• Currently lead the structural refurbishment of The Sloane Club, a £20 million project, addressing the challenges of working with limited historical documentation and bespoke design requirements within tight deadlines.• Computational modelling and analysis using Robot software for the £5 million 96-98 King Street project, honing technical expertise and problem-solving skills in complex structural scenarios.• Manage apprentices and technicians, fostering a culture of leadership and enhancing team communication, integral to collaborative project success.• Develop and implement Python scripts to automate design tasks, demonstrating initiative in continuous professional learning and efficiency in problem-solving with Python libraries.

• Responsible for the Stage 4 design of the £20 million 63-66 Coleman Street project, an 8-storey reinforced concrete structure, leveraging Robot for advanced modelling and structural analysis.• Oversaw construction practices and quality control measures on-site, ensuring compliance with design specifications and industry standards.• Managed the £15 million refurbishment of Eldon House, a historic 9-storey building, focusing on structural integrity and developing remedial solutions for preservation.• Conducted dynamic analysis for the installation of a new feature staircase and designed a mezzanine level, utilising Tekla Structural Designer to achieve precise results.• Carried out finite element analysis across projects, showcasing proficiency in Robot software for detailed engineering assessments.• Ensured stringent quality assurance and efficient project timelines, while effectively communicating technical details to non-technical stakeholders.• Worked in close collaboration with Revit Technicians, aligning design concepts with architectural models to guarantee precision and design fidelity in all project phases.

• Blended engineering expertise with programming skills, enhancing Python proficiency through self- initiated learning and practical application in data extraction for transmission line models.• Managed and innovated with large datasets, optimising data extraction processes.• Tackled analytical challenges in Kenya as an Overhead Line Design Engineer, diagnosing and rectifying steel tower testing failures with strategic structural recommendations.• Demonstrated versatility with the Richborough 400kV substation project, performing structural calculations to Eurocode standards for their new and existing structural assets.• Showcased adaptability and problem-solving in diverse environments, from substation asset design to the intricate analysis of steel tower integrity using industry-standard software PLS Tower and STAAD Pro.

Over three summer internships at FM Conway Ltd and a shadowing opportunity at WSP | Parsons Brinckerhoff, I established a strong foundation in structural and site engineering within the UK infrastructure sector.• As a Structural Engineer, I focused on the structural design of temporary works, gaining expertise in engineering principles and AutoCAD, while enhancing my analytical and technical writing through detailed technical reports.• My tenure as an Assistant Site Engineer involved critical contributions to a £5 million enabling works project in Lisson Grove, overseeing underground service repositioning, bridge demolition, and the construction groundwork. This role developed my precision in surveying, health and safety management, and strategic planning.• A unique shadowing experience with WSP | Parsons Brinckerhoff's major projects team provided a week-long immersion into large-scale project management, exposing me to the intricate coordination required for complex urban infrastructure undertakings.• Additional responsibilities included traffic management planning for Westminster highway maintenance, where I employed AutoCAD to create diversion routes and liaised with local council and stakeholders to manage reactive maintenance operations.These internships honed my practical site skills, including setting out, drilling, and excavation, and enhanced my understanding of financial elements by preparing cost estimates aligned with project bills of quantities.Throughout my internships, I consistently demonstrated a commitment to quality, safety, and effective communication, key to collaborative project delivery and stakeholder engagement. These experiences have been instrumental in shaping my approach to engineering, underscored by a continuous pursuit of professional development and process improvement.