Electronics Thermal CFD Product Lead

Vinci Sa; Palo Alto (CA); On-site; USD 150,000 - 210,000; Full time

Benefits offered by this job

Competitive compensation

Equity

Benefits

Job summary

Vinci seeks a Product Manager who understands electronics thermal and CFD workflows inside and out. You will be the voice of the domain, bridging customer needs with our AI-driven platform and ensuring our simulation tools solve real physics problems for engineers.

You will collaborate with engineering, AI research, and pre-sales to shape features, validate real-world use cases, and help customers accelerate their simulation pipelines without traditional PM overhead.

Qualifications

• 5–7+ years hands-on experience running thermal, CFD and thermoelastic simulations in electronics/semiconductors.
• Proficient with thermal management and thermoelastic analysis using standard tools.
• Ability to explain engineering workflows and where current tools fall short.

Responsibilities

• Articulate customer simulation workflows and expectations to product, AI research, and engineering teams.
• Map how customers use current tools for thermal/CFD analyses and where they fail.
• Ensure Vinci outputs and UI/UX match engineers' production expectations (ECAD inputs, STEP, etc.).
• Support pre-sales and pilots by speaking with prospects about how Vinci accelerates simulation pipelines.

Skills

Voice of the customer

Domain expertise in electronics therm≈

Tools

Ansys Icepak/Mechanical

Siemens Flotherm

COMSOL Multiphysics

Cadence Celsius

Abaqus

SolidWorks Flow Simulation

SimScale

Altair SimLab Electronics Thermal

Job description

Vinci seeks a Product Manager who understands electronics thermal and CFD workflows inside and out. You will be the voice of the domain, bridging customer needs with our AI-driven platform and ensuring our simulation tools solve real physics problems for engineers.

You will collaborate with engineering, AI research, and pre-sales to shape features, validate real-world use cases, and help customers accelerate their simulation pipelines without traditional PM overhead.