Completed Projects
Some information were omitted for confidentiality purposes
Industry: Construction
Title: Synchronous Highway Construction
Role: Project Lead/Consultant
Scope: The objective was to optimize the barrier output rate on a major smart motorway (highway/freeway) project, focusing on efficient working practices to enhance overall productivity.
Challenges:
Collaborating with multiple stakeholders, including third-party contractors indirectly involved in the project.
Oversight by the UK's Department for Transport (DfT) and other influential entities, adding layers of regulatory compliance.
High pressure to complete the project on time and within budget.
A critical environmental goal of significantly reducing CO2 emissions.
Approach & Methodology:
Employed lean management techniques to streamline processes.
Conducted comprehensive simulation modelling and optimization to devise an efficient schedule for concrete deliveries.
Outcome & Achievements:
Achieved significant cost savings of £4 million ($5 million).
Realized a 38% reduction in CO2 emissions, aligning with environmental objectives.
Skills & Technologies Used: Lean Six Sigma | DMAIC (Define, Measure, Analyze, Improve, Control) Approach | Process Mapping | Taguchi & Full Factorial Designs | Simulation Modelling
Industry: Infrastructure Maintencance
Title: Efficient Project Scheduling for Water & Wastewater Systems
Role: Project Lead/Consultant
Scope: The goal was to optimize the block scheme delivery schedule to maximize the annual throughput of water and wastewater system projects.
Challenges:
Absence of an effective project scheduling method.
Shared resources across multiple projects, leading to complex coordination.
Potential for a domino effect in delays, where one project's setback could impact others.
Approach & Methodology:
Conducted a thorough data collection process, encompassing various project-related controllable and uncontrollable constraints.
Utilized this data to construct a comprehensive simulation model, resulting in an optimized project scheduling strategy.
Outcome & Achievements:
Successfully optimized project delivery schedules, taking into account both controllable and uncontrollable factors.
Enhanced process flow with better distribution of projects over time.
Provided accurate project completion estimates based on current resource allocation.
Assessed capacity for additional projects, considering existing workload and resources.
Established a flexible control mechanism allowing for adjustments in response to new projects or schedule changes.
Skills & Technologies Used: Lean Six Sigma | DMAIC (Define, Measure, Analyze, Improve, Control) Approach | Gantt Chart for Project Tracking | Advanced Simulation Modelling
Industry: Manufacturing
Title: Enhanced Creel Loading for Carbon Fibre Manufacturing
Role: Project Lead/Consultant
Scope: The objective was to improve the throughput rate, measured in carbon fibre weaves and to optimize the weaver utilization rate.
Challenges:
Initial lack of comprehensive data on operations to inform decision-making.
Approach & Methodology:
Conducted on-site visits to gather detailed data on operational processes, variability factors, and key performance indicators (KPIs).
Thoroughly investigated all potential scenarios to identify the optimal operational settings, considering various uncontrollable factors.
Outcome & Achievements:
Achieved a significant improvement of up to 71% in the throughput rate of carbon fibre weaves.
Enhanced overall efficiency in production and resource utilization.
Skills & Technologies Used: Lean Six Sigma | DMAIC (Define, Measure, Analyze, Improve, Control) Approach | Process Mapping | Full Factorial Designs
Industry: Information Technology
Title: Efficient Data/Document Retrieval System Enhancement
Role: Project Lead from the Implementation Consulting Team
Scope: The goal was to optimize the time taken by employees to retrieve documents from the SharePoint-based document management system.
Challenges:
Dealing with a large and cumbersome document repository containing over 600 documents, including numerous duplicates.
Diverse user base including Implementation Consultants, Project Managers and Software Developers.
Absence of a standardized structure for document organization.
Approach & Methodology:
Undertook a comprehensive review of all documents within the system.
Implemented a tagging system, assigning keywords related to Product, Department, and document nature (Internal/External) for streamlined searchability.
Developed a master index providing direct links to all documents.
Reorganized documents according to the project phase for which they are most relevant.
Conducted information sessions to facilitate adaptation to the newly structured document repository.
Outcome & Achievements:
Achieved a 30% reduction in the total number of documents, eliminating redundancies.
Significantly improved document retrieval efficiency, reducing time by an average of 45%.
Skills & Technologies Used: Data Cleaning to Streamline the Repository | Advanced Indexing Techniques for Improved Document Accessibility