Transformation-Driven Senior Business Analyst

Matchtech; Kidlington; On-site; GBP 120,000 - 129,000; Full time

Job summary

Matchtech is seeking a Senior Business Analyst for a 6-month contract in Kidlington. The role focuses on business transformation, operating models and continuous improvement across multiple functions within a large engineering and technology-led organisation.

The candidate will challenge current ways of working, design practical improvements across people, process, data and technology, and drive end-to-end process optimisation with minimal direction.

Qualifications

• Proven experience delivering business transformation or operating models.
• Strong skills in process analysis, change management and stakeholder engagement.
• Experience in engineering, manufacturing, or complex tech environments.

Responsibilities

• Analyse and improve end-to-end business processes across functions.
• Facilitate workshops with stakeholders to identify improvements.
• Define current-state and target-state processes and operating models.
• Challenge assumptions with evidence-led recommendations.
• Assess maturity and identify efficiency, governance, scalability opportunities.
• Translate challenges into process, data and technology requirements.
• Work across boundaries to improve workflows and hand-offs.
• Support business change activities and drive continuous improvement.
• Operate independently and deliver practical recommendations.

Skills

Process analysis

Process optimisation

Change management

Workshop facilitation

Stakeholder management

Problem-solving

Tools

SAP

Microsoft 365

Job description

Matchtech is seeking a Senior Business Analyst for a 6-month contract in Kidlington. The role focuses on business transformation, operating models and continuous improvement across multiple functions within a large engineering and technology-led organisation.

The candidate will challenge current ways of working, design practical improvements across people, process, data and technology, and drive end-to-end process optimisation with minimal direction.