Building Evidence-Based Performance Measurement in Electrical Engineering

This case study reveals how a mid-sized Mexican engineering enterprise improved strategic alignment and performance visibility by implementing a tailored scorecard system with BSC Designer.

Introduction to the Company

A Mexico-based engineering and electrical integration company specialising in the design and production of low-voltage switchgear and control systems (electrical distribution and protection panels). The firm employs approximately 75 people and reports annual sales of around USD 28.4 million.

As a mid-market industrial supplier, it operates through several functional units—engineering, manufacturing, sales, and service—and required a structured approach to performance management across departments and review periods.

Stakeholders And Business Context

In the industrial electrical manufacturing sector, the company’s key internal and external stakeholders include:

• Executive leadership (CEO, CFO, Operations Director) – accountable for profitability, growth and risk management.
• Engineering and manufacturing managers – responsible for design and production of low-voltage distribution panels, project execution, cost control and quality assurance.
• Sales and service teams – driving new orders, after-sales service, customer satisfaction and repeat business.
• IT and data teams – maintaining systems for data collection, reporting, integration with Excel and external services such as Dropbox or SharePoint.
• Customers (industrial plants, utilities, OEMs) – expecting on-time delivery, compliance, traceability and cost-effective solutions.

The company aimed to enhance indicator reporting, reduce manual data entry, and improve automation of performance tracking across its operations.

Performance Management Challenges Identified

Before adopting BSC Designer, the organisation faced several obstacles that hindered effective performance management:

• Manual data entry and inefficiency – Indicator values were maintained in multiple Excel files per perspective and quarter, requiring frequent manual imports into the software. This created time-consuming and error-prone workflows.
• Fragmented data sources and lack of synchronization – While cloud storage tools such as Dropbox and SharePoint were used to manage supporting documents, KPI data from Excel sheets were not automatically updated in the software, leading to inconsistencies.
• Complex structure of templates – Using separate Excel files for each perspective and quarter increased workflow complexity and risk of misalignment between departments.
• Need to support KPI data with evidence – To maintain ISO 9001 quality management certification and comply with IEC 61439 standards for electrical panels, the company needed KPIs supported by evidence such as test reports, inspection records, and calibration certificates. A lack of centralised evidence management limited the ability to demonstrate compliance during audits.

“Our indicators are structured in Excel workbooks—one per area—and when any update is made in those files, it isn’t automatically reflected in the system’s KPI values.”

This statement summarised the company’s key integration challenge and the need for better synchronization between operational data and performance dashboards.

Solution With BSC Designer

The BSC Designer team implemented a phased and tailored approach to address these challenges. Key actions included:

• Scorecard setup aligned with organisational structure – A unified scorecard was developed, with business units such as Engineering, Manufacturing, Sales & Service, and Finance represented as separate components. Perspectives were customised accordingly (e.g., “Manufacturing Perspective”, “Sales & Service Perspective”) to reflect real organisational divisions and support cascading.
• Template-based data management – The complete scorecard was exported to Excel to serve as a standard template. Teams entered monthly or quarterly KPI values in this file and imported it back into BSC Designer. This preserved existing Excel workflows while ensuring consistency of data format and structure.
• Planned automation for database synchronization – Although not yet implemented, the company prepared for a future direct SQL database connection to automate updates and maintain real-time synchronization between operational systems and the scorecard.

Results Achieved

After adopting BSC Designer, the company achieved measurable improvements in its performance measurement process:

• Improved data consistency and efficiency – Centralised scorecards and standard templates reduced the risk of inconsistent data and shortened reporting cycles.
• Enhanced management visibility – Executives gained unified dashboards to review KPIs across all departments, improving decision-making and quarterly performance reviews.
• Traceability and compliance readiness – KPI documentation was centralised, improving audit readiness for ISO 9001 and IEC 61439 compliance.
• Foundation for full automation – With structured scorecards and standardised templates in place, the company is prepared to move toward real-time data synchronization and fully automated reporting.

KPIs in the Electrical Panel Manufacturing Sector

Within the electrical panel manufacturing and service sector, managing performance indicators is essential for ensuring operational reliability, risk management, and continuous improvement. The company focused on the following areas:

• Operational risks – Production delays, supply-chain disruptions, non-conformity with panel assembly standards (IEC 61439), and warranty failures, all of which impact costs and customer trust.
• Quality and safety documentation – Maintaining complete test records, calibration logs, and inspection reports to demonstrate compliance with ISO 9001 and electrical safety requirements.

Representative KPIs include:

• Manufacturing Lead Time (days) – average time from order to panel delivery.
• Order Backlog (USD) – value of pending orders.
• Warranty Defect Rate (%) – number of warranty incidents per 100 units.
• Service Call Response Time (hours) – average response time to customer issues.
• Audit Evidence Availability (%) – proportion of KPIs supported by required documentation (e.g., test certificates, calibration data, material traceability records).

How To Improve Performance Reporting In Industrial Manufacturing?

This section brings together the key lessons from the case study. The company needed clearer performance visibility, less manual reporting effort, and reliable audit-ready documentation. The approach below shows how similar firms in industrial manufacturing can improve reporting step by step.

• Start With Existing Workflows – Retain familiar data entry tools such as Excel, but standardize templates to reduce inconsistencies and manual rework.
• Centralize Scorecards by Function – Structure KPIs by department (e.g., Engineering, Production, Sales & Service) to reflect how work is actually managed and reviewed.
• Link KPIs to Evidence – Maintain test records, inspection reports, and calibration certificates in a single place to support quality and compliance audits.
• Plan For Gradual Automation – After standardization, integrate data sources or connect operational databases to reduce manual updates over time.
• Use Tools That Support Both Templates and Automation – Software like BSC Designer allows teams to continue using Excel while building toward centralized dashboards and automated reporting.

From Case Study to Practice

Learn how to apply the BSC Designer platform in practice to build a robust strategy architecture, ensure strategic alignment, and enable effective performance monitoring.

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BSC Designer

BSC Designer is strategy execution software that enhances strategy formulation and execution through KPIs, strategy maps, and dashboards. Our proprietary strategy implementation system guides companies in practical application of strategic planning.