At UCertainty, we're not just developing cutting-edge technology; we're revolutionising healthcare. Our dynamic startup is pioneering a novel point-of-care diagnostic device for Urinary Tract Infections. By combining the power of machine learning and engineered biology, we empower primary care physicians with the certainty they need to prescribe antibiotics responsibly. This improves patient care and contributes significantly to the fight against antimicrobial resistance.Leading the development and execution of our groundbreaking technology. A key member of the leadership team, reporting directly to the CEO and playing a crucial role in shaping the future of UCertainty.Responsibilities:• Building, managing, and inspiring a high-performing engineering team, fostering a culture of collaboration, innovation, and excellence.• Developing and implementing a comprehensive engineering strategy aligned with the overall business objectives.• Overseeing the full product development lifecycle, from concept to commercialisation, guaranteeing timely delivery and adherence to quality standards.• Providing technical leadership and guidance across all engineering disciplines, including hardware, software, and biology.• Working closely with cross-functional teams, including research, product, and clinical affairs, to ensure seamless integration and a successful product launch.• Identifying and addressing technical challenges, driving continuous improvement and optimization of engineering processes.• Effectively managing engineering resources, including budget, equipment, and personnel.• Guaranteeing adherence to relevant industry standards and regulatory requirements.

Spearheaded the development and delivery of standard products for Marshall Land Systems, leading a team of systems engineers. Ensured adherence to the highest standards of performance, reliability, and safety across all systems.Key Achievements:• Developed and implemented comprehensive systems engineering processes and procedures.• Mentored and provided expert technical guidance to the team, fostering a collaborative and high-performing environment.• Successfully aligned system design and development with all customer requirements.• Oversaw system integration and spearheaded the development of rigorous system verification testing activities.• Maintained strict compliance with all relevant industry standards and regulations.• Effectively managed project budgets and schedules• Offered expert technical support and troubleshooting to the wider team, ensuring efficient problem resolution.• Actively contributed to business development initiatives, identifying new opportunities and fostering key client relationships.

Led the design, development, and implementation of an innovative point-of-care diagnostic device within a dynamic research and development environment. Played a critical role in translating complex scientific concepts into robust and reliable solutions, driving technological advancement.Key Achievements:• Provided strategic direction and leadership for the Engineering team.• Established and implemented departmental goals, objectives, and operating procedures.• Managed and mentored a team of talented engineers, fostering a culture of innovation and collaboration.• Oversaw resource allocation, budgeting, and project planning.• Led the full lifecycle of device development, from concept to production, including design, prototyping, testing, and validation.• Applied engineering principles and best practices to create robust, reliable, and user-friendly devices.• Conducted design reviews and risk assessments to ensure product quality and safety.• Ensured compliance with relevant industry standards, regulatory requirements, and quality management systems.• Implemented and maintained robust documentation practices.• Oversaw the development and execution of test protocols and verification activities.• Collaborated closely with cross-functional teams (scientists, researchers, software engineers, etc.) to ensure successful integration of the device systems.• Stayed abreast of the latest advancements in instrument technology and identified opportunities to enhance existing and future products.• Provided expert technical guidance and support to the team.• Troubleshooted and resolved complex technical challenges.• Contributed to intellectual property development and protection.• Worked with the production team to increase the speed and capacity of the consumable production line, with a focus on the sustainable growth of capabilities and maintaining high quality standards.

Played a crucial part in delivering innovative and robust solutions to clients across various projects. Responsible for leading and contributing to projects, providing technical expertise, and mentoring junior team members.Key Achievements:• Led and contributed to consulting projects, delivering high-quality solutions within agreed timelines and budgets.• Led project teams of up to 15 members, providing expertise in mechatronics to rapidly prototype and test designs, and mentoring teams to exceed expectations.• Quickly resolved projects by delegating tasks and using root-cause analysis to identify key gaps and errors, thereby reducing project resolution time.• Provided guidance throughout the project lifecycle from conceptualization to design validation, continually seeking ways to minimize delays, costs, and improve quality and accuracy.• Served as Technical Lead and System Architect for a COVID-19 Emergency Ventilator project, adapting an existing design for mass production, ensuring regulatory and operational requirements, design freeze, and validation, and starting production within 6.5 weeks of project initiation.• Provided technical expertise in mechanical/system engineering and medical device development.• Conducted thorough research and analysis to understand client needs and challenges.• Developed and presented clear and concise reports and presentations to clients.• Built and maintained strong relationships with clients, acting as a trusted advisor.• Mentored and guided junior team members, fostering their professional development.• Contributed to business development activities, including proposal writing and client presentations.• Implemented state-of-the-art and emerging technologies in innovative ways to exceed client expectations.

The Corps of Royal Electrical and Mechanical Engineers (REME) provides engineering support to maintain and repair the vast array of British Army equipment. They are found wherever the Army is operating, at home or overseas. Responsible for maintaining, repairing, and even modifying the technology that gave our soldiers the edge. Technically minded, practical, and hands-on. A great team player who has proven themselves to be resilient and adaptable.Key Achievements:• Skilled in troubleshooting, identifying, and fixing faults in everything from engines and transmissions to complex electronic systems.• Carrying out planned preventative maintenance and servicing to ensure everything was always ready for action.• Upgrading existing systems to enhance their performance and capabilities.• Recovery and evacuation of broken-down equipment in the field, often in challenging environments.• Providing technical support and guidance to other soldiers.• Promotion to Corporal.• Recipient of the UN Medal for peacekeeping operations during an operational tour in Cyprus.• Qualified to Vehicle Electrician Class One and Vehicle Mechanic Class Two.

Key Achievements• Secured contracts to deliver field electrical and mechanical commission engineering projects, contributing to factory