Projects Chronologically

This is an executive, structured, project-by-project reverse chronological breakdown of Mark Whitfield’s professional career spanning over 35 years (from 2026 down to 1990).

It explicitly captures his progression from a deep technical mainframe programmer to an SC-cleared Senior IT Project and Engagement Manager across Tier-1 banking, public sectors, gaming, aerospace, and logistics.


Project 1: Common Entry Health Document Inspection Portal (CHIP) Integration

  • Project Number: 1
  • Year: 2023 – 2024
  • Project Name: Fish Export Service (FES) integration into CHIP
  • Project Length: ~1 Year
  • Company: Capgemini UK
  • Location: Manchester / Greater London, UK
  • IT Role: Technical Delivery Manager (Augmented)
  • Customer: UK Government (Defra / Border Systems Department)
  • Suppliers: Capgemini Blended Onshore/Offshore Engineering, Third-Party Government Systems Contractors
  • Focus Area: Government compliance, post-Brexit border data systems, and cross-platform health verification
  • Description: Managed the complex data stream integration connecting the Fish Export Service (FES) into the unified Common Entry Health Document Inspection Portal (CHIP).
  • Technology: Cloud Architecture, REST APIs, Secure Government Networks
  • IT Tools/Languages: MuleSoft Anypoint Platform, JIRA, Confluence
  • Budget: Multi-Million Public Sector Funding
  • Methodology: Agile Scrum (Managing two distinct Scrum teams: Trade Platform and FES)
  • Political Landscape: Post-Brexit regulatory friction requiring rapid, bulletproof border enforcement and automated health documentation checks to keep trading pipelines fluid.
  • Highlights: Maintained live Security Clearance (SC Cleared) status while executing a seamless handoff across multiple cross-functional government bodies without timeline overruns.
  • Feedback Received: “Mark navigated complex client and team dynamics under strict regulatory constraints flawlessly.”

Project 2: Enterprise Middleware & Integration Platform Modernisation

  • Project Number: 2
  • Year: 2021 – 2023
  • Project Name: Enterprise MuleSoft Ecosystem Deployment
  • Project Length: 2 Years
  • Company: Capgemini UK
  • Location: Trafford Quays, Manchester, UK
  • IT Role: Delivery Manager / Engagement Manager
  • Customer: MuleSoft / Tier-1 Enterprise Corporate Clients
  • Suppliers: MuleSoft Professional Services, Capgemini India offshore
  • Focus Area: API-led connectivity, microservices refactoring, and cloud integration architectures
  • Description: Embedded directly into the client ecosystem to orchestrate the roll-out of standard API lifecycles, replacing fragile legacy point-to-point connections with robust middleware integrations.
  • Technology: MuleSoft Anypoint Platform, Hybrid Cloud Ecosystems (AWS/Azure)
  • IT Tools/Languages: RAML, DataWeave, XML, Jenkins CI/CD
  • Budget: Premium Tier-One Corporate Budget
  • Methodology: Scaled Agile (SAFe) / Hybrid Frameworks
  • Political Landscape: Legacy internal IT departments protecting siloed data structures vs. executive mandates pushing for rapid cloud migration and digital fluidity.
  • Highlights: Successfully coordinated cross-functional offshore development pipelines. Won the C&CA UK’s Communications & Engagement Award (2022) for Cloud & Custom Applications.
  • Feedback Received: “His ability to coordinate onshore/offshore teams while maintaining precise control over project governance is exceptional.”

Project 3: Public Sector Legacy Estate Cloud Migration

  • Project Number: 3
  • Year: 2020 – 2021
  • Project Name: Local Regional Government (LRG) Cloud Transformation
  • Project Length: ~18 Months
  • Company: Capgemini UK
  • Location: Greater Manchester / Regional Hubs
  • IT Role: SC-Cleared Engagement Manager (A8)
  • Customer: Local Regional Government Bodies
  • Suppliers: Internal Capgemini DevOps squads, external public sector database sub-contractors
  • Focus Area: Legacy data center decommission, cloud infrastructure migration, public security assurance
  • Description: Led the phased digital migration of a sprawling, decades-old regional government software estate from physical hardware to a multi-tenant cloud framework.
  • Technology: Hybrid Cloud (AWS/Azure), Serverless Frameworks, Kubernetes
  • IT Tools/Languages: MS Project, Azure DevOps, SQL Server
  • Budget: Fixed-price Public Sector Transformation Budget
  • Methodology: Hybrid Delivery (Waterfall for financial governance, Agile Scrum for software sprint execution)
  • Political Landscape: Strict local government budget limitations paired with high political pressure regarding civilian data privacy and protection.
  • Highlights: Safely shifted public data services without public-facing downtime or security leaks.
  • Feedback Received: “Maintained an incredibly tight handle on financial burn rates across complex workstreams.”

