Cell: 224-***-**** Email: firstname.lastname@example.org
Bachelor’s and Master’s degree in mechanical engineering with design and manufacturing as concentration.
Highly analytical mechanical design skills with experience in software such as AUTOCAD, PRO-E, ANSYS, CREO and Solid Works.
High level of proficiency, competency and productivity along the ability to create high quality and concise models.
Knowledge of assembly and manufacturing processes as well as diverse measuring and testing equipment.
Ability to work under pressure and adapt to dynamic environments.
Possessing team spirit and hunger for learning.
Strong problem solving, organizational and time management skills.
Superior interpersonal and presentation skills with fluency in English, Hindi, German and Telugu.
Event Manager (Department of Athletics) Oct 2017 - Dec 2018
Organized and managed Athletic events being held in the University of Bridgeport.
Manufacturing Engineer at Vidhatri Engineers Jan 2016 – June 2017
Experience in all phases of lean manufacturing, strategic planning, program management and problem-solving.
Good at improving productivity, profit, customer satisfaction through successful application of continuous improvement concepts like PDSA, 5S, reduction of wastes.
Experienced in implementing Statistical process control.
Interacting with shop floor personnel and with engineering and manufacturing groups to ensure lean plans are created and implemented.
Ensuring solutions that require quality level, reliability and consistency.
Continuous improvement of product quality through leaner concepts.
Applying the knowledge of product design, assembly, tooling and materials.
Responsible for designing and developing materials and other goods made with different metals.
Created specifications, establishes manufacturing control plans and designed pieces and parts.
Analyzed manufacturing data and warranty data in order to reduce warranty cost.
Identified root causes of defects and recommended processing adjustments to eliminate them.
Manufacturing Engineer Intern at Vidhatri Engineers July 2015 – Dec2015
Participated in workshops within a multifunctional team.
Helped to analyze performance of assembly operations in relation to design specifications, cycle time and test objectives, and modify or adjust equipment to meet specifications.
Assisted in Root Cause Analysis to improve existing product yields.
Interpreted engineering prints, sketches, and verbal communications in the efforts to build engineering and production prototypes
Automotive Engineering Intern at ExpertsHub June 21 - June 28 2015
Learned about latest automotive engineering tools.
Performed emission testing on motor bike.
Worked on a four cylinder car engine by dismantling it for performing various tests and again assembled it.
University of Bridgeport, Bridgeport, CT Aug 2017 – May 2019
Master’s in mechanical engineering
Vignan’s Institute of Information Technology, Visakhapatnam, India Aug 2012 – May 2016
Bachelor’s in mechanical engineering
Standard Software: Microsoft office word, Microsoft office PowerPoint, Microsoft office excel, Internet browsing
Technical Software: AUTO CAD, PRO-E, ANSYS, CREO and Solid works.
Technical skills: Automation, CNC programming, BOM, Six sigma, Advanced manufacturing, Manufacturing Processes, Process Engineering & QA Management, R&D for Manufacturability, Mass Manufacturing, ISO Standards, Lean Manufacturing / Kaizen / Six Sigma, Cost Controls / Scrap Reduction, ERP & MRP
Modeling and fabrication of hydraulic floor crane April 2016
Designed the whole crane model using ANSYS and fabricated a Hydraulic floor crane which can lift up to 300 kgs to a height of 2m.
Analysis of the crane design was done using ANSYS as well and later went on to add a two stroke engine for the movement of the crane.
Automated Mechanical system to load the packaging cartons Dec 2017
Designed an automatic system which can load and pack carton boxes from the conveyor belt using solid works.
Used the knowledge of mass manufacturing and process engineering to develop this system.
Designing of outer body of biomedical instrument April 2018
Designed the outer body of the endoscopic medical instrument using PRO-E.
Worked with ISO standards for designing this device outer body
Optimization of flywheel design and material selection Dec 2018
Designed a flywheel which is cost effective as well as efficient for an output of 500Kwh for 15 minutes.
Used ANSYS for stress analysis and using CES appropriate material was selected.
Design of spring for a motor bike May 2019
Designed and tested a helical spring for a motor bike using solid works.
Analysis of the spring at different load condition was done using solid works.
Certification in AutoCAD from igiat subjects covered:
Draw tools, modify commands, block and text concepts, layers, hatching, dimensioning and 3D solid modeling.