Design Engineer - Industrial Engineering (warehouse)

Job Description As a Process Engineer at our organization, you will play a crucial role in studying, implementing, and enhancing material management and storage practices within the factory. Your responsibilities will include driving improvements in inbound logistics and material flow for multi-model, low to medium volume production lines, as well as designing and optimizing warehouse capacity based on production needs. Key Responsibilities Process Engineering - Map components, classify them, and create process flows - Define assembly sequences and prepare digital assembly flows - Conduct value stream mapping to compare current and future states - Manage material lists, inventory, and staging methods - Define material feeding methods such as kitting, trolleys, pallets, and storage locations Equipment Planning - Plan equipment like lean lifters, VSRS, and racking systems - Optimize cycle times and equipment usage - Identify material handling solutions for warehouse and line feeding In-Plant Logistics - Define warehouse capacity and material flow processes - Manage line-side logistics, kitting, and staging - Implement PFEP, Kanban, and stock calculations Layout Configuration - Prepare 2D/3D layouts for assembly lines and logistics - Define equipment placement, storage, and handling strategies Time Study and Analysis - Perform MOST and activity mapping - Conduct ergonomic and simulation analysis - Perform AVIX study and VA/NVA analysis To succeed in this role, you will need the following qualifications: Experience Requirements Education - Degree in Mechanical Engineering / Industrial Engineering with 3 to 5 years of experience Knowledge - Experience in Methods Engineering and shop floor operations - Knowledge of inventory classification and material handling systems - Experience in 3D modeling using CAD systems - Familiarity with Warehouse Management Systems (WMS) and MES systems - Knowledge of simulation software such as FlexSim, Delmia, Technomatix, Automode Software Skills - Proficiency in Teamcenter, Inventor, FactoryCAD, AutoCAD 2017, and MS Office 2016 - Familiarity with Autodesk Vault, SmarTeam, or Enovia (added advantage) - Experience with Delmia, Technomatix, and Automode Personality Requirements - Strong interaction and interpersonal skills - Smart working approach with the ability to handle challenging tasks within defined timelines - Effective communication skills in English Location and Travel - Base location: GECIA, Hinjawadi, Pune, India - Willingness to travel to customer locations for business purposes, including short-term and long-term assignments (approximately 20%) In return, you will be part of Atlas Copco, a 150-year-old organization that fosters industrial ideas. Atlas Copco GECIA, based in Hinjawadi Pune, is a Global Engineering Centre offering exposure to international projects in the manufacturing segments. You will have the opportunity to work on implementing lean principles and the latest technologies/platforms under Industry 4.0. Job Location Hybrid - This role offers a hybrid working arrangement, allowing you to split your time between working remotely and being on-site at our Atlas Copco Group in Pune, India (IN). Contact Information Talent Acquisition Team: Divya Prafull Kapade Diverse by nature and inclusive by choice Bright ideas come from all of us. The more unique perspectives we embrace, the more innovative we are. Together we build a culture where difference is valued, and we share a deep sense of purpose and belonging. As a Process Engineer at our organization, you will play a crucial role in studying, implementing, and enhancing material management and storage practices within the factory. Your responsibilities will include driving improvements in inbound logistics and material flow for multi-model, low to medium volume production lines, as well as designing and optimizing warehouse capacity based on production needs. Key Responsibilities Process Engineering - Map components, classify them, and create process flows - Define assembly sequences and prepare digital assembly flows - Conduct value stream mapping to compare current and future states - Manage material lists, inventory, and staging methods - Define material feeding methods such as kitting, trolleys, pallets, and storage locations Equipment Planning - Plan equipment like lean lifters, VSRS, and racking systems - Optimize cycle times and equipment usage - Identify material handling solutions for warehouse and line feeding In-Plant Logistics - Define warehouse capacity and material flow processes - Manage line-side logistics, kitting, and staging - Implement PFEP, Kanban, and stock calculations Layout Configuration - Prepare 2D/3D layouts for assembly lines and logistics - Define equipment placement, storage, and handling strategies Time Study and Analysis - Perform MOST and activity mapping - Conduct ergonomic and simulation analysis - Perform AVIX study and VA/NVA analysis To succeed in t