Mohamed Ashiq J.

Experience

• Senior Mechanical Design Engineer Hira Walraven LLC · Full-time Oct 2021 – Present 4 yrs 8 mos Dubai, Dubai, United Arab Emirates • Oversee multiple design projects, leading a team of design engineers, and reviewing and approving technical documents.
  • Providing design solutions by configuring pipe fixing components based on specifications.
  • FEA structural analysis and result interpretation on the linear behavior of assembly components based on allowable design load.
  • Conduct design review, manufacturing feasibility study and improve lean manufacturing.
  • CAD data management, revision control and engineering change requests using PLM tool.
  • Assist the production/assembly unit in guiding them through the assembly instructions.
  • Conduct meetings with internal sourcing and vendors for technical specifications.
  • Report the project status such as procurement, design and production to the senior level management.
• Design Engineer Acme Intralog FZCO, Dubai · Full-time Feb 2018 – Sep 2021 3 yrs 7 mos Dubai, Dubai, United Arab Emirates • Led the project by assigning tasks to the technical and production departments and monitoring progress.
  • Prepared conceptual, development and detailed design for warehouse automation projects.
  • Attended client meetings to discuss the project requirements and submitted proposal drawings and other technical documents.
  • 3D Design and drafting of industrial conveyors, robotic grippers for material handling applications and special-purpose machines.
  • Selection of driving components such as electric motor, pneumatic cylinders, bearings and chain sprockets based on load requirement.
• Mechanical Design Engineer Armstrong Fluid Technology · Full-time Jul 2015 – Sep 2017 2 yrs 2 mos undefined, India • Complete design support for the new product development called “Tango Pump.”
  • 3D modeling/2D drafting of centrifugal pumps and assembly components such as impeller, drive shaft and couplings using Solidworks/Autocad.
  • Performed FEA static analysis on the casing as per pump hydrostatic testing requirement.
  • Reverse-engineered (3D model and manufacturable drawing generation) a pump impeller using scanned data for additive (3D printing) and traditional manufacturing.
  • Assembly of mating components to check for interference & bolt fouling at worst-case conditions concerning ANSI B16.5 flange dimensions.