C.E.2.1.1 DURATION: The duration of this episode was from June 2015 to December 2015.
C.E.2.1.2 PROJECT NAME: Designing, Erection and Commissioning of 5/8 inches to 4 inches High Frequency Tube Mill for 3G Metal Corp. in Bawal, Rewari.
C.E.2.1.3 LOCATION: This project was located at Plot no. 119, Sector 26, Industrial Area, Bhiwani.
C.E.2.1.4 ORGANIZATION’S NAME: Nav Jyoti Casting & Engg. Works.
C.E.2.1.5 POSITION: Mechanical Engineer in the Erection Department.
C.E.2.2 BACKGROUND
C.E.2.2.1 CAREER HISTORY: After completing my first project of Manufacturing, Erection & Commissioning of S.S. slitting line (850mm) for Anmol Stainless steel Pvt Ltd, Kolkata, I worked in my company’s projects as a…show more content… - Detailing and dimensioning the various components for manufacturing.
- Working with maintenance teams to develop and implement preventative maintenance processes.
- Transforming research ideas into technical plans with the help of computer aided design (AUTOCAD) program.
- Creating designs with the help of computer aided design (AUTOCAD) program.
- Evaluating final products, overall performance, reliability and safety.
C.E.2.2.7 PROJECT BACKGROUND: The project was a direct consequence of the flexible tube mill design which stipulated better efficiency measures, particularly for special (round or square) pipe manufacturing.
C.E.2.3.1 ENGINEERING KNOWLEDGE AND SKILLS APPLIED:
- Concept design generation was guided by theories from Design Engineering like Computer Aided Design and AUTOCAD. This computer program helped in drafting and translates customer needs into product features.
- Designing of mechanisms required knowledge in Basics of Mechanical Engineering, Kinematics of Machines, Engineering Mechanics, Strength of Materials and Mechanical Machine Design.
- Concepts of Manufacturing Technology used in considering the implications of issues such as cost, safety and time constraints.
- Detailing and dimensioning required knowledge of various Manufacturing operations and Drawing fundamentals to increasing the efficiency of manufactured components thereby reducing manufacturing costs.
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