Autocad
Results-driven Mechanical Design Engineer with 7 years of experience and training in engineering design creation. Leverages mechanical engineering techniques, drafting designs and industry best practices to consistently accomplish project goals. Determines feasibility, analyzes end-user experiences, and assesses long-term objectives and costs when devising solutions. Talented in transforming detailed technical specifications into efficient, effective and quality designs. Collaborates well with teammates to complete technical projects on time and within budget. Hardworking, enthusiastic and results-oriented Mechanical Design Engineer offering robust qualifications in engineering, project management, continuous process improvements across project life cycle. Design experience in industrial and manufacturing facility systems across [Industry] and [Industry] environments.
Studying and understanding client input and defining the scope of work.
Preparing time estimation and defining the deliverables.
Managing resource, balancing workload to meet deliverable on time period.
Checking model output from resources and make sure which will meet the client standard.
Following DIN standard for product development and detailing.
Design and detailing of Bogie wheel arrangement, Equalizer, Boom Structure, Scraper Blades, Staircase and walkway, buffer beam, handrail ejector, steel work for bogie, transverse bogie...,
Studying welding feasibility, the same marked and approach client for approval.
All welding symbol are followed by EN ISO 2553, Section-B standard.
Analysing surface roughness value (Ra) and provide the same on the drawing according to the application.
DIN EN ISO 13920 standard will be followed for fabrication tolerance in the fabrication drawing.
DIN ISO 2768 T.1-T.2 standard will be followed for machining tolerance for machinable parts in the drawing.
Selecting suitable Bolts & Nuts based on their application according to DIN EN 14399-4, 14366-6, 6917, 6918.
• Indention of this project is digitalizing Kawneer products according to their standard.
• Converting AutoCAD façade profile drawing to Inventor model, assembly, and drawing.
• Creating parametric modeling of the product which is controlled by spreadsheet.
• Creating a simple macro to automate the design process, manual input.
• Bottom-up design approach followed as per client requirement.
• Profile developed for Entrance (451, 451T Screw spline and Shear Block, 1600 Curtain wall.
• Checking model completed by team member to make sure that will meet client requirements.
• Checking output drawing compare with input drawing.
• Analysing model flexibility and solving the issue to fulfill the parametric model which can control by spreadsheet.
• Master assembly, sub-assembly and part approach followed on all models.
• Studying client input and and preparing concept design of material handling equipment such as RSR, ESR Pallet.
• Preparing project cost include all over head.
• Submitted costing sheet to project manager for review. Project manager will submit them to client.
• Developing concept of the product and specification according to client standard. Selecting suitable material which might be steel, polyurethane, Plastic, Rubber...,
• Presenting concept development of the product and explaining the design consideration.
• Taking production of prototype with presence validating all the critical by physical measurement.
• Validate the Prototype with client and get the approval.
• Freezing design with latest revision from client and internal command.
• Releasing manufacturing drawing for production.
• Design and testing assembly fixture for ease & consistency of fabrication to achieve mass production.
• Working closely with workshop team to solve production issue and other technical requirement.
• Basic stack-up analysis done on the finalized product to minimize production issue.
• Follow up external vendor for timely component delivery and quality.
AutoCAD
Autocad
Design Automation
Team Management
Project Management
Programming Languages