Position : Cost Value Engineering
Location: Bangalore, India
A Snapshot of Your Day
You collaborate closely with Engineering, Procurement, Project Management, and our global supplier base to create cost and value transparency for E-House solutions — from modular electrical buildings to fully integrated turnkey units. You analyze technical concepts, break down material, fabrication, and integration cost drivers, and provide fact-based design-to-value recommendations that support both product development and sourcing decisions. Your day includes building should-cost models, validating supplier quotations, and participating in cross-functional workshops to help optimize product architecture and specifications. With your technical and commercial understanding, you help Procurement prepare for supplier negotiations by delivering explicit, data-driven cost insights that strengthen competitiveness in the E-House market.
How You’ll Make an Impact
Drive cost transparency for E-Houses by developing should-cost models and analyzing key cost drivers across materials, fabrication,
and integration
Support design optimization and target costing by evaluating alternatives and identifying simplification and value-improvement prospects with Engineering
Strengthen supplier negotiations with reliable cost breakdowns, benchmarks, and fact-based input for sourcing strategies
Improve competitiveness and profitability by identifying cost-out levers in modularization, material selection, and manufacturing processes
Drive standardization of E-House designs, BOM structures, and cost breakdown templates to improve comparability, reusability, and scalability across projects
Advance cross-functional collaboration by representing CVE in the E-House Commodity Circle and promoting a shared cost-and-value mindset across teams
Lead cross-functional collaboration on creation of a price predictability model for E-Houses
Contribute to the global CVE network by exchanging best practices, tools, and
📌 Cost Value Engineer Bengaluru (India)
🏢 Siemens
📍 India