Project 4: Automotive Enterprise Supply Chain Planning

  • Project Number: 4
  • Year: 2017
  • Project Name: Supply Chain Integration Programme
  • Project Length: ~1 Year
  • Company: Capgemini UK
  • Location: West Midlands / Manchester, UK
  • IT Role: Client-Facing Engagement Manager
  • Customer: Jaguar Land Rover (JLR)
  • Suppliers: JLR Internal IT, Capgemini Architecture Teams
  • Focus Area: Enterprise architecture planning, pipeline resource mapping, and Scrum orchestration
  • Description: Directed the software development lifecycles for high-scale automated manufacturing data pipelines tracking raw components to production lines.
  • Technology: SAP Integrations, Web Services, Message-Oriented Middleware
  • IT Tools/Languages: Java, Oracle DB, MS Excel Burn Tracking
  • Budget: Large-scale Automotive Enterprise Capital
  • Methodology: Agile Scrum with heavy cross-team interdependencies
  • Political Landscape: Just-in-time manufacturing models requiring data precision; minor software lag translated to millions in physical factory losses.
  • Highlights: Harmonized clashing requirements across factory floor operators and executive software architects.
  • Feedback Received: “Bridges the gap between legacy engineering limitations and modern digital requirements perfectly.”

Project 5: Enterprise Core Interface Data Center Migration

  • Project Number: 5
  • Year: 2016
  • Project Name: Core Interface System Relocation
  • Project Length: 1 Year
  • Company: Capgemini UK
  • Location: National UK Deployment Sites
  • IT Role: Senior Engagement Manager
  • Customer: Royal Mail Group (RMG)
  • Suppliers: 90+ Dedicated Capgemini Onshore/Offshore Engineers
  • Focus Area: High-volume systems migration, data center redundancy, risk mitigation
  • Description: Led the technical migration of over 1,100 interconnected application and logistics interfaces across dual active-passive data centers.
  • Technology: Enterprise Application Integration (EAI), High-Availability Unix Networks
  • IT Tools/Languages: Complex RAID Logs, Project Governance Plans (PGPs), POaP
  • Budget: £4.3 Million
  • Methodology: Traditional Structured Waterfall with intense Risk/Issue management
  • Political Landscape: Crucial national infrastructure with zero tolerance for postal or delivery network blackouts during flight paths.
  • Highlights: Safely completed the massive cutover, earning a high-profile internal delivery award at Capgemini.
  • Feedback Received: “Extremely methodical. Handled massive software volumes under immense delivery pressure.”

Project 6: Aerospace Real-Time Airspace Mobile Systems

  • Project Number: 6
  • Year: 2016
  • Project Name: Airspace Data Mobile Dissemination
  • Project Length: ~8 Months
  • Company: Capgemini UK
  • Location: Manchester / Corporate Head offices
  • IT Role: SC-Cleared Delivery Lead
  • Customer: NATS (National Air Traffic Services)
  • Suppliers: iOS Swift Specialised Developers, NATS Security Auditors
  • Focus Area: High-security, public vs. military data segmentation, native application builds
  • Description: Overseeing the ultra-secure roll-out of customized Apple iOS apps displaying real-time mapping, flight patterns, and segmented civil/military airspace data.
  • Technology: Apple iOS Ecosystem, Secure APIs, Cryptographic Feeds
  • IT Tools/Languages: Swift, Objective-C, CocoaPods, Secure VPNs
  • Budget: Secure Corporate Defence/Aviation Funding
  • Methodology: Agile Scrum
  • Political Landscape: High-profile aviation regulations requiring flawless cryptographic verification to avoid leaked coordinates or server compromise.
  • Highlights: Formulated a bulletproof deployment plan that sailed through strict civil aviation security evaluations.
  • Feedback Received: “Demonstrated great leadership and balance between deep technical understanding and clear governance.”

