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Audio engineer • morinville ab
Last updated: 13 days ago
Apex Concept Solutions is developing an early-stage.The selected engineer will lead impeller geometry development, perform CFD-based performance evaluations, and provide high-level mechanical and s...Show moreLast updated: 13 days ago
The Systems Administrator is responsible for installing configuring troubleshooting and maintaining Sturgeon Countys computing infrastructure.
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CFD-Driven Impeller Design for Vacuum-Based Turbomachinery Prototype
freelance.caRural Sturgeon County, CanadaFull-time
Systems Administrator
Sturgeon CountyMorinville, Alberta, CanadaFull-time
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CFD-Driven Impeller Design for Vacuum-Based Turbomachinery Prototype
freelance.caRural Sturgeon County, Canada13 days ago
Job type
- Full-time
Job descriptionTurbomachinery and rotating equipment Impeller and rotor design Advanced fluid dynamics and CFD Vacuum-based or unconventional flow systems Prototype-oriented or R&D-focused engineering work
Project Description
Apex Concept Solutions is developing an early-stage proof-of-concept prototype based on a novel vacuum-driven turbomachinery concept . We are seeking an experienced mechanical engineer or small engineering consultancy to support the design, simulation, and feasibility assessment of a custom impeller and associated rotating components .
This is a practical, design-focused project , not academic research. The selected engineer will lead impeller geometry development, perform CFD-based performance evaluations, and provide high-level mechanical and structural guidance to support a functional prototype.
Due to the proprietary nature of the work, full functional details will be disclosed following execution of a confidentiality agreement (NDA). At a high level, the system involves high-flow, vacuum-driven operation in a non-traditional regime compared to conventional pumps or compressors.
Key Responsibilities
- Develop and refine custom impeller geometry optimized for vacuum-driven, high-flow operation
- Perform CFD simulations to evaluate flow behavior, efficiency, and operating characteristics
- Provide design guidance on blade pitch, curvature, diameter, tip speed, and operating RPM
- Identify performance and mechanical risks, including efficiency losses, cavitation risk, and structural limitations
- Conduct finite element analysis (FEM) or equivalent structural assessments for high-speed rotating components
- Support iterative refinement toward a viable proof-of-concept prototype
Ideal Background
This project is well-suited to engineers with experience in one or more of the following areas :
Engineers who enjoy solving non-standard engineering problems and working at the intersection of simulation and real-world hardware will be a strong fit.
Final compensation is flexible and will be determined based on experience, scope definition, and proposed technical approach.