Job Requirements
At Quest Global, it's not just our actions but also our strategic approach and determination that sets us apart. With a proud 25-year legacy as a premier provider of engineering solutions, we believe in the transformative power of innovation to achieve the seemingly impossible. Our team is driven by the aspiration to create a positive impact on the world—to contribute to a more promising future. We unite various technologies and industries, harnessing the diverse talents of individuals who are driven by a purpose-driven work environment, to enhance problem-solving efficiency and efficacy.
Job Description
- Candidate needs to be proficient in FE meshing of complex structure using 1D, 2D, & 3D elements. Needs at least 2-5 years of hands-on experience in creating hexahedral, tetrahedral, and combined mesh with transition in ANSYS/NX CAE. Hypermesh meshing experience will be added advantage.
- Needs to perform model set-up including but not limited to, material, boundary condition, load, & contact application in ANSYS. Needs to have good understanding and experience in linear & non-linear modeling.
- Needs to perform static thermal, structural and modal analyses. Experience in transient thermal, harmonic and buckling analyses will be added advantage.
- Needs to perform bolted joint assessment with reduced order and 3D modeling approaches.
- Needs to perform fatigue (LCF and HCF) analysis. Work experience in thermo-mechanical fatigue, fracture mechanics and creep analyses will be added advantage.
- Needs to validate the results and document the assessment along with results summary and conclusion.
- Needs to participate in internal & external reviews and present the assessment to stakeholders.
- Needs to perform the task in timely manner with high quality.
Required Skills And Experience
- Strong mechanical engineering fundamentals especially in solid mechanics, thermodynamics, materials, and theory of failure. Fundamental knowledge of Finite element methods will be added advantage.
- Graduate/Postgraduate in Mechanical engineering or equivalent with 2 to 5 years of experience in finite element analysis (FEA) using ANSYS (Workbench & APDL). Experience in turbomachinery (Gas & steam turbine) domain will be added advantage, specially on Casings and Rotors.
- Good understanding of ANSYS Element library, material models, and APDL scripting. Experience with ACT, and python scripting will be added advantage.
- Working experience in UG NX modeling. model clean-up, and modification using Spaceclaim or Deisgn Modeller is must.
- Good experience in free body diagram and hand calculation.
- Experience in performing strength assessment as per ASME BPV Sec VIII Code. Experience with Euro codes will be added advantage.
- Should be able to work independently with minimal hand holding.
- Should be a good team player and take ownership of the task.
Work Experience
Required Skills and Experience:
- Strong mechanical engineering fundamentals especially in solid mechanics, thermodynamics, materials, and theory of failure. Fundamental knowledge of Finite element methods will be added advantage.
- Graduate/Postgraduate in Mechanical engineering or equivalent with 2 to 5 years of experience in finite element analysis (FEA) using ANSYS (Workbench & APDL). Experience in turbomachinery (Gas & steam turbine) domain will be added advantage, specially on Casings and Rotors.
- Good understanding of ANSYS Element library, material models, and APDL scripting. Experience with ACT, and python scripting will be added advantage.
- Working experience in UG NX modeling. model clean-up, and modification using Spaceclaim or Deisgn Modeller is must.
- Good experience in free body diagram and hand calculation.
- Experience in performing strength assessment as per ASME BPV Sec VIII Code. Experience with Euro codes will be added advantage.
- Should be able to work independently with minimal hand holding.
- Should be a good team player and take ownership of the task.
