Mechanical Engineer Manufacturing
Resume:
SS Peddapally
Summary
Solid command of technologies, tools and best practices in designing mechanical equipment using AutoCAD, SolidWorks and engineering drawings.
Hands-on experience creating mechanical design drawings using SolidWorks and configuring components using AutoCAD.
Extremely seasoned and dependable SolidWorks Drafter with more than a three plus years of hands-on experience.
Certified in SolidWorks (CSWA, CSWA-S) and AutoCAD.
Experienced with various machinery tools like Milling machine, Lathe Machine, Drilling tools, etc.
Experienced in designing sheet metals and welded corners by using solidworks and AutoCAD.
Used Bill of materials to show the labels of individual parts on the drawing sheets.
Used Drawing sheets to show the solid models in sectional view and different projectional views.
Using Isometric views, Dimetric and trimetric views for solid models on the drawing sheets with perfect dimensions.
Worked in production field using Lathe Machines, Milling Machines, Drilling, Grinding, Welding, Sheet Metals and CNC Machining.
Good experience in working with manufacturing materials like Wood, stainless steel, bronze and other.
Experience in Testing Models with perfect dimensions and tolerances.
Assembled various models in the solidworks and AutoCAD.
Applied the materials for each solid models and sheet metal by using ASTM standards.
Have good knowledge in applying fixtures, connections and Mesh tools in finite element analysis.
Excellent Technical, Analytical, Problem Solving skills, strict attention to detail and ability to work independently, work within a team environment.
Excellent interpersonal abilities, communication skills, time management and Team skills with an intention to work hard to attain project deadlines under stressful environments.
Highly motivated, strong analytical skills and ability to deliver in fast paced, high stress environment.
EDUCATION
Master of Science in Mechanical Engineering, University of Bridgeport, USA
Certification from Solid works Dassault systems.
COMPUTER SKILLS
Programs: Microsoft Office, MS word, MS excel, C, SAS.
Software’s Known: Auto CAD, Pro-e, CNC Programming, Catia,SolidWorks, and CFD.
Machines Used Practically: Lathe, Drill Press, CNC.
Reporting Tools: Bill of Materials, AutoCAD Tools, and SW Tools.
Manufacturing Materials: Wood, Stainless steel, Bronze, Plastic and other metals.
Work Related: Collaboration, full spectrum of administrative abilities, interpersonal skills to included congenial and supportive traits, along with sense of humor and an industrious individual.
Integra Technologies, Wilmington, Delaware April 2016-Till date.
Mechanical Engineer:
Worked in production and design department as manufacturing and design engineer. I was responsible in participating in all product development stages, Interpreted customer requirements to design, layout, and analyze system components, and test fixtures using CAD, Solid Works Software, creating drawing and checking bill of materials, Assisted in preparing a technical documents for mechanical components and systems, verified the manufacturability of the product using solid works, produced 2D/3D modeling of a product using Solid works, AutoCAD, and Pro- E, performed cost analysis and provide reports on benefit analysis of our product versus competitor to ensure profitability, working with Quality control teams to ensure the quality of the product.
Electropnuematics and Hydraulics Pvt ltd, India. Dec 2013- July 2014.
Mechanical Engineer (Designing and Production Department)
Designed several models in solid works and verified that the models to accurate for the production process.
Showing the results of Factor of Safety by using Simulation Tools.
Showing the results of Stress, Strain and Displacement of the Solid Models by using Simulation Tools in Finite Element Analysis (FEA).
Converting the Solidworks models to Drawing sheets with all the dimensions and tolerances.
Showing the solid models and sheet metal models in Isometric views, projection views and Sectional views.
Used materials in designing and manufacturing process (Wood, Plastic and stainless steel).
Calculated mass, volume of the solid models in the Solidworks tool.
Converting the sheet metal diagrams in drawing sheets.
Tested various materials, solid models and sheet metals with exact tolerances and dimensions.
Using labels in the drawing sheet with given dimensions.
Applying materials in the designing process with GD & T concepts.
Showing the labels on the Drawing sheets by using Bill of Materials.
Worked with AutoCAD software to draw the solid models in 2D and 3D.
Executed production operations in co-ordination with the other functions.
Checking the dimensions of the model before sending to production department.
Designing the model for CNC production by using CNC programming.
Simulating the model in the CSWA-Simulation software to get the factor of safety.
Logical Solutions, Hyderabad, India Jan 2013-Nov 2013.
Mechanical Engineer
Assisted in several projects.
Successfully designed and analyzed the differential assembly.
Plan and profile the process for the projects.
Designed and optimized the bumper reinforcement.
Addressed major defects in impact analysis of portable billing machine.
BHEL, Bharat Heavy Electricals Limited, Hyderabad, India Jan 2012- Dec 2012.
Design and Manufacturing Engineer.
Studied several Manufacturing Processes.
Collect and record various heat treatment processes and also studied the working, manufacturing of the heat exchangers and turbines.
Study of the boilers, their manufacturing and also the working conditions of the boiler.
Understood the basic concepts of the tools which are used for manufacturing.
Project work on Design of milling cutters- which are used in the manufacturing of turbo machines and also studied the basic theory of its operation and characteristics.
Knowledge on different types of milling cutters and machine tools.
PROJECTS
Design and analysis of car bumper and frame. Using solid works, studied how force is distributed among bumper and frame and the best material is chosen among the previous materials, which has maximum yield strength and also can resist the maximum impact force after the static analysis.
Bio diesel from algae –the main concept of this project is how diesel can be created from the algae which is so called as green coal is used for the engines to reduce the pollution in the atmosphere. The whole process is studied and concluded the techniques which has to be used to increase the usage rate of bio-algae in future.
Design and analysis of a flywheel- studied the fracture point of the flywheel where it is overstressed due to its rotation and minimized the cost by considering the material indexes based on the energy storage and the thermal properties.
Design of Driving Mechanism in endoscopic instrument for surgical applications- designed the instrument such that its fixes the clip on the human body by using stapler action without any damages to the human body. The materials which are used in manufacturing should be compatible and must bear the stresses and pressures. Future improvements are analyzed.
High speed automated mechanical system to cut and bend a bronze wire- Designed a roller mechanism to straighten the wire. Few techniques are assumed to straighten the wire perfectly.
Design and analysis of lifting beam- Using Finite element method, nonlinear static analysis is carried out in solid works and tested the beam under assumed loading conditions. Designed a beam for uniformly distributed load and tests are done to know the fracture points.
Design and study of a running shoe- Studied the properties of several materials chosen for the shoe. The shoe is designed to reduce the transition speed by easing up the lacing and foot of entry in the shoe.
Paraplegic equestrian saddle- The purpose of this project is to minimize the cost of the materials used for saddle and improve the safety features.
Solar street lamp- Improvised the concept of capturing maximum amount of solar energy. Referring the older concepts of trapping the solar energy introduced a new method of observing more amount of solar energy without any wastage.
Spacecraft electronic packaging- The purpose of this research was to know the vibration loading acting upon the electronic packaging on which the total functioning of the spacecraft is based, consists of PCB’S, vibration plates to control the vibrations. Minimize the vibrations acting upon the packaging. Modelled and analyzed in solid works and stiffness springs are added to the packaging to minimize the vibrations and stresses.
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