WORK IN PROGRESS — ABOUT THE AUTHOR

About Simon Peers

Simon Peers has spent more than four decades learning how systems work in practice — in voluntary organisations, manufacturing, commodity trading, electronics, power electronics, quality management, technical sales, business development and consultancy.

Rewiring the Public Sector is not an attempt to import fashionable management theory into government. It is the latest stage in a much longer journey: understanding complex organisations from first principles, seeing how information, people, processes and incentives interact, and asking what happens when one part of a system is changed without understanding the whole.

Early responsibility: Derby Colleges Charities Appeal

Long before his career in electronics, Simon had already discovered that organisations could be improved by looking beyond individual tasks and understanding how the parts fitted together.

While a student in Derby, he became involved with the Derby Colleges Charities Appeal, initially as procession organiser in 1982/83 and then as Chair in 1983/84 and 1984/85. He was unanimously re-elected for the second year.

The appeal brought together students from several colleges and required coordination across committees, institutions, volunteers, fundraising activities and public events. A target of approximately £3,000 was set; the appeal ultimately raised close to £6,000.

Simon also represented the appeal on the Students’ Union Council and on occasion deputised for the president. The experience was an early lesson in something that would recur throughout his career: results depend less on organisational charts than on whether information, responsibility and action actually connect.

Maltby Brick Company: learning to see the whole system

In 1982 Simon took what was initially a four-week summer job at Maltby Brick Company in South Yorkshire. He returned in subsequent summers and became familiar with the complete production chain: quarrying the clay, crushing and mixing, extrusion and forming, drying, firing and packing.

This was not abstract observation. He worked in the factory, including hot and physically demanding jobs such as clearing waste beneath the kiln. He learned first-hand that the kiln could not simply be switched off for a weekend: cooling and restarting it could take days, so it was turned down rather than stopped.

That practical understanding became the basis of his postgraduate work in Management of Change. Rather than treating material handling, labour, energy use and production capacity as separate issues, he proposed a monorail-based reorganisation of material flow through the factory, combined with Sunday working to maintain continuity through the drying and firing process.

“The objective was not merely to move materials more efficiently. It was to reorganise the production system so that equipment, labour, energy and capacity worked together more effectively.”

The dissertation was concerned primarily with the operational and human management of change. It considered not only technical feasibility but also people, training, working conditions, planning, flexibility and the need to understand the total system affected by a change.

In retrospect, Maltby was the beginning of a pattern. Simon was not simply interested in improving one machine or one procedure. He wanted to understand the complete system, identify its constraints and redesign the relationships between its parts.

The period also coincided with the 1984–85 miners’ strike, giving him a close view of industrial Britain, workforce relations, overtime, household financial pressures and the importance of organisational culture. He photographed the factory and its operations using an Olympus OM-10, creating a first-hand record of the environment in which this thinking developed.

Cargill: commodity trading meets electronics

After postgraduate study Simon joined Cargill as a graduate trainee in 1986. His route into electronics was largely accidental.

Cargill had ventured into electronic components, applying a commodity-trading mindset to a market that behaved very differently. Electronic components could not simply be treated as interchangeable units: specification, manufacturer, qualification, design-in status, obsolescence, lead times and customer application all mattered.

The venture proved difficult and was sold to Lex Service, where it became Invader. Simon stayed with the electronics business rather than returning to Cargill, a change he initially viewed as a setback but which ultimately set the direction for the rest of his professional life.

The information environment was itself revealing. Telex operators still worked alongside a standalone IBM System/36 with a large green-screen monitor and tightly controlled programming. Simon’s experience was that the information-processing capability available to the business struggled to support the complexity of the trading structure it was being asked to manage.

Again, the lesson was systemic: a commercial model, a technology platform and the underlying information requirements have to fit one another. Technology cannot compensate indefinitely for a poorly matched operating model.

HB Electronics: emerging semiconductor technology

Before the Maplin period, Simon’s career developed further at HB Electronics, at a time when the electronics industry itself was going through major technological change.

This was the era in which surface-mount technology was moving rapidly into mainstream manufacture, semiconductor capability was expanding, and the boundary between traditional analogue electronics and increasingly digital systems was shifting.

For Simon, this was important not simply because new components were appearing. It reinforced a broader systems lesson: a change in component technology alters much more than the component itself. It affects board layout, manufacturing methods, assembly equipment, quality control, sourcing, design practice, test procedures, product size, reliability and the skills required throughout the supply chain.

The transition from analogue towards digital systems provided another practical example of technological change cascading through an organisation. New semiconductor technologies created opportunities, but capturing those opportunities required manufacturers, designers, distributors and customers to change together.

HB Electronics therefore forms an important bridge in Simon’s professional development: from component and product management into a deeper appreciation of how emerging technology changes entire technical and commercial ecosystems.

Electronics, product management and Maplin

From that point Simon developed a career spanning electronic components, technical sales, product management and business development. Early product-management work included connector systems associated with companies such as DuPont, Berg and McMurdo.

He later worked with Maplin Electronics during the period when the company was developing its early internet presence. In 1998 he was involved around the launch of the Maplin website — at a time when online retail was still new and its strategic importance was far from universally understood.

