ARUN KUMAR PT

• Conceptualized, designed, and analyzed mechanical design layouts for CNC machines, including Horizontal Machining Centers (HMC) and MCH subsystems.
• Conducted design reviews, collaborating with cross-functional teams to incorporate feedback on product manufacturability, resulting in enhanced final design outcomes.
• Managed end-to-end design process for various products, components, parts, assemblies, and sub-assemblies, ensuring accurate drafting, dimensioning, tolerance, and comprehensive documentation.
• Performed design calculations and selection of machine elements, such as ball screws, LM guide ways, spindle motors, and couplings, for optimal machine tool performance.
• Identified and implemented component/module replacements to enhance functionality and automation of existing machinery, including coolant systems, coil conveyors, laser sensors, and limit switches for interlocking.
• Developed proposals for product structure design, subsystems, project planning, execution, and cost estimation.
• Prepared Bills of Materials (BOMs) and managed Design Releases within the SAP Environment.
• Created and validated technical manuals, assembly drawings, machine layouts, floor plans, foundation layouts, and capacity charts.
• Implemented value engineering, continuous improvement, and Kaizen methodologies to optimize product performance and reliability.
• Actively participated in Lean Six Sigma initiatives, contributing to process enhancements and quality improvements.

• Design and development of Hydraulic and Mechanical fixtures for Vertical and Horizontal Machining centers.
• Execution of projects after interacting with customers for their product requirements and finalizing the design concepts, ensuring a competitive solution that differentiates in the market.
• Prepare detailed Mechanical engineering layout/schematics for assembly, subassemblies to assemble, test, and validate the design, supporting the purchasing and supply chain team by explaining sensitive technical information.
• Interacting with the vendors and key suppliers, and coordinating with the production team to explain difficult/sensitive information to complete the project within the agreed schedules.
• Prepare part and complex engineering drawings for modification in previously executed fixture components against the order for production machines in the field with limited supervision from the department seniors

• Studying the customer drawings, preparing the basic machine layout, and calculating the required speed and feed to achieve the required cycle time.
• Developing new products, applications from conceptual design and validation of design, trials and testing, and commencing production along with handling related documents and formalities.
• Design calculation and selection of various machine elements used in machine tools, such as ball screws, LM guide ways, Spindle motor, coupling, etc.

• Distinction in handling the product design and development – Machine Enclosure, Telescopic covers, Coolant filtration systems, Chip Conveyors for various CNC machines, and design of machine tool structures such as Base, Column, Saddle, Table, and Headstocks, Spindle Assembly, and machine components, etc.

• Well versed in 2D and 3D assembly drawings of machine elements.
• Developing the machine layout, considering the machine specification.
• Top-down assembly drawings using AutoCAD Mechanical.
• Awareness of the entire product life cycle management, including product design, manufacturing processes, component procurement, quality checks, and assembly.
• Practical knowledge of various machine tool operations, such as milling, turning, grinding, etc.

• Reading and interpreting civil, electro-mechanical blueprints, technical drawings, and schematics.
• Installing, testing, and commissioning, as well as maintaining mechanical products, equipment, systems, and processes as per specification.
• Investigating and solving equipment failures; supervising installation, operation, maintenance, and repair to ensure that machines and equipment are installed and functioning according to specifications.
• Implementing maintenance and safety procedures, service schedules, and supply of materials required to maintain machines and equipment.
• Activities planning for execution of work. Developing, implementing, and constantly reviewing a preventive maintenance program.
• Plan and execute maintenance activities based on breakdowns faced, shop floor observations, and preventive maintenance schedules.
• Taking periodic inventory of long delivery and frequently consumable items, and raising indents as necessary, or converting them into store stock items.
• Maintain equipment history cards.
• Analyze each mechanical breakdown and plan to prevent it from recurring.

MECHANICAL ENGINEERING, CGPA 9

MECHANICAL ENGINEERING, 65%

SSLC, 85%