Ventiva is pioneering the next generation of thermal management, delivering air intelligence for electronic devices. Our breakthrough Ionic Cooling Engine (ICE®) technology provides efficient, silent cooling without fans—eliminating noise, vibration, and dust while enabling sleek, high-performance designs that traditional solutions simply can’t support. We are empowering OEMs and ODMs to break free from the conventional design constraints of the computing platforms used to tap into the AI infrastructure, from edge devices to enterprise hardware.
Ventiva solutions are unlocking new possibilities for electronics, enabling compute-intensive systems that are lightweight, quiet, and uncompromising in performance. If you thrive in a dynamic environment that values authenticity and bold thinking, and want to have an impact on the future of electronics, Ventiva is the place to do it.
Job Summary
As a “Associate Reliability Development Engineer”, you will report to VP of Quality & Reliability with responsibility for ensuring that our ICE platform meets thermal performance along with reliability required lifetime. Specific role will be in the management of ICE (Ionic Cooling Engine) Air Mover Electro-Chemical reliability kinetics. The ionization mechanism that enables the air flow brings along with it some reliability challenges on the Emitter (high voltage) side as well as the Collector (low voltage) side. The mechanical material design, material selection and process control will impact the product reliability directly.
Key Responsibilities
- Determination of ICE design, process, material selection to mitigate high voltage reliability issues.
- Develop Accelerated Testing methodology and Test-to-Fail failure distributions with respect to high voltage Emitter fouling mechanism.
- Cross functional development with hardware mechanical & electrical design functions especially.
- Coordinate with Assembly and Test & Suppliers on DFR Design for Reliability and ORT Ongoing Reliability Testing to ensure predictable Manufacturability, Robustness, Change Management
- Contribute to Failure Analysis development and understanding
Qualifications
- Education: Bachelor's degree in mechanical engineering, Electrical Engineering, or a related discipline.
- Experience: Proven experience in hardware & software development, particularly in the context of hardware mechanical reliability and robustness development, process control, automation.
Technical Skills
- Testing to Failure, Robustness testing
- Data Analysis expertise, especially JMP
- Electro-Chemical mechanisms like Ionization, Battery products experience
- Proficiency in programming languages such as Python, C++, or Java
- Knowledge of data acquisition and analysis techniques
Soft Skills
- Strong problem-solving and analytical skills.
- Excellent communication and collaboration abilities.
- Detail-oriented with a focus on quality and reliability.
- A Proven track record of teamwork and an innovative spirit and curiosity
Ventiva, Inc. is an equal opportunity employer, and we encourage candidates of all backgrounds to apply.
Salary Range: $140K - $150K
Ventiva, Inc. is an equal opportunity employer, and we encourage candidates of all backgrounds to apply.
Top Skills
What We Do
Ventiva is a leader in active cooling solutions for electronic devices, enabling thinner, faster, and cooler high-performance devices that are lightweight, silent, and vibration-free. The company’s patented Ionic Cooling Engine (ICE) technology is a pioneering, all-electronic heat transfer technology that addresses the thermal problems exacerbated by modern high-performance semiconductor design.
Ventiva ICE technology generates movement of air without any moving parts, noise, or vibration, leveraging the principles of electrohydrodynamic (EHD) flow to move ionized air molecules within an electric field. The company’s ICE9 thermal management suite offers a “smart” cooling solution that continuously monitors its operation, delivering more or less airflow as an electronic system requires. Combining advanced monitoring and algorithms, the ICE9 suite’s real-time software can be combined with overall system performance monitoring to provide a robust device wide thermal solution.
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