Mechanical Design Engineer

Job Title: Mechanical Design Engineer

Location: Pune, India

Job Type: Full-time

Company:

At Sioux Technologies, our employees are the key to our success. With offices across Europe and Asia, we believe

in building a rich global talent pool where productivity flourishes and playing in a teams is critical. When you join

Sioux, you become part of our high-tech family and get a chance to work with over 1200 multidisciplinary engineers

building complex solutions daily. Our employees are experts in mechanics, mechatronics, physics & optics,

assembly, software, math ware and electronics. Building innovative products that make the world smarter, healthier,

safer, more sustainable is part of our company DNA. Thanks to our agile & entrepreneurial ways of working, we

have partnered closely with our global customers to deliver successes from behind the scene , while creating

meaningful purpose and fun at work for our employees.

Candidate:

We are seeking skilled Mechanical engineers to be part our design & engineering team in Pune. Working

knowledge on Value engineering, concept development, Design for Manufacturability (DFM) /Design for

Assembly (DFA), Design Failure Mode Effects Analysis (DFMEA) concepts is needed. An ideal candidate will have

extensive experience in providing technical design on Mechanical hardware, Machine parts and Components for

Semiconductor, medical or Industrial equipment Manufacturers

Key Responsibilities:

• Predesign- Requirement collection, problem definition, gather technical information, effort estimation, and

clarifying customer goals and receive work RFQs

• Concept Design- Brainstorm Multiple solutional approach, create concept sketches, feasibility analysis,

finalize acceptable solution with customer.

• Detail Design- Generating Specifications, mathematical calculations, detailed 2D design drawings,

integration with electrical / electronic design modules, develop 3D models for simulations & test design for

functionality, performance, strength and efficiency.

• Design Optimization - Develop Final BOMs and design documents for production, assembly instructions,

Quality control instructions using PLM tools.

• Design Updations- Correct and update old design documents for any changes made during production.

Update component libraries .