Mechanical Engineer

CAREER SUMMARY

Result oriented Mechanical Engineer with more than 5 years of experience in quality control, manufacturing, designing, project management and academic areas combined. Working experience in design softwares like SOLIDWORKS, CATIA and PRO- E. Practical knowledge and familiar working with ASME/ISO Standards, GD & T, BOM, and mechanical drawings. Dynamic team player, organizational and time management skills. Working knowledge of Lean six sigma concepts, Minitab, Operational excellence and project management. Proven track record of developing and inspecting new and unique processes for new products by proposing plant and product layouts leading to labour/cost savings using DMAIC, DMADV, Fish Bone, ANOVA, Chi Square, FMEA and statistical data analysis.

PROFESSIONAL EXPERIENCE

Ganesh Industries

Mechanical Engineer (July-2011 – December-2014)

Worked closely with the production manager to ensure that the parts are delivered on time and produced to the customer satisfaction by inspecting the mechanical parts for entrusted quality.

Worked with CAD/CAM tools like Solidworks, Pro Engineer Wildfire 5.0, CATIA

Applied the Lean six sigma concepts like Kaizen, 5s and analysed data using Minitab.

Develop accurate new product estimates. Support quotes with process-time studies.

Managed Quality Assurance and Inspection of the finished products.

Applied the concepts of DMAIC, DMADV, statistical concepts of confidence intervals, Hypothesis testing, Fish Bone Analysis, Chi-Square Analysis, ANOVA, Regression and many more.

Read and interpreted mechanical drawings.

Procurement of mechanical parts, machine supplies and tooling.

Supervised a team of 5.

Beyond the Rack

Logistics Assistant (July-2015 – December-2015)

Analysed the drawback files and verify the purchase orders.

Entered data in the drawback system.

Analysed the taxes, tariffs and duties imposed on the goods against manufacturing costs.

Maintained the vendors-customer’s relationship

Replenished, sorted, packaged and analyzed the inventory.

Project Undertaken voluntarily:

Cause: The employees had been complaining and calling in sick due to musculoskeletal problems. I studied the ill effects of sedentary working conditions, improper ergonomics

and improper workplace design against the health problems.

Result: I proposed a workplace design taking into consideration the ergonomics aspect by designing the office layout, the furniture and spread awareness about the use of Ergonomics in the workplace. I was highly appreciated for my effort.

Access center for students with disabilities, Concordia University

Supervisor (September 2015 – November-2018)

Co-ordinate and help in services such as exams accommodations and planning.

Assist in preparing schedules for exam invigilators.

Administer all aspects of exam according to University’s Academic Code of Conduct.

Supervises, motivates and monitors the invigilators to ensure compliance with standards and procedures set by Access Center of Students with Disabilities.

Advises the examination coordinator of any issues raised by staff and suggests actions that will improve processing or resolve the issues. Advises management on examination issues.

Administer policies and procedures of Access Center of Student with Disabilities for smooth running of examinations.

EDUCATION, CERTIFICATIONS AND ACHIEVEMENTS

Master of Mechanical Engineering (June-2017)

Concordia University

Paper Publication (IJSER Volume 5, Issue 7, July 2014 edition, (ISSN 2229-5518))

Waste Process Steam Heat Recovery System

Lean Six Sigma Green Belt (ASQ Certification in Progress)

ACADEMIC / PERSONAL PROJECTS

Design and Analysis of a Mechanical Screw Jack

Designed and modelled the parts and assembly in Catia.

Analysed for fail safe design consideration and performed static structural analysis in Ansys workbench

Design and analysis of 5-cylinder radial engine (Solidworks, ANSYS)

Designed and modelled major parts of 5-cylinder (radially positioned) IC engine such as Master connecting rod, Piston, Bearings etc.

Analysed for fail safe design consideration and performed static structural analysis in Ansys workbench

Tribological Design of a Landing Gear of an airplane

In the overhauling of a landing gear, it contains multiple assemblies whose parts are in motion. The types of wear occurring in those parts because of motion or assembly design or because of the chemical composition of the parts have been discussed. Multiple feasible solutions and recommendations have been suggested to prevent tribological failure

Thermodynamic Analysis of a Turbofan Engine

In the thermodynamic analysis, various factors like the bypass ratio, performance of different stages of compressors, performance of low and high-pressure turbines, operation of the combustion chamber and the nozzle profiles has been taken into consideration

Performance and Flow Analysis of a Scramjet Engine

The working of the SCRAMJET Engine and its deviation in performance from the conventional engine. The different types of inlet in the SCRAMJET Engine affecting its performance. A comparison of the numerical and the flow analysis done on ANSYS has been done.

MECHANICAL ENGINEERING LEAN SIX SIGMA PROJECT MANAGEMENT DESIGNING

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