15 Job openings found

Criterion as follows:-• Diploma/Degree in Mechanical/Production Engineering or equivalent.• 2–5 years CAD drafting/design experience in a manufacturing environment.• Proficiency in SolidWorks.• Strong 2D detailing and GD&T per ASME Y14.5; understanding of fits/tolerances andstackups.• Ability to interpret and implement customer specs/standards, materials, finishes, and specialprocesses (e.g., HT, plating, welding, NDT).• Basic ...

A) Job Description Create innovative design concepts and engineering solutions for products and thin-walled structures. Develop 2D drawings, 3D models, assemblies, tool designs, and manufacturingdrawings using CAD software. Engage in structural and functional design of inflatable systems including air valves,seams, coatings, modulus, and pressure integrity. Ensure compliance of product designs ...

Job Description: Mold Designer (Plastics)Qualification Required• CIPET-PDPMD / IGTR / NTTF / GTTC / Degree in Mechanical Engineering or equivalent.• Strong oral and written communication skills, with ability to collaborate effectively as apositive team member.Technical Expertise• Proficiency in plastic injection mold design, including hot runner systems, for industriessuch as automotive, ...

Qualifications: Education: Bachelor’s Degree in Mechanical Engineering, Mechatronics, or a related field.   Experience: 2+ years of experience in mechanical design, with a focus on jigs, fixtures, SPM, machined parts, and material handling equipment.             Duties & responsibilities: Design & Development: Design jigs, fixtures, special purpose machines (SPM), machined components, and material handling devices according to client specifications. Develop pneumatic and ...

Plastic mold manufacturing engineering involves designing and creating molds from steel or aluminum to mass-produce custom plastic parts through injection molding. This process uses high pressure to inject melted plastic into the mold cavity, where it cools and solidifies before being ejected as a finished component. Key aspects include mold design ...

Job Description: 1) Active participation in Design Review and Feasibility preparation 2) New tool Assembly : Manufacture, assemble, and fit precision fine blanking dies, including specific components like triple-action punches, die plates, guide systems, counter-punches & ensure Tool First Time right. 3) Interpret Drawing Specifications: Read and interpret complex engineering ...

Key Responsibilities:- Design and develop mechanical components and systems.- Collaborate with the engineering team to create innovative and efficientdesigns.- Conduct research and analysis to optimize transformer performance,reliability, and cost effectiveness.- Review and modify existing designs to enhance functionality and meetcustomer requirements.- Ensure compliance with industry standards and regulations throughoutthe design ...

  Technical Drawing: Prepare detailed 2D floor plans, sections, elevations, and 3D models using AutoCAD and other CAD software. Collaboration: Work alongside engineers and architects to understand project requirements and translate their sketches into formal drawings. Quality Control: Review and check drawings for errors, ensuring all dimensions, materials, and notes are accurate and ...

  Key Responsibilities System Design & Schematics: Develop detailed electrical schematics, wiring diagrams, and layout drawings using CAD software (e.g., AutoCAD Electrical, Altium, or EPLAN). Technical Calculations: Perform complex calculations for load flow, short circuits, voltage drops, and cable sizing to ensure system reliability. Prototyping & Testing: Build and test prototypes of electrical systems; ...

Key Responsibilities 1. Production Planning & Execution Develop and implement daily, weekly, and monthly production plans for fabrication and sheet-metal operations. Allocate resources (manpower, machines, tools) to meet production targets. Monitor production output and take corrective actions to minimize downtime. 2. Process Engineering & Improvement Define and optimize manufacturing processes such as cutting, bending, punching, laser/waterjet ...