilize built-in diagnostic tools (e.g., Processor Diagnostic Tool, Mem Test86).

• Employ third-party diagnostic tools (e.g., AIDA64, Pass Mark Burn In Test).

Performance Monitoring

• Real-time monitoring of performance metrics using tools like HWMonitor and Intel VTune.

• Analyze system logs and event logs for patterns and anomalies.

Stress Testing

• Perform load testing with tools like Prime95, Fur Mark, and Crystal Disk Mark.

• Conduct thermal testing to monitor temperature and cooling efficiency.

Signal Integrity and Power Analysis

• Use oscilloscopes and logic analyzers to examine signal integrity.

• Analyze power delivery and consumption with power analyzers and multimeters.

Firmware and BIOS Debugging

• Verify and adjust BIOS/UEFI settings for optimal performance.

• Debug firmware issues and check for updates.

Cross-Platform Testing

• Test hardware components across different operating systems.

• Use virtualization tools for cross-platform testing.

Automated Testing and Scripting

• Develop and use automated test scripts to perform repetitive testing tasks.

• Integrate automated testing into a continuous integration (CI) pipeline.

Collaboration and Documentation

• Collaborate with cross-functional teams to address complex issues.

• Maintain detailed documentation of all test procedures, results, and debugging steps.

Day-to-Day Physical Touch Activities
Hardware Installation and Setup- Installing and securing hardware components into test systems.

• Connecting peripherals and ensuring proper cable connections.

System Assembly and Disassembly

• Assembling test rigs or test benches for specific validation tasks.

• Swapping out hardware components to test different models or versions.

Physical Inspections and Maintenance

• Conducting visual inspections for physical damage, wear, or defects.

• Cleaning dust and debris from components and cooling systems.

Cabling and Connectivity

• Organizing and managing cables for a clean and efficient workspace.

• Testing and verifying the connectivity of all components and peripherals.

Environmental Control

• Monitoring and controlling the temperature and humidity of the testing environment.

• Using cooling solutions to maintain optimal temperatures.

Handling and Storage

• Using anti-static precautions to prevent ESD damage.

• Storing components in anti-static bags or containers when not in use.

Test Equipment Setup

• Setting up and calibrating test equipment (oscilloscopes, logic analyzers, power analyzers).

• Ensuring test equipment is properly connected and configured for accurate measurements.

Troubleshooting and Debugging

• Physically inspecting and probing components to identify issues.

• Using tools like multimeters, oscilloscopes, and logic analyzers to diagnose problems.

• Replacing faulty components with known-good ones to isolate and resolve issues.

• Documenting the troubleshooting process and findings.

Power Testing and Benchmarking

• Setting up and configuring power measurement tools (e.g., Intel Power Gadget, Power TOP).

• Conducting power consumption tests under various load conditions.

• Documenting power consumption data and analyzing results.

• Comparing power consumption against performance benchmarks to identify efficiency improvements.

Deliverables
Test Plans and Procedures

• Detailed test plans outlining the scope, objectives, and methodologies for each validation task.

• Step-by-step procedures for executing tests and collecting data.

Test Reports

• Comprehensive test reports summarizing the results, findings, and any identified issues.

• Data visualizations and analysis to support conclusions and recommendations.

Issue Logs

• Logs of all identified issues, including descriptions, severity, and resolution status.

• Documentation of troubleshooting steps and corrective actions taken.

Final Validation Report

• A final report summarizing the overall validation process, results, and conclusions.

• Recommendations for any further actions or improvements.

Software Stack Documentation

• Detailed documentation of the software stack used for validation, including OS setup, benchmarking tools, and configurations.

• Version control and change logs for software stack updates.

Power and Performance Benchmark Reports

• Reports detailing power consumption and performance benchmarks for each hardware component.

Analysis of power efficiency and recommendations for improvements
Job Types: Full-time, Permanent
Pay: ₡55,000.00 - ₡80,000.00 per month