Project 7: Digital Sportsbook & Native Mobile Transformation

  • Project Number: 7
  • Year: 2014 – 2016
  • Project Name: Online & Mobile Gaming Suite Modernisation
  • Project Length: 2 Years
  • Company: Betfred Limited
  • Location: Wigan / Greater Manchester, UK
  • IT Role: Senior Digital Project Manager / Delivery Lead (Online & Mobile Division)
  • Customer: Betfred Mobile and Web Consumers
  • Suppliers: Specialized Third-Party Frontend Agencies, Fraud Detection Labs, Payment Providers
  • Focus Area: Payment gateway mechanics, live betting software UI/UX upgrades, Random Number Generator integrations
  • Description: Managed cross-boundary lifecycles shifting legacy footprints into high-throughput digital sportsbooks (football/horse racing) and native smartphone frameworks.
  • Technology: Mobile Application Frameworks, Real-Time Web Sockets, Transaction Routing
  • IT Tools/Languages: Java, iOS (Swift), Android (Java/Kotlin), MS SQL, ASP.NET, Weekly Effort Burn Trackers
  • Budget: High-volume commercial gaming development budgets
  • Methodology: Agile Scrum (Fast-paced iterative release cycles)
  • Political Landscape: Fast-moving consumer market where service outages during high-profile sporting events (e.g., Grand National) caused heavy financial penalties and client attrition.
  • Highlights: Orchestrated the monthly release schedule across iOS, Android, and Windows Phone variants.
  • Feedback Received: “Mark drove multiple software suppliers to match our rigid promotional timelines perfectly.”

Project 8: Lloyds Banking Group Self-Service Software Replacement (SSSR)

  • Project Number: 8
  • Year: 2013 – 2014
  • Project Name: Lloyds Self-Service Software Replacement (SSSR) Programme
  • Project Length: ~1 Year
  • Company: Wincor Nixdorf (Banking Division)
  • Location: Woking / Client Sites UK Wide
  • IT Role: Agile IT Project Manager (Professional Services)
  • Customer: Lloyds Banking Group (LBG)
  • Suppliers: Wincor Hardware Teams, Lloyds Network Security, Diebold Engineers
  • Focus Area: Multi-vendor ATM hardware-software integration, terminal driving migration
  • Description: Managed the critical workstream migrating ATM terminal driving capability off legacy systems onto distributed open environments, alongside a major operating system overhaul.
  • Technology: ProClassic Enterprise (PC/E), BASE24 Classic, AIX Platform, Oracle Database
  • IT Tools/Languages: Windows 7 Professional, AIX, C, Shell Scripting
  • Budget: £5+ Million
  • Methodology: Structured Wincor Project Management Methodology coupled with Agile principles
  • Political Landscape: Post-2008 financial crisis regulations brought stricter operational resilience rules, forcing banks to upgrade legacy systems to avoid consumer service failure.
  • Highlights: Transferred transactional responsibilities seamlessly and successfully upgraded the retail bank ATM physical estate from Windows XP to Windows 7. Won the Wincor “Above and Beyond” Award for customer satisfaction.
  • Feedback Received: “Safely executed core infrastructure shifts under intense regulatory scrutiny.”

Project 9: Enterprise Transaction Monitoring Systems Integration

  • Project Number: 9
  • Year: 2008 – 2013
  • Project Name: Cross-Platform Payment Pipeline Federation
  • Project Length: 5 Years
  • Company: Insider Technologies Limited (ITL)
  • Location: Salford Quays, Manchester, UK
  • IT Role: Senior IT Project Manager & Technical Consultant
  • Customer: Global Payments, Standard Chartered Bank
  • Suppliers: ACI Worldwide, IBM Global Services
  • Focus Area: SLA monitoring for payment lines, transaction tracking, business activity monitoring
  • Description: Directed the software integration tracks connecting proprietary, high-availability mainframe transaction monitors with enterprise-wide risk management portals.
  • Technology: HPE NonStop (Tandem), ACI’s XPNET framework, XERT24, IBM Tivoli
  • IT Tools/Languages: NonStop C, C++, Java, Enscribe, SQL
  • Budget: Multi-Vendor Enterprise Integration Capital
  • Methodology: Transitioning from traditional Waterfall to early Pragmatic Agile / Hybrid
  • Political Landscape: The birth of modern real-time tracking demands; financial bodies needed immediate proof that cross-border pipelines were secure and operational.
  • Highlights: Ended historical operational siloes by feeding Tandem mainframe activity into visible corporate dashboards.
  • Feedback Received: “Bridged the cultural gap between old-school mainframe engineers and distributed web-based operational leaders smoothly.”

