Fiona Batha is an accomplished Associate Director at Hilson Moran, where she has dedicated nearly a decade to advancing the firm’s mission in the construction industry. With a robust background in Mechanical Design and a Master's Degree in Environmental Design Engineering from the prestigious Bartlett...
Fiona Batha is an accomplished Associate Director at Hilson Moran, where she has dedicated nearly a decade to advancing the firm’s mission in the construction industry. With a robust background in Mechanical Design and a Master's Degree in Environmental Design Engineering from the prestigious Bartlett University College London, Fiona has honed her expertise in sustainability, renewable energy, and energy efficiency. Leading a dynamic team of 23 consultants across three offices, she plays a pivotal role in managing resources and fostering collaboration among various departments to ensure the successful delivery of both national and international projects.
Fiona’s leadership is characterized by her commitment to operational energy management and her strategic approach to feasibility studies, which are essential for achieving Net Zero Carbon goals. Her hands-on experience in building services and embodied energy assessments allows her to guide her team in developing innovative solutions that meet the evolving demands of the construction sector. Under her direction, the team has successfully tackled complex challenges in master planning and operational efficiency, positioning Hilson Moran as a leader in sustainable building practices.
Fiona’s ability to balance project management with team development has not only enhanced the performance of her consultants but has also contributed to a culture of excellence within the firm. Her proficiency in tools such as AutoCAD further supports her team in delivering high-quality designs that prioritize energy efficiency and sustainability. As Fiona continues to drive impactful projects at Hilson Moran, her insights and expertise remain invaluable in shaping a more sustainable future for the built environment.
