Wipro’s Value Engineering practice focuses on a systematic, creative effort to analyze a company’s systems and products, ensuring that required functions are achieved at the lowest possible overall cost—without sacrificing quality, safety or reliability. We execute a well-defined process of functional analysis in order to improve performance, reliability, quality, safety, efficiency and throughput and reduce lifecycle costs. For Example, Wipro helped its client realize higher value from a successful product by effectively re-engineering it to operate beyond its planned life. Read More

	Existing part/product cost is high
	Existing technology is complex/old though simpler means are available
	There is a need to release a cheaper product by cutting down some of the existing feature
	The existing customer demands a minimal increment in product features that are in use
	There is a need to cut down the manufacturing cycle time/cost

Methodology

Discovery	Selection of products, models Identification of elements with the highest potential for value improvement Requirements/Performance objective		Investigation report
Analysis	Tear down analysis Approach for solutions( Impact analysis) Cost Benefit Analysis		Proposal/SOW
Design	Finalizing the architecture Design of the solution, blue print End of life plan		Design document with specifications
Implementation	Execute the design blue print Review vis-à-vis, requirement/performance objectives Alpha testing		Proto lot, test results document
Validation	Performance testing of the component, subsystem, product Audit from regulatory agencies as per requirements		Clearance report
Acceptance	Beta testing		Acceptance document

Focus Areas

	System on Chip design SoC design SoC integration Peripheral block development
	Board/FPGA design Board FPGA design System design
	Processors /OS Porting OS, BSP development ARM, MIPS,X86, Power PC VxWorks, LINUX, Nucleolus Device drivers, System Firmware Domain specific application software Verification services Performance testing Life-cycle engineering
	Software design

Transformers Cable harnesses Monitors/Terminals

PCB bare boards PCB’s populated( SMT, Through hole) Motors

Sheet metal, pressed parts Casting Forgings Specially Machined components

Rubber molded parts Plastic injection molding Steel, Aluminum extrusions Acrylic fabrication Wood based products