Project 10: Real-Time Log Extraction (RTLX) ATM Deployments

  • Project Number: 10
  • Year: 2004 – 2007
  • Project Name: Automated Real-Time Transaction Log Extraction Rollout
  • Project Length: 3 Years
  • Company: Insider Technologies Limited (ITL)
  • Location: Salford Quays / Bank Infrastructure Hubs UK Wide
  • IT Role: Technical Project / Product Manager
  • Customer: HSBC, Alliance & Leicester (now Santander)
  • Suppliers: Internal ITL R&D Engineering, Bank Central Architecture Boards
  • Focus Area: Real-time log capture, physical cash machine analytics, automated fraud trails
  • Description: Designed and deployed automated, real-time transaction log extraction (RTLX Reactor & Sentra modules) across high-volume physical ATM networks.
  • Technology: RTLX Reactor, Sentra, Browser-enabled tracking frameworks
  • IT Tools/Languages: C++, Java, ASP.NET, Microsoft SQL Server
  • Budget: Corporate Retail Core Infrastructure Upgrades
  • Methodology: PRINCE2 Lifecycle Management / Early Scrum
  • Political Landscape: Skyrocketing consumer utilization of point-of-sale chip-and-pin cards and cash machines, forcing companies to secure complete audit trails against transactional loss disputes.
  • Highlights: Scaled live performance telemetry into clear web dashboards, safeguarding high-volume critical paths from service dropouts. Cited as an industry standard in The Connection Journal (2013).
  • Feedback Received: “Mark combines deep engineering instincts with clear-headed business governance.”

Project 11: HP OpenView Operations Smart Plug-In Certification

  • Project Number: 11
  • Year: 1999 – 2003
  • Project Name: HPE NonStop HP OpenView 2-Way Integration
  • Project Length: ~4 Years
  • Company: Insider Technologies Limited (ITL)
  • Location: Salford Quays, Manchester, UK
  • IT Role: Lead Software Engineer / Technical Lead
  • Customer: Global Hewlett-Packard Corporate Sales, Enterprise Tandem Customers
  • Suppliers: Hewlett-Packard Testing Labs (USA), Insider Tech R&D team
  • Focus Area: Systems management cross-compatibility, automation, Event Management Service (EMS) filtering
  • Description: Directed the engineering and execution of a bidirectional software link integrating high-availability Tandem kernel alerts into HP OpenView Enterprise consoles.
  • Technology: HP OpenView Operations, HPE NonStop OS, EMS Architecture
  • IT Tools/Languages: TAL (Transaction Application Language), C, HP-UX Scripts, Enscribe
  • Budget: Strategic Corporate R&D Allocations
  • Methodology: Structured V-Model / Software Development Lifecycle (SDLC)
  • Political Landscape: The aggressive corporate race to construct single-pane-of-glass operations rooms, eliminating specialized technology silos across banking environments.
  • Highlights: Engineered and certified the industry’s first HP OpenView Enterprise Manager 2-way Smart Plug-In (SPI) for NonStop systems.
  • Feedback Received: “A breakthrough development that proved Tandem mainframes could be monitored like standard open systems.”

