A highly efficient, hardworking and talented Mechanical (design) Engineer with a comprehensive understanding of design processes and also manufacturing. Experienced in all the design stages of a product, including research, development and manufacturing.
Keen to find a challenging & suitable engineering position with an ambitious company that offers opportunities for career development and advancement.
Assist Manager operations in planning, managing and executing production operations.
Coordinate with production supervisors to ensure effective manufacturing quality and inspection procedures.
Coordinate and plan production priorities, workflow and schedule.
Schedule routine inspection and maintenance of production equipment to prevent equipment breakdowns and malfunctioning.
Develop and update standard operating procedures and best practices for production operations.
Ensure that all equipment, materials and supplies are readily and continuously available to carry out production processes.
Take complete ownership of the issues, delays , safety, quality and production targets of Fuel tank plant.
Ensure safety measures and procedures are followed to reduce unexpected incidents and hazards.
Effective management of piece process rate standards to achieve production targets.
Development of fixtures to improve production and quality. Weekly training of supervisors and workers on topics i.e. productivity, cleanliness, maintenance, safety.
Collect & analyze statistical data i.e. Master list of material procurement & production plan
Daily defect data
Training plan & training attendance
Preventive maintenance plan
Request acquisition
Daily work order
Time & motion study
Root cause analysis
Accident report
5S
Kaizen
1. Develop advanced product designs according to customer and specifications.
2. Use PTC Creo CAD software at skilled level to develop product concepts and designs.
3. Create 3D models, assembly drawings and component drawings of product designs.
4. Customer requirements and supplier capabilities.
5. Work as per standard operating procedure (SOP) of mold manufacturing.
6. Design and concepts of Plastic Injection molds and Blow molds.
7. Travel to customer and supplier facility, when necessary.
8. Create and release appropriate engineering documentation.
9. Stress analysis of designed product
Efficiently and effectively managing the DIE workshop and development of moulds. Sound knowledge in injection moulding, plastic part design and manufacturing process. Also responsible for maintenance of Injection Moulding Machines.