• Inspect the quality of construction and architectural works at handover stage• Prepare regular status reports for the site team on quality issues.• Liaise with site management teams and site staff to ensure compliance with the project quality management plan (QMP)• Provide support to package managers on root cause analysis of non-conformances.• Regularly inspect the works for compliance with specification, quality of workmanship, building standards, Building Regulations• Keep accurate documentation and perform statistical analysis.• Work with others on site to develop, promote, and achieve improvements and higher standards in the quality completed works.• Review specifications for processes• Ensure that all documentation is filed and maintained.

Responsibilities:• Responsible for the Quality sector;• Conducting regular audits of products, equipment, and materials to ensure compliance with GoodManufacturing Practises (GMP) requirements and identifying quality concerns or safety hazards;• Providing direction and support to team members in implementing Lean Systems and Six Sigma principles to improve productivity and quality control;• Leading the identification and investigation of non-conformities, customer complaints, and quality concerns, initiating the CAPA process;• Collaborating as part of the Quality Team in validating quality processes, establishing product specifications, and documenting evidence;• Collaborating closely with the construction team, documenting errors and issues for the client;• Registering new and revised templates, guidelines, procedures, and work instructions in compliance with quality management systems;•Utilising collaboration platforms to track, review, and obtain approval of CAPA documents expedites the process;• Collaborating across departments to create and update quality-related documents;• Reading and interpreting technical drawings, ensuring compliance with geometric dimensioning, tolerances, and locations;• Conducting thorough audits and assessments to improve compliance with ISO 9001 and 14001 standards.✅ Achievements:• Implemented Lean Systems and Six Sigma principles to optimise the machine checking and control process;• Expanded machine checking from 200 to 400 machines, conducted inventory, installed "peds," and created detailed reports;• Reduced client-reported issues, collaborated with the office team, and optimised production processes;• Maintaining direct communication with the client (Intel), coordinated schedules, and delivered machines and platforms with high efficiency;• Developed action plans to mitigate errors and conducted a comprehensive mapping of company assets, resulting in a detailed report for the organisation.

Responsibilities:• Programmed and set up CNC milling machines based on design drawings, ensuring compliance with GMP requirements;• Applied Lean Systems principles to set up CNC mills most effectively and efficiently, improving productivity;• Read and interpreted drawings, demonstrating knowledge of geometric dimensioning and tolerances;• Utilised Lean systems and Six Sigma principles to optimise machine operations and minimise errors;• Maintained safe operations by adhering to all safety procedures and GMP requirements;• Utilised precision measuring instruments to inspect finished parts and ensure compliance with specifications;• Collaborated with cross-functional teams to address design or manufacturing issues and implement corrective actions;• Documented production and quality data for reporting and analysis purposes;• Conducted regular machine maintenance and cleaning to ensure optimal performance;• Tracked and analysed CAPA metrics to identify trends, evaluate the effectiveness of corrective actions, and drive process improvements;• Followed ISO 13485 standards in the production of parts for pharmaceutical industry machines, ensuring compliance with work instructions and established processes.✅ Achievements: • Successfully operated a precision machining centre, consistently meeting strict measurement requirements and achieving extremely low tolerances while adhering to the ISO 13485 standards;• Collaborated with R&D, manufacturing operations, quality, and procurement for product and supply base improvements;• Demonstrated exceptional attention to detail, accuracy, and thorough inspections of finished parts, utilising precision measuring instruments;• Set up and programmed CNC milling machines, implemented Lean Systems principles, developed preventive maintenance plans, and collaborated with the design team to improve part quality. • Trained new CNC machinists and contributed to Prodieco team efficiency, delivering high-quality products.

Responsibilities:∙ Notified superiors of any damages, deficits, or disturbances;∙ Ensured all operations are carried out safely with due regard and compliance with EHS regulations and procedures;∙ Worked cross-functionally with a multicultural team.

Responsibilities:• Efficiently balanced all operational tasks for a variety of warehouse functions;• Assisted in the implementation and maintenance of Food Safety and Quality systems;• Provided assistance and troubleshooting for transport processing, working cross-functionally with a multicultural team.

Responsibilities:• Monitored and ensured the execution of service at VIP areas to the highest standard;• Acted as a team leader, assisting with staff recruitment, onboarding, and training;• Prepared work schedules to provide the best possible level of customer service and floor coverage;• Proactively monitored inventory levels and notified superiors of any damages, deficits, or disturbances;• Managed deadlines and progress to ensure work was delivered on time;• Ensured all operations were carried out safely with due regard and compliance with EHS regulations and procedures.

Responsibilities:• Set up and operated a variety of machine tools, including CNC work centres, milling machines, EDM equipment, lathes, and grinding machines, to machine standard fabrication materials, machines, tools, moulds, and die components;• Analysed specifications and determined the necessary equipment and tools. Applied knowledge of various material properties, machining techniques, and factory mathematics;• Read drawings, layouts, or CAD models to visualise the required machining operations;• Selected the appropriate workpiece clamping method, positioned and clamped machining materials, determined the feed rate for each operation, observed the operations, and adjusted the position and action of the tool. Verified the compliance of machined parts with specifications;• Determined the most efficient method (in terms of cost and time) to complete the job without compromising quality. Ensured quality in all aspects of work while adhering to all quality requirements;• Used precision measuring instruments such as micrometres, gauges, and callipers to verify tool dimensions;• Machined moulds for companies in the automotive industry, typically utilising injection moulds with multiple cores and cavities for the production of headlights, flashlights, door handles, hoses, and front and internal parts. These moulds required high precision and attention to detail due to their complexity and tolerances.

Responsibilities:• Programmed, configured, and operated CNC milling machines;• Manufactured machine components based on drawings• Defined work processes, fastening devices, and programmes;• Conducted quality control on manufactured parts;• Collaborated in multi-machine operations as part of a team;• Performed care and maintenance on machines;• Worked in hard machining operations;• Utilised precision measuring instruments like micrometres, gauges, and callipers to verify tool dimensions;• Produced aluminium and steel moulds for automotive and agricultural applications.

Responsibilities:• Set up and operated a variety of machine tools (including CNC work centres, milling machines, EDM equipment, lathes, and grinding machines) to machine various standard fabrication materials, machines, tools, moulds, and die components;• Analysed specifications and determined the necessary equipment and tools;• Applied knowledge of various material properties, machining, and factory mathematics;• Read drawings, layouts, or CAD models to visualise the necessary machining;• Selected the workpiece clamping method, positioned and clamped materials for machining, selected the feed rate for each operation, observed the operation, and adjusted the position and action of the tool;• Verified the compliance of the machined part with specifications;• Determined the most efficient method (in terms of cost and time) of completing the job without affecting quality;• Inserted quality into every aspect of work while maintaining compliance with all quality requirements;• Used precision measuring instruments such as micrometres, gauges, and callipers to verify tool dimensions;• Manufactured and maintained injection moulds requiring high precision in their machining process;• Possessed good knowledge of milling, turning, and grinding;• Worked on injection moulds for white goods, such as knobs, buttons, prototypes, and automotive lines;• Performed machining in aluminium and steel moulds with multiple cavities, maintaining minimal tolerances.