Project 12: National Clearing House Infrastructure Integration

  • Project Number: 12
  • Year: 1997 – 1998
  • Project Name: CRESTCo Performance Benchmark & Integration Initiative
  • Project Length: 1 Year
  • Company: Insider Technologies Limited / Contracted Out
  • Location: St. Katharine’s Dock (near Tower Hill), London, UK
  • IT Role: Technical Infrastructure Consultant
  • Customer: CRESTCo (now Euroclear) / Bank of England
  • Suppliers: Tandem Computers Hardware Division
  • Focus Area: Stress-testing, high-volume benchmarking, platform validation
  • Description: Retained on-site at London financial clearings to design custom diagnostic benchmark code, evaluating real-time stock settlement reliability on newly introduced mainframes.
  • Technology: Tandem S7000 Architecture, NonStop Kernel, Transaction Processing
  • IT Tools/Languages: TAL, COBOL85, Inspect Debugger, Pathway
  • Budget: Premium Financial Clearing Infrastructure Capital
  • Methodology: Rigorous empirical performance validation / Testing Lifecycles
  • Political Landscape: The modernization of the London Stock Exchange and processing nodes, ensuring UK financial pipelines could cope with exploding electronic equities trading.
  • Highlights: Code identified core hardware bottlenecks prior to live settlement trading activation, protecting millions in transaction values.
  • Feedback Received: “Exceptional deep mainframe systems insight during a critical infrastructure upgrade phase.”

Project 13: Reflex Monitoring Suite Research & Development

  • Project Number: 13
  • Year: 1995 – 1996
  • Project Name: Reflex 80:20 System Diagnostic Suite Creation
  • Project Length: ~18 Months
  • Company: Insider Technologies Limited (ITL)
  • Location: Salford Quays, Manchester, UK
  • IT Role: Core Software Developer / Senior Programmer
  • Customer: Barclays Bank, Co-operative Bank, European Mainframe Users
  • Suppliers: In-House R&D Group
  • Focus Area: Platform health diagnostic modules, real-time subsystem analysis
  • Description: Appointed as a foundational programmer to build diagnostic plug-in engines for the flagship Reflex 80:20 corporate tracking console.
  • Technology: Tandem Computers / NonStop Multiprocessing
  • IT Tools/Languages: TAL, C, EMS (Event Management Service), Status Monitor Routines (Process, CPU, Disk, MQ tracking)
  • Budget: Proprietary Software Vendor Product Development Budget
  • Methodology: Structured Technical Waterfall / Engineering SDLC
  • Political Landscape: Mainframe environments were moving from purely reactive recovery to automated, proactive software tracking.
  • Highlights: Authored multi-line, rule-based multi-component analysis scripts that became the baseline code for Reflex for over a decade.
  • Feedback Received: “Mark’s code is highly efficient, optimizing system overheads down to negligible levels.”

Project 14: Electronic Banking Core Product Engineering

  • Project Number: 14
  • Year: 1990 – 1995
  • Project Name: sp/ARCHITECT-BANK Product Development
  • Project Length: 5 Years
  • Company: The Software Partnership (acquired by Deluxe Data International in 1994)
  • Location: Norton House, Crowngate, Runcorn, Cheshire, UK
  • IT Role: Programmer / Lead Analyst
  • Customer: TSB, Bank of Scotland, Rabobank, Girofon (Denmark)
  • Suppliers: Deluxe Data Corporate Core Systems
  • Focus Area: Electronic bookkeeping, inter-account desktop money transfers, early digital ledger interfaces
  • Description: Recruited immediately following university graduation to build electronic banking engines, shifting traditional physical ledgers onto mainframe environments.
  • Technology: Tandem Mainframe Architecture (now HPE NonStop)
  • IT Tools/Languages: COBOL85, NonStop SQL, Guardian Operating System, SCOBOL, TACL
  • Budget: Early Fintech Enterprise Development Funding
  • Methodology: Traditional Waterfall System Development Lifecycle (SDLC)
  • Political Landscape: Pre-internet and mobile phone prevalence; enabling desktop-based terminal access for company accountants was viewed as highly speculative and risky.
  • Highlights: Successfully deployed early versions of corporate desktop cash management software across international networks.
  • Feedback Received: “Demonstrated rapid adaptation to complex mainframe terminal logic straight out of computing studies.”

Professional Training Summary (1990 – 2026)

To support these projects, Mark accumulated standard industry certifications:

  • Computing Higher National Diploma (HND) – Bolton Institute (1988–1990)
  • Tandem Guardian Principles & Tuning Core Certifications (1993–1995)
  • PRINCE2 Registered Practitioner / ITIL Frameworks
  • Agile Scrum Master & Delivery Lead Credentials

Summary of Delivery Metrics & Core Competencies

To look at how Mark Whitfield tracks and structures these projects across his portfolio, his delivery methodology is unified by a commercial toolkit he authored himself:

Summary of Delivery Metrics &
Core Competencies
Summary of Delivery Metrics &
Core Competencies