I am an experienced Energy and Sustainability Consultant with a strong passion for helping organisations achieve their Net Zero targets. In my current role, I formulate Net Zero frameworks and deliver tailored solutions aligned with industry standards, supporting clients like Network Rail, AM Healthcare, and BAE Systems in meeting their energy and sustainability objectives—all while ensuring projects remain within budget and on schedule.As a hands-on consultant with client-facing experience, I manage client relationships effectively, ensuring clear communication of Net Zero carbon policies and strategies. This helps clients understand and implement sustainable practices that align with their business goals.I’ve worked on projects that have enhanced my skills in conducting site energy audits, analysing energy and carbon performance, and developing dashboards to monitor Scope 1, 2, and 3 emissions. These tools help identify critical hotspots and deliver actionable savings.My academic background includes a Bachelor’s in Mechanical Engineering and a Master’s degree in Energy and Environmental Technology and Economics. During my Master’s, I focused on sustainable energy use in the built environment, with my thesis on 'Sustainable Energy Management in Mixed-Use High-Rise Buildings Through Innovative Design Techniques and Microgrid Technologies.'Previously, I worked as a Manufacturing Engineer at Kennametal Stellite Inc. and was a key member of the Building Integrated Thermal Energy Systems team, where I helped design an HVAC system for a multi-residential passive house. This experience deepened my understanding of energy-intensive industries and the methods to minimise energy use while maximising efficiency.Described by my peers as an analytical thinker and a supportive team player, I’m known for my attention to detail and ability to drive continuous improvement, both personally and professionally. The Energy and Sustainability sector fuels my curiosity and keeps me motivated to push boundaries, and I’m excited to continue growing in this dynamic field.