Infosys delivers high value global engineering solutions across the product lifecycle value chain. This blog is to discuss trends and best practices around global engineering, global product development, product innovation, product lifecycle management and green engineering aspects across industries.

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August 28, 2009

Global Engineering and Product Operations – The Strategic Imperative

How can companies compete in an environment of excess supply while preparing for a market upturn?  This is a strategic question facing companies today, and effective product operations and engineering are fundamental to address the challenge. 

We launch this blog with a strategic perspective:  how can global engineering and product operations improve competitive advantage and ultimately shareholder value?  Sustainable competitive advantage comes from operational effectiveness (doing what your competitors do, but better) or strategic positioning (delivering unique value to your customers by doing things differently than your competitors).  Engineering and product operations drive both operational effectiveness and strategic positioning.  These functional areas represent a significant portion of product cost, and they also are the linchpin for innovation and alignment to Voice of Customer.

Markets continue to exert extreme pricing pressure amidst the global economic slowdown.  Executives now consider current conditions as a resetting of baseline expectations, not a temporary dip with an implied bounce back to former levels.  Even with early signs of recovery, organizations need to take full advantage of both efficiency and effectiveness levers.  The following product efficiency levers have demonstrated significant potential to reduce costs:

  • Global sourcing:   disaggregation and globalization of the product development lifecycle.  High-value delivery (benefits – cost) is the real story, not simply low cost country sourcing.  Proximity to local markets and understanding these markets are also important.
  • Engineering program management:  robust engineering foundation to facilitate global standardization, reuse and economy of scale.
  • Testing:  testing plans need to be integrated into a defined strategy to find defects early, incorporate learnings into institutional knowledge, and optimize asset costs across the organization.
  • Sustainability:  lower total cost is the practical driver for green product development, beyond regulatory requirements and corporate citizenship.
  • Tools:  integrate into engineering workflow and adopt standard tools where justified.  These include product lifecycle management and engineering tools, and they must be integrated with the tools in other functional areas like ERP.
Products remain a vital area for differentiation, and the following operational levers are highly important to improve product effectiveness:
  • Advanced Engineering:  new processes and software-enabled design capabilities are enabling advancements in explicit knowledge representation and reasoning techniques.  While also driving costs lower through virtualization, advanced engineering will increase differentiation and raise product form, fit and function to new levels.
  • Innovation Management:  match future customer demand with limited resources, developing the best ideas from any source – internal or external.  Ideas must be generated, scored, and managed with a rigorous portfolio view.
  • Customer Needs Management:  identification, traceability, and management of customer needs and requirements through the stage gate process.  Beyond aligning products with Voice of Customer, this also increases accountability for upstream personnel in marketing and product development.
  • Portfolio management:  manage ideas and projects effectively through the gating process.  Processes and tools have evolved to allow more rigorous and accurate measurement at the individual product and portfolio level.  In addition to improving portfolio yield as a sum of individual products, this also optimizes performance based on dependencies across products.
  • Field performance management:  use of data and field experience to improve product reliability and predict product performance.  Closed-loop feedback into the engineering knowledge base is an important (though lagging) input and link to improving customer experience.
  • Compliance:  domestic and international trade compliance are differentiators in that they enable or restrict market reach.  The cost to accommodate compliance requirements is also an efficiency dimension, placing an additional burden on companies that do not execute well in this area.

     

August 26, 2009

Global Engineering – “Develop anywhere and Manufacture anywhere”

As we continue our efforts in Demystifying Global Engineering, it is heartening to note that leading analysts are increasingly acknowledging the true essence of Global Engineering. It is even more gratifying to note that Infosys’ strategic global engineering relationships are part of the key examples for such stories. A recent research report by Michael Burkett of AMR Research Inc has captured one such story. An excerpt from the report is given below:

 

“Another aerospace company has set up a virtual engineering center at Infosys facilities in India. The relationship expanded from 15 Infosys engineers on a single project to a team of 220 four years later that are used on multiple programs. Management of design collaboration between the companies includes three team components. The customer has an outsourcing director that oversees their project leads and teams. Infosys then provides an on-site engagement manager that oversees the on-site Infosys team. Finally, there is an offshore team in the engineering center with its own leadership and program managers.
 
Flexible engineering capacity is the main goal for creating this engineering center, and the re-use of trained resources across programs makes the company more productive. The teams support design activities, including structural design and analysis and knowledge-based engineering. For manufacturing, they support tool design and methods development.”
 
Source: Develop and Manufacture Anywhere To Reach Global Markets and Optimize Product Supply Networks, Tuesday, August 04, 2009, Michael Burkett, AMR Research Inc.,

 

Even today, many organizations believe that Global Engineering is about ‘engineering off-shoring’ and the primary focus is to reduce costs through labor arbitrage. But this is NOT the case. The real benefit of global engineering comes from breaking down and distributing large complex tasks.  Global engineering allows organizations to innovate better through access to a vast pool of global talent, which ultimately results in overall program effectiveness.

 

By demystifying Global Engineering, many leading organizations realize reduction in Total Cost of Ownership (TCO) that is many times higher than the mere labor arbitrage benefits. On the other hand, unfortunately, many global engineering initiatives fail due to the excess focus on labor arbitrage benefits. Some of the key factors organizations should focus on to be successful with their Global Engineering journey are:
·         Strategy alignment and well defined road map definition
·         Measurable performance milestones and Key Performance Indicators (KPI)
·         Focusing on continuous value ascendency and innovation
·         Openness to re-engineer legacy processes and methodologies
·         Encouraging cross-pollination of ideas from multi-industry backgrounds
·         Leveraging lean engineering practices for effective and efficient Global Engineering
Let us know your views…

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