Testing and Validation Module

About Asiacruit

Asiacruit partners with global technology innovators to deliver specialized engineering talent for nextgeneration computing, data center infrastructure, and advanced cooling technologies. As we expand our highperformance computing and liquidcooling engineering practice, we are establishing a dedicated Testing & Validation Module to ensure the thermal, mechanical, and reliability performance of liquidcooled server systems.

We are seeking a Testing & Validation Module talent with expertise in thermal performance evaluation, environmental stress testing, reliability assessment, and failure analysis of liquidcooling cold plates and related components.

Position Overview

This role leads the endtoend testing framework for server liquidcooling cold plates, covering test system definition, execution, analysis, and standardization. You will take ownership of test planning, laboratory execution, and data interpretation for thermal, structural, and environmental reliability validation.

You will work closely with R&D, structural engineering, manufacturing process teams, and quality engineering to ensure flawless product validation and continuous improvement of liquid-cooled systems across the product lifecycle.

Key Responsibilities2. Core Test Execution3. Issue Analysis & Quality Improvement4. Capability & Standards DevelopmentQualifications2. Professional Experience3. Core Competencies(2) Thermal Performance Test Equipment(3) Environmental & Reliability Test Equipment(4) Sealing & Leak Test Equipment(5) Data Analysis & Reporting(6) Engineering ToolsPreferred QualificationsWhy Join Asiacruit

Test System Leadership

Own the test strategy and test system architecture for server liquidcooling cold plates.

Define and maintain comprehensive test plans including:

• Thermal performance testing
• Fluid performance and pressure drop evaluation
• Environmental reliability testing
• Mechanical strength testing
• Longterm sealing and leakage reliability

Develop standardized, scalable testing workflows aligned with internal and international reliability requirements.

Execute handson testing of liquidcooling cold plates and assemblies, including:

• Thermal impedance & thermal resistance measurements
• Flow and pressure drop characterization
• High/lowtemperature cycling
• Rapid temperature change (thermal shock)
• Vibration and mechanical fatigue testing
• Leakage, burst pressure, and sealing integrity tests
• Aging tests on materials and structural joints

Operate test instruments, record results, and ensure repeatability and accuracy across test cycles.

Lead root cause analysis for failures found during testing (thermal deviations, leakage, structural cracking, performance degradation).

Reproduce test issues, identify failure mechanisms, and coordinate corrective actions with R&D, structural engineers, and reliability teams.

Implement closedloop quality improvement, validating that corrections resolve issues thoroughly and sustainably.

Provide highquality test documentation including test logs, root cause reports, and final verification summaries.

Contribute to the design, scaling, and maintenance of test platforms, fixtures, and automated test tools.

Produce detailed test reports, data summaries, visualization charts, and engineering recommendations.

Promote test process standardization, helping build and maintain internal test specifications and reliability guidelines.

Support training and capability development within the testing team to elevate test rigor and efficiency.

Education

Bachelor's degree or above in:

Mechanical Engineering

Thermal Engineering

Materials Science

Measurement and Control Engineering

Or a closely related discipline

Minimum 3 years of hands-on testing experience in:

• Thermal testing of electronic products, or
• Liquid cooling system validation

Experience with server cold plate testing is a strong advantage.

For module lead roles: demonstrated leadership and team management capability.

Fundamental Knowledge

Solid understanding of liquid cooling principles, thermal dissipation mechanisms, and common cold plate reliability test methods.

Hands-on experience with:

Thermal resistance testers

Thermal conductivity meters

IR thermal imaging systems

Practical experience operating:

• High/low temperature & humidity chambers
• Rapid temperature change (thermal shock) systems
• Vibration and mechanical shock test platforms
• Familiarity with:
• Helium mass spectrometer leak detectors
• Pressure pumps
• Leak and sealing integrity test tools
• Strong ability to analyze datasets, extract insights, and produce professional technical reports with charts and visualizations.
• Ability to read and interpret engineering drawings and documentation.
• Basic proficiency with CAD tools (e.g., SolidWorks, Creo, AutoCAD) for measurement, annotation, and visualization.
• Experience working with data center hardware, HPC cooling, or liquid-cooled server platforms.
• Familiarity with reliability engineering methodologies, accelerated stress testing, and quality analysis frameworks.
• Knowledge of materials compatibility, corrosion behavior, and coolantinteraction reliability testing.
• Experience in designing custom test fixtures or automated test systems.
• Contribute to nextgeneration cooling solutions powering cloud, HPC, and AI datacenter platforms.
• Work in a collaborative engineering environment with cuttingedge testing laboratories.
• Competitive compensation, remote flexibility, and professional training opportunities.
• A culture that prioritizes engineering excellence, technical mastery, and continuous improvement.