*about us*:
*position overview*:
*key responsibilities*:
*1. Cfd analysis and simulation*:
- conduct detailed cfd simulations to analyze and optimize the performance of slurry pumps, focusing on fluid flow, pressure distribution, cavitation, and wear.
- develop and validate cfd models that accurately represent the behavior of slurry mixtures under various operating conditions.
- utilize advanced cfd techniques to predict and mitigate potential issues such as erosion, sedimentation, and clogging.
*2. Design and modeling*:
- create detailed 3d models of pump components and systems in solidworks, ensuring that designs are both functional and manufacturable.
- collaborate with the r&d team to iterate on designs based on cfd analysis, improving performance and efficiency while minimizing production costs.
- integrate cfd results with solidworks designs to develop innovative solutions that meet specific project requirements.
*3. Product development*:
- work closely with the engineering and manufacturing teams to transition cfd-driven designs from the conceptual stage to full-scale production.
- participate in prototype testing and validation, using cfd data to guide adjustments and improvements.
- provide technical support during the manufacturing process to ensure designs are accurately translated into final products.
*4. Research and innovation*:
- contribute to the continuous improvement of our cfd capabilities, including the development of new methodologies and the integration of emerging technologies.
- lead or participate in research initiatives aimed at advancing the state-of-the-art in slurry pump design and performance.
*qualifications*:
- bachelor’s or master’s degree in mechanical engineering, fluid dynamics, or a related field.
- minimum of 5 years of experience in cfd analysis, with a focus on slurry pumps or similar fluid systems.
- proficiency in cfd software such as ansys fluent, openfoam, or similar, with a proven track record of successful simulations and optimizations.
- strong expertise in solidworks, including experience in modeling complex mechanical components and systems.
- deep understanding of fluid mechanics, particularly in the context of slurry transport, multiphase flow, and particle-laden flows.
- experience with the design and development of industrial equipment, preferably within the pump or dredging industry.
- strong communication skills, with the ability to effectively collaborate with cross-functional teams and present technical findings to non-experts.
*preferred qualifications*:
- experience with erosion and wear prediction in cfd models.
- familiarity with fea (finite element analysis) and its integration with cfd.
- previous experience in the design and optimization of heavy-duty industrial equipment.