Senior Robotics Simulation Engineer - Thermal & Fluids Analysis

Position: Senior Staff Robotics Simulation Engineer - Thermal & Fluids Analysis
Boston Dynamics is looking for a Senior Staff Robotics Simulation Engineer to join our Virtual Product Development team. As a Senior Staff Robotics Simulation Engineer focusing on Thermal & Fluids Analysis. You will be responsible for defining the global thermal management strategy and multi-physics simulation roadmap for Boston Dynamics' next-generation robotic platforms. This role transcends traditional analysis by establishing the foundational methodologies, standardized workflows, and high-fidelity correlation frameworks required for complex robotic actuators.

As a top-level subject matter expert, you will bridge the gap between advanced thermal-fluid science and scalable hardware production, ensuring that our robots can operate reliably in the world's most challenging environments.

Boston Dynamics is a world leader in mobile robots, tackling some of the toughest robotics challenges. For years, our awe-inspiring viral videos on You Tube have shown the world what remarkably capable robots can do. Now we are quickly becoming a recognized leader in automation solutions for industrial applications and warehouse logistics.

What You’ll Do:

Define the long-term vision for thermal and fluid dynamics simulation across the organization, aligning virtual product development (VPD) with the hardware engineering roadmap.

Create and enforce standardized, practical CFD evaluation processes that transition our capabilities from academic research to high-velocity industrial execution (EVT/DVT/PVT).Lead the design of sophisticated thermal experiments and instrumentation strategies to synchronize simulation models with empirical data, achieving industry-leading predictive accuracy.

Drive structural and thermal trade-off decisions for high-torque actuators, influencing mechanical architecture to optimize heat dissipation, weight, and power density.

Build and govern a comprehensive, proprietary database of robotics-specific parameters, including advanced air models, radiation emissivity, and contact resistance coefficients.

Lead the integration of thermal-fluid analysis with Static/Dynamic FEA, evaluating the holistic impact of thermal gradients on structural integrity and robotic precision.

Serve as a key advisor to leadership on technical risks and hardware scalability, influencing design decisions across mechanical, electrical, and control software teams.

Lead the technical review board for all thermal/fluid-related analyses and mentor other engineers to elevate the organization's collective simulation expertise.

What You Bring:

Strategic Execution:
Translate high-level product goals into concrete simulation milestones, delivering robust hardware solutions even under extreme technical ambiguity.

Systemic

Collaboration:

Navigate complex organizational structures to align divergent technical requirements into a unified, high-performance system design.

Disruptive

Innovation: Identify and implement cutting-edge simulation technologies (e.g., AI-driven optimization, real-time thermal digital twins) to maintain a competitive edge.

Organizational Maturity:
Proactively identifies gaps in current development processes and implements structural changes to boost engineering efficiency.

Your Core

Skills:

Unrivaled proficiency in Ansys Fluent/Mechanical, STAR-CCM+, or Simcenter Flotherm, with deep experience in custom UDF (User Defined Function) development.

Doctoral-level understanding of conduction, convection, and radiation, specifically in the context of high-power-density electromechanical systems.

Proven ability to lead complex lab setups, utilizing high-end data acquisition (DAQ) and sensing technologies to validate virtual twins.

Mastery of Python, C++, or MATLAB to build proprietary simulation tools and automate…