Advanced Mechanical Design Engineer

Job Description

Adv Mech Design Engineer

Experience: 8 – 10 years of experience

Qualification: B.E./B.Tech in Mechanical Engineering

Role Summary 

We are seeking an experienced Mechanical Design Engineer to join our VECE team at our Bangalore Design Centre. Candidates with strong experience in New Product Introduction (NPI), Mechanical product design are preferred. This role requires an independent technical contributor capable of leading complex product development activities from concept through production release. 

Honeywell's Value Engineering (VE) and Component Engineering (CE) Center of Excellence (COE) is a dynamic collective of professionals dedicated to refining product development through innovative engineering and strategic component selection. Working in tandem with GBE's Engineering and Procurement teams, the VE/CE COE is a global entity tasked with the critical mission of enhancing product margins and driving productivity, thereby securing Honeywell's competitive edge in the global market. Our mandate spans across all Strategic Business Groups (SBGs) ensuring that value engineering and component engineering principles are consistently applied to deliver tangible savings and superior products. As a hub of flexibility and rapid adaptation, the VE/CE COE is Honeywell's strategic response to the ever-evolving marketplace demands.

 

Qualifications

Required Experience and Education 

• B.E./B.Tech/M.E./M.Tech in Mechanical Engineering. 
• 8–10 years of experience in Electromechanical product design and development. 
• Trained or certified on INVEST methodology is an added advantage.
• Proven experience New Product Development programs. 
• Knowledge of Value Analysis/Value Engineering principles and techniques
• Proficiency in PTC Creo Parametric (Pro/ENGINEER). 
• Experience with Teamcenter or equivalent PLM/PDM systems.  
• Knowledge on UL/CSA/CE standards
  
   

Professional Skills and Knowledge 

• Experience in Value engineering and Component Engineering. Knowledge of Value engineering methodologies.
• Knowledge of should costing.
• Strong experience designing Mechanical products with machined, plastic, sheet metal and cast components. 
• Strong understanding of materials, manufacturing processes, coatings, and environmental protection methods. 
• Proficient in GD&T, tolerance stack-up analysis, DFM, DFA, and detailed drawing creation. 
• Hands-on experience with DFMEA, PFMEA, control plans, and risk mitigation methodologies. 
• Ability to predict, quantify, and mitigate technical risks throughout the product development lifecycle. 
• Strong analytical, troubleshooting, and problem-solving skills. 
• Familiarity with Six Sigma and continuous improvement methodologies. 
• Effective communication and presentation skills with customers, suppliers, and global engineering teams. 
  
   

Responsibilities

Key Responsibilities 

• Experience on Value Engineering/Component Engg projects.
• Manage VE/CE project liaising with R&D, manufacturing, sourcing and commercial teams to define the work. Monitor progress and manage risks to achieve successful completion 
• Own technical deliverables, engineering quality, and execution of assigned product development programs. 
• Derive Test plan and Perform Component and Product level Qualification – Provide change description, develop test instructions and execute as per standards.
• Develop expertise in the product line and proactively identify product improvement, cost reduction, and growth opportunities. 
• Lead design reviews and provide technical guidance to junior engineers and cross-functional teams. 
• Perform concept generation, trade studies, detailed design, tolerance analysis, and technical risk assessments. 
• Drive DFMEA activities and develop mitigation plans for identified design risks.
• Work with simulation, validation, quality, sourcing, manufacturing, and suppliers to ensure successful product development and launch. 
• Drive continuous improvement initiatives using Lean Six Sigma methodologies.
• Create and review CAD models, engineering drawings, technical reports, test plans, and project documentation. 
• Support Engineering Change Orders (ECO) and Engineering Change Notices (ECN) through product lifecycle management processes. 
• Ensure adherence to engineering standards, design guidelines, and quality requirements.