For Simon, Maplin became another example of the interaction between technology, organisational strategy and system design. A technically successful innovation is not enough if the organisation around it does not adapt its priorities, investment and operating model.

TDK modems and First Fibre: communications and high-speed digital logic

After Maplin, Simon’s experience moved further into communications and high-speed digital electronics.

Work involving TDK modem technology exposed him to the practical challenges of moving data reliably across communications systems at a time when connectivity was becoming increasingly central to both products and businesses.

The modem experience reinforced a recurring systems lesson: communications performance is never determined by a single component. It depends on the interaction between hardware, signal integrity, protocols, interfaces, software, network conditions and the requirements of the end application.

He also gained experience with First Fibre and ECL logic, working in an environment where very high-speed digital performance placed demanding requirements on component choice, board design, timing, interconnection and signal integrity.

ECL — emitter-coupled logic — represented a very different engineering world from slower commodity digital electronics. Its use highlighted the importance of understanding the whole signal path rather than treating logic devices as isolated building blocks.

Together, the TDK and First Fibre experiences extended Simon’s understanding of systems from component selection and manufacturing into the behaviour of complete communications and high-speed digital architectures.

A change of direction: Scotland, family and a different kind of system

In 1999 Simon met Edith at his cousin’s wedding. The relationship changed the direction of his life. He chose to give up the career path he had been following in order to move to Scotland, where he subsequently worked in a series of sales and business-development roles.

The move was significant because it broadened his experience beyond a conventional progression through the electronics industry. Rather than following one corporate ladder, his working life increasingly combined technical, commercial, organisational and community-facing roles.

Edinburgh Theatre Arts: marketing, audiences and organisational life

Alongside his commercial career, Simon served as Marketing Manager at Edinburgh Theatre Arts from 2001 to 2014.

The role added a very different perspective to his systems thinking. Theatre depends on far more than what happens on stage: audiences, publicity, ticketing, volunteers, production schedules, artistic choices, budgets and communications all have to work together if an organisation is to succeed.

Marketing in that environment meant understanding how an organisation presents itself, how information reaches people, what persuades an audience to engage, and how creative and operational teams depend on one another.

It reinforced another recurring theme in Simon’s career: systems are ultimately about people as much as processes. A technically sound plan can still fail if communication, incentives, expectations and human behaviour are not understood.

Thirty-seven years in electronics and power electronics

Over the following decades Simon worked across electronics and power electronics in technical sales, manufacturer representation, business development, management and consultancy.

His work placed him between component manufacturers, design engineers, project managers, purchasing organisations and end customers. That position repeatedly required him to translate between different parts of a system — technical requirements, commercial pressures, production realities, quality controls and long-term product support.

Projects and customers ranged across aerospace, automotive, industrial power systems, telecommunications and specialist manufacturing. They included work linked to Eurofighter CAPTOR radar and later AESA developments, hybrid-bus power systems, silicon-carbide motor applications, industrial welding equipment, telecommunications equipment and GSM/GPS systems.

Across those environments he encountered and worked with disciplines including Total Quality Management, Six Sigma, ISO 9001, PPAP, controlled documentation, product change notifications, root-cause analysis, corrective action and continuous improvement.

These were not theoretical management frameworks. They were practical mechanisms for controlling risk in real systems: define the requirement, understand the process, trace the information, identify variation, verify the result and learn from failure.

The recurring pattern

Looking back across these apparently different stages — a student charity appeal, a brick factory, commodity trading, early business computing, electronics distribution, internet retail, aerospace and power electronics — the same questions keep appearing:

• What is the system actually trying to achieve?
• What information is needed to make it work?
• Where are the dependencies?
• Who owns the outcome rather than merely the task?
• What happens when reality differs from expectation?
• How is corrective action verified?
• How does learning travel back through the organisation?

These are engineering questions before they are management questions.

From engineering systems to public systems

Rewiring the Public Sector grows directly from that accumulated experience.

The book asks why disciplines that are routine in engineering and quality assurance — feedback, verification, variance explanation, named responsibility, controlled change, corrective action and continuous improvement — can become weak or fragmented when applied to public administration.

The argument is not that government should be treated as a machine. Human organisations are more complex than machines precisely because they contain judgement, incentives, culture, politics, incomplete information and conflicting objectives.

But complexity makes systems discipline more important, not less.

“The paperwork may be complete. The failure may still be present.”

The central proposition is therefore straightforward: before digitising a process, automating it or applying artificial intelligence, understand whether the underlying system is sound.

Don’t digitise the failure. Understand the system first.

Why this biography matters to the project

The credibility of Rewiring the Public Sector rests not on claiming to have invented systems thinking, nor on presenting another management theory.

It rests on decades spent seeing systems from the inside: organising people, studying production, managing change, working with early information systems, selling and supporting technology, dealing with engineers and customers, operating within formal quality regimes, and repeatedly seeing the difference between a process that has been completed and an outcome that has actually been achieved.

Rewiring the Public Sector is the attempt to bring that experience together — and ask what it can teach us about the systems on which public life depends.