CNC Design Engineer / Sr. Engineer

Preet EPC P Limited; Hapur; On-site; INR 500,000 - 850,000; Full time

Job summary

Preet EPC P Limited in India is seeking a skilled CNC Design Engineer to design and develop CNC machine components, assemblies and systems, producing detailed 3D models and 2D manufacturing drawings, and preparing BOMs and design documentation.

You will collaborate with manufacturing, production, and procurement to ensure designs meet standards, reduce costs, and support prototype testing and revisions, with emphasis on UG-NX/ Creo and AutoCAD proficiency.

Qualifications

• B.Tech / B.E. in Mechanical Engineering or relevant specialization.
• Relevant experience in CNC machine design or machine-tool manufacturing.
• Ability to independently create and modify machine designs.
• Strong understanding of mechanical engineering principles and manufacturing processes.

Responsibilities

• Design and develop CNC machine components, assemblies and sub-assemblies.
• Prepare 3D models and detailed 2D manufacturing drawings.
• Prepare and maintain BOMs, part drawings and engineering documentation.
• Ensure designs comply with engineering standards, tolerances and manufacturing requirements.
• Review existing designs and identify opportunities for improvement, cost reduction and performance enhancement.
• Coordinate with manufacturing, production, assembly and purchase teams for smooth execution of designs.

Skills

CNC Design

Mechanical Design

3D Modelling

2D Drawings

Assembly Design

AutoCAD

Creo/UG-NX

MS Office

GD&T

BOM

Design Modifications

Education

B.Tech / B.E. in Mechanical Engineering

Tools

AutoCAD

Creo/UG-NX

Job description

Job Description CNC Design Engineer

About the Role

We are looking for a technically proficient CNC Design Engineer responsible for designing and developing CNC machine components, assemblies and systems. The role involves preparing detailed engineering drawings, 3D models, BOMs and design documentation while coordinating with manufacturing, assembly and other technical teams.

Key Responsibilities

• Design and develop CNC machine components, assemblies and sub-assemblies.
• Prepare 3D models and detailed 2D manufacturing drawings.
• Work on machine structures, mechanical assemblies and related components.
• Prepare and maintain BOMs, part drawings and engineering documentation.
• Ensure designs comply with required engineering standards, tolerances and manufacturing requirements.
• Review existing designs and identify opportunities for improvement, cost reduction and performance enhancement.
• Coordinate with manufacturing, production, assembly and purchase teams for smooth execution of designs.
• Incorporate design changes based on manufacturing and assembly feedback.
• Support prototype development, testing and troubleshooting of machine components.
• Maintain proper revision control and design records.
• Ensure timely completion of assigned design projects.

Required Skills / Technical Exposure

• CNC Machine Design
• Mechanical Design & Engineering
• 3D Modelling
• 2D Manufacturing Drawings
• Assembly Design
• AutoCAD
• Creo / UG-NX
• MS Office
• Engineering Drawing & GD&T
• BOM PreparationManufacturing & Machining Knowledge
• Design Modification and Development

The requisition specifically identifies exposure to UG-NX, Creo, AutoCAD, MS Office and related technical/design tools under the JD/KRA and skills section.

Preferred Candidate Profile

• B.Tech / B.E. in Mechanical Engineering or relevant specialization.
• Relevant experience in CNC machine design or machine-tool manufacturing.
• Strong understanding of mechanical engineering principles and manufacturing processes.
• Ability to independently create and modify machine designs.
• Good analytical and problem-solving skills.
• Ability to coordinate effectively with cross-functional teams.

Key Performance Areas (KRA)

1. Timely completion of assigned machine designs.
2. Accuracy and quality of engineering drawings.
3. Development of manufacturable and cost-effective designs.
4. Timely preparation and updating of BOMs.
5. Effective coordination with manufacturing and assembly teams.
6. Reduction of design errors and rework.
7. Compliance with engineering and company standards.
8. Timely incorporation of design modifications.