Engineering Engineer

ABDUL SALAM KASHIF MOHAMMED *.****************@*****.***

www.linkedin.com/in/abul-salam-kashif-mohammed +1-203-***-**** Open to Relocation

• Mechanical Engineer with solid expertise in conceptualization, creation, development and demonstration of innovative mechanical designs. Proficient in the areas of part design, kinematics, FEA, CFD, CAD. Proven ability to apply general principles of physics and engineering to provide technically feasible solutions for complex engineering problems. TECHNICAL SKILLS

• Hands on experience in Ansys, Auto CAD, Solid Works, MATLAB, Blueprints, DVA, GD&T, NDT, Cross Functional Design, CATIA V5, 3D CAD Modelling, Combustion of gas turbines, FEA, FMEA, DQA and DFMA.

• Developed and Enhanced Computational Fluid Analysis (CFD) simulation of unsteady flow over cylinders.

• Experience with MATLAB environment. Solved the coupled Differential Equations using ODE45 Function for the Dynamic motion of ship to shore Crane.

PROFESSIONAL EXPERIENCE

• Graduate Research Assistant – University of New Haven, CT, USA. Jan 2017- Dec 2017.

• Worked in Computational Fluid Dynamics Laboratory in setting up Ansys Software and product installation as per detailed procedure.

• Extensive work Experience in Troubleshooting Problems in Meshing of components and running CFX Analysis Solution in work bench.

• Helped the Engineering Team in Documenting test tested results, reports as per standard policies.

• Design Engineer- R.K Aerospace, India. Jan 2014 - May 2015

• Helped in setting blueprints and Engineering drawings using Ansys and solid works.

• Designed and simulated turbine blades utilized in gas turbines and increased performance efficiency of blade and execute analysis report. Created Functional Design review along with industrial, graphic, mechanical and model marketing team.

• Authored 3D mechanical design of gears, frame works, engine parts and tools from conceptual to preliminary phase.

• Evaluated and understand customer design specification and translated needs to project team.

• Coordinated with the Procurement department to maintain Bill of Materials (BOM) with updates from the suppliers.

• Quality Engineer (Intern) - Wings India Aero Club, India. Jan 2013 - Dec 2013

• Designed prototyped aircrafts, multi-copters and FPV using Dimensional Variation Analysis conceptual to detailed design consuming Engineering drawing workbench, Gambit and Auto CAD and imitate designs in Ansys and Fluent. Programmed gyroscopic microcontroller board for Pitching, yawing and rolling motion of the vehicle in all directions with the help of multi-Copter tool and calculated Failure mode effect Analysis.

• Designed and tested the mechanisms of parts, conducted quality assurance test and performed statistical analysis to assess the cost estimation.

• Furnished Data Quality Assessment to Engineering team and documented the Analysis report to the manufacturing team. EDUCATION

Master of Science, Mechanical Engineering. 3.23 GPA. University of New Haven, West Haven, CT, USA. Dec 2017. Bachelor of Engineering, Aeronautical Engineering. 3.54 GPA. Jawaharlal Nehru Technological University, INDIA. Apr 2013. RELATED PROJECTS

• Design and Analysis of Tower Crane of Shipping Container. June 2017

• Modelled shipping container, performed motion study analysis, compared results obtained against MATLAB.

• Achieved integration for equations of motions for dynamical systems utilizing MATLAB, employ optimizers and solvers to make design decisions.

• CFD Simulation of unsteady flow over a cylinder. Jan 2017

• Inspected, contrasted the behavior of wakes when the cylinder is placed at different locations from boundary layer and separation by “Detached Eddy Simulation” under sub-sonic boundary layer to super-sonic boundary layer.

• Satisfy the study of vortex shedding process and procured comprehensive knowledge can be applied to problems associated with fundamental estimation of flow around circular cylinder.

• Design and Analysis of Aircraft, Bell Crank Lever. June 2016

• Modelled part in CATIA V5, analyzed in Ansys for stresses, strains and made a successful part to meet given requirement and Survive operative conditions.

• Ape with different initial conditions; selected best suitable material with cost effective Design.

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