John Hanley is a seasoned Chartered Quality Professional (CQP MCQI) currently serving as a Quality Assurance Compliance Specialist at Mott MacDonald, where he plays a pivotal role in ensuring the integrity and compliance of major infrastructure projects within the nuclear sector. With a robust background...
John Hanley is a seasoned Chartered Quality Professional (CQP MCQI) currently serving as a Quality Assurance Compliance Specialist at Mott MacDonald, where he plays a pivotal role in ensuring the integrity and compliance of major infrastructure projects within the nuclear sector. With a robust background in quality management systems, John specializes in the development and management of compliance assurance frameworks, particularly concerning Site Licence Conditions (LC19, 20, 21, and 22). His expertise in ISO 9001:2015 standards underpins his approach to governance and continuous improvement, enabling him to effectively navigate the complexities of strictly regulated environments.
In his current role, John is instrumental in supporting the delivery partner for the Major Infrastructure Programme, where he leverages his extensive experience in quality auditing and assurance to uphold the highest standards of safety and operational excellence. His proficiency in DMAIC methodologies allows him to identify process inefficiencies and implement strategic improvements, ensuring that projects not only meet regulatory requirements but also exceed stakeholder expectations.
John's commitment to quality control extends beyond compliance; he actively fosters a culture of quality within teams, empowering colleagues to embrace best practices in nuclear engineering and power generation. His proven track record in managing business management systems and driving quality initiatives positions him as a trusted advisor and leader in the field. Through his work at Mott MacDonald, John continues to contribute significantly to the advancement of quality assurance in infrastructure projects, reinforcing the importance of safety and reliability in the nuclear industry.
