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R&D Engineer II - High-Speed Flow Model Development - Job Opportunity at Ansys

Montreal, Canada
Full-time
Mid-level
Posted: April 6, 2025
On-site
CAD 95,000 - 130,000 based on Montreal market rates for specialized CFD positions

Benefits

Comprehensive professional development through exposure to cutting-edge simulation technology
Collaborative work environment with global industry leaders
Opportunity to contribute to world-changing innovations
Career advancement within an S&P 500 company
Employee networks and learning communities access
Work-life balance focus indicated by workplace awards

Key Responsibilities

Lead development of infrastructure and numerics for Density-Based solver and DSMC methods
Conduct complex bug investigation and provide beta support for assigned products
Design and maintain solver infrastructure for parallel/HPC computations
Implement GPU-optimized programming models and algorithms
Translate marketing requirements into technical solutions considering target environment and competitive landscape

Requirements

Education

BS in Engineering (Aerospace, Mechanical), Applied Mathematics, or related thermal sciences with 2 years experience or Master's Degree

Experience

2 years minimum with CFD code development

Required Skills

CFD code development DSMC method development Density-based solution methods C/C++ programming GPU programming Shell scripting Python Scheme Compilers Git High-performance computing Communication skills Interpersonal skills
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Sauge AI Market Intelligence

Industry Trends

Increasing demand for high-fidelity simulation tools in aerospace and defense sectors as development cycles accelerate Growing emphasis on computational efficiency and GPU acceleration in CFD applications Rising importance of multi-physics coupling capabilities in simulation software Shift towards cloud-based simulation platforms requiring distributed computing expertise

Role Significance

Typically part of a 5-8 person specialized solver development team within larger R&D organization
Mid-level technical position with significant impact on core product capabilities and performance optimization

Key Projects

High-speed flow solver optimization for aerospace applications GPU acceleration of numerical methods Integration of advanced DSMC capabilities Performance optimization for large-scale parallel computations

Success Factors

Deep understanding of computational fluid dynamics and numerical methods Ability to balance theoretical knowledge with practical implementation constraints Strong collaboration skills for working across distributed teams Proactive problem-solving approach for complex technical challenges

Market Demand

High demand with steady growth projected due to increasing complexity in aerospace systems and growing adoption of simulation-driven design approaches

Important Skills

Critical Skills

Advanced numerical methods expertise essential for solver development High-performance computing knowledge crucial for parallel implementation Strong programming skills necessary for efficient algorithm implementation

Beneficial Skills

Knowledge of aerospace industry applications Experience with modern software development practices Understanding of cloud computing architectures

Unique Aspects

Direct involvement in developing next-generation simulation capabilities
Exposure to cutting-edge aerospace applications
Opportunity to influence industry-standard CFD tools
Balance of theoretical research and practical software development

Career Growth

2-3 years in role before advancement, depending on project impact and technical growth

Potential Next Roles

Senior R&D Engineer Technical Lead CFD Architecture Specialist Research Manager

Company Overview

Ansys

Ansys is the global leader in engineering simulation software, with over 50 years of innovation in multiple physics domains

Dominant position in CAE market with continuous growth through innovation and strategic acquisitions
Montreal office serves as a key R&D center with focus on advanced simulation capabilities
Innovation-driven environment with emphasis on technical excellence and collaborative problem-solving
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