As an Advanced Mech Design Engr here at Honeywell, you will plan, configure, and execute conveyor system projects for large distribution centers. Responsible for the technical quality and effectiveness of the mechanical design. Create and verify conveyor layout, detail, air, load, structural drawings, schematics, and equipment orders as applicable to the project. Plan equipment layout, material flow, and measures to maintain efficient and safe utilization of resources and equipment on projects as assigned. Work with other engineering disciplines in the development and application of material handling equipment and solutions as required in support of project needs. Direct and coordinate building of prototypes. Confer with researchers and other engineers to clarify and resolve problems found during execution, preparing design modifications as appropriate. Perform a variety of calculations and prepare detailed multi-view drawings based on engineering data and standard references. In the field, identify field safety concerns; confirm equipment was installed per plans; communicate design issues and improvements with customers, site superintendents, general contractors, and installation crews; adjust conveyor design to accommodate for field interferences.

You will report directly to our Mechanical Engineering Manager, and you'll work out of our Pune, MH location on a hybrid work schedule.

Education:

· Bachelor’s Degree in Mechanical Engineering

Experience:

· Minimum 8+ years of Mechanical Engineering experience is required.

· Experience with Warehouse automationtechnology, material handling systems.

· Preference to candidate with an experience of leading projects in material handling industry.

· Preference to candidate with detail knowledge of conveyor parts, assemblies- sub assemblies etc.

· Full term of experience must include Autodesk, including AutoCAD, team center, and Navisworks; Microsoft Share Point, Excel, Word, and PowerPoint; Oracle; identifying engineering safety concerns and design improvements related to safety; and communicating design issues and improvements with customers, site superintendents, general contractors, and installation crews.

Abilities:

· Proficient in understanding of conveyor fundamentals.

· Ability to follow procedures and standards in material handling systems

· Advanced ability to develop and maintain relationships with customer and vendors key project   personnel in US.

· Advanced proven ability to work with team (7-10 project team members).

· Advanced capacity to work on multiple projects/tasks at the same time.

· Ability to train, coach, and ‘lead by influence’

· Strong communication skills to work with colleagues and customers from many nationalities.

• Responsible for leading multiple projects with no oversight
• Help to develop procedures and standards.
• Responsible for the technical quality and effectiveness of the mechanical design.
• Create and verify conveyor layout, detail, air, load, structural drawings, schematics, and equipment orders as applicable to the project.
• Plan equipment layout, material flow, and measures to maintain efficient and safe utilization of resources and equipment on projects as assigned.
• Work with other engineering disciplines in the development and application of material handling equipment and solutions as required in support of project needs.
• Delivers in house assignments as per the agreed timeline and set quality standards for 2D/3D CAD work. Follows work plans and cost estimates for work within project budgets, troubleshooting and support activities.
• Perform a variety of calculations and prepare detailed multi-view drawings based on engineering data and standard references.
• In the field, identify field safety concerns; confirm equipment was installed per plans; communicate design issues and improvements with customers, site superintendents, general contractors, and installation crews; adjust conveyor design to accommodate for field interferences.
• Provide planning, reporting, and management of the mechanical project, in addition to technical implementation.
• Take full ownership of the mechanical project elements and execute (and/or delegate) individual tasks throughout the project life cycle by coordinating and forecasting mechanical resources in-house and on site.
• Take a systems approach in understanding core design features, project elements, and overall mechanical architecture and manage the scope, budget ( COs), and schedule, maintaining internal and external customer expectations throughout the project life cycle.