IT in Manufacturing


S&OP planning

December 2010 IT in Manufacturing

Sales and operations planning can yield a competitive edge.

Sales and operations planning (S&OP) is a critical set of business activities that lies at the centre of business planning. S&OP addresses planning at several levels: strategic, tactical, operational and execution. The scope of S&OP therefore ranges from yearly (including budget), monthly, weekly and down to hourly planning and scheduling. It is fundamental to manufacturing, and every business that makes widgets needs to have some form of S&OP in place. Yet, surprisingly, despite manufacturing companies often having invested heavily in transactional systems to support manufacturing processes, the S&OP process is frequently run on spreadsheets.

There are many reasons for this: for example, formal S&OP training is based on spreadsheet models to help students build up a conceptual understanding of the subject. Another reason is that there are no silver bullet S&OP applications available, and if you happen not to be running the all-singing, dancing ERP, then bad luck. Fortunately, this environment is changing and with the increase in collaboration between business process automation, performance management and event management technologies, this is all changing.

So what is the problem?

S&OP planning is generally based on a model of the business that matches supply, finite production capacity and demand, sets operational and financial targets and monitors execution and tactics to adhere to the plan. Yet, those in manufacturing will agree, these plans are useful to set objectives, but a large degree of tactical decision-making is required when things change, as they tend to do in reality. Suppliers fail to deliver raw materials on time, production plants break down, customer orders hardly ever adhere to forecast, exchange rates (and prices) fluctuate and more.

It is possible to manage the tactical decision-making on spreadsheets, but this will not achieve an optimal result. A good S&OP system should facilitate collaboration with suppliers and customers, react to variations in plan, constantly optimise production and distribution networks, be able to compare multiple what-if scenarios against a baseline and keep historical records of decisions that can be used to improve future tactics. Anyone who has used a spreadsheet beyond the ‘breaking point’, where the complexity of the model is beyond the understanding of the creator, will understand the limitations of a spreadsheet-based approach.

The ease with which spreadsheets are changed and multiple versions created has a further downside – it leads to an entrenched culture in the business that is resistant to growing the level of maturity necessary for maintaining global competitiveness – after all “if my spreadsheet works, why should I support the new disciplines required of a collaborative S&OP system that takes control away from me?”

S&OP redefined

A good S&OP application requires both strategic and tactical elements that present metrics in a relevant and simple way to decision-makers. Dashboards and KPIs that can react to real-world events and provide management with simple indicators on which to base tactical decisions are essential. Strong collaboration capabilities that allow customers, suppliers and production to agree on a ‘single demand number’ are critical. Event management and associated defined workflows are necessary to make any response to unexpected events resilient and coordinated across multiple departments.

Several vendors already have the building blocks of a good S&OP system in their technology stacks. However, coupling these components together to meet the requirements of a business is not a standard configuration process. Existing systems need not be ripped and replaced: an S&OP system is a new technology layer that binds these systems together to enable better decisions, faster reactions and improved collaboration.

This is unlikely to be a one-off process, but rather a series of incremental projects that start, for example, with a collaborative demand forecast, followed by tactical optimisation of production and distribution using a mixed integer linear programming model, then the implementation of event management capabilities and a performance management system that reports against strategic and tactical KPIs.

Each business is different, and this may not fit all. It is, however, important to recognise that the process is one of simultaneously maturing the business together with implementing a technology solution as an enabler. This is the same philosophy used when implementing ERP or any other complex system. In principle S&OP is no different, but rather a new frontier of manufacturing systems evolution. If ignored, however, the business stands to lose competitiveness to those which do execute S&OP effectively with the best tools available.

Gavin Halse
Gavin Halse

For more information contact Gavin Halse, ApplyIT, +27 (0)31 514 7300, [email protected], <a href="http://www.applyit.com" target"_blank"> www.applyit.com</a>





Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Enhancing cyber security for industrial drives
Siemens South Africa IT in Manufacturing
The growing connection between production networks and office networks as part of IT/OT integration and the utilisation of IoT have many benefits for industrial companies. At the same time, they also increase the risk of cyber threats. Siemens ensures that your know-how and plants are protected at all times.

Read more...
Immersion cooling systems for data centres
IT in Manufacturing
The demand for data centres in Africa is growing. The related need for increasing rack densities brings with it escalating cooling requirements.

Read more...
Transforming pulp and paper with automation and digitalisation
ABB South Africa IT in Manufacturing
The pulp and paper industry in South Africa is undergoing a significant transformation from traditional manual processes to embracing automation technologies. Automation in pulp and paper mills aims to improve various production stages, from raw material preparation to final product creation.

Read more...
New world of process control: A completely web-based process control system
Siemens South Africa IT in Manufacturing
Control technology is crucial for gaining a competitive edge in the process industry. That’s why there’s SIMATIC PCS neo - the innovative ground-breaking process control system by Siemens.

Read more...
Protecting industrial networks with resilient defence
RJ Connect IT in Manufacturing
Network security is no longer just about preventing hacking or data breaches. For operational technology networks, resilient defence and consistent uptime are crucial. They are the core tenets that underpin Moxa’s guarded uptime and resilient defence (GUARD).

Read more...
The metaverse is now: are you ready to reimagine your business?
IT in Manufacturing
The convergence of the digital and physical worlds, driven by spatial computing and the metaverse, is rapidly reshaping business landscapes. This transformation extends beyond the mere novelty of virtual reality headsets and augmented reality filters, signalling a fundamental shift in how organisations operate, collaborate and innovate.

Read more...
AI and cyber security: South Africa’s next battleground
IT in Manufacturing
Artificial intelligence is rapidly becoming a double-edged sword in the world of cybersecurity. In South Africa, where cybercrime is on the rise, AI presents both an opportunity and a threat.Artificial intelligence is rapidly becoming a double-edged sword in the world of cybersecurity. In South Africa, where cybercrime is on the rise, AI presents both an opportunity and a threat.

Read more...
Technology won’t save your business from cyber threats
IT in Manufacturing
Artificial Intelligence is reshaping the landscape of information security, presenting both unprecedented opportunities and significant new threats.

Read more...
Addressing the cooling needs of the modern data centre
Schneider Electric South Africa IT in Manufacturing
The rise in hardware density in data centres is gaining speed and is largely driven by the demands of artificial intelligence and machine learning, requiring more powerful servers and specialised hardware.

Read more...
South Africa’s next cyber security frontier
IT in Manufacturing
AI-powered agents are rapidly transforming how South African businesses operate, from chatbots managing customer inquiries to automated systems processing financial transactions. While these AI-driven assistants increase efficiency and reduce operational costs, they also present a new, and often underestimated, cybersecurity challenge: identity management.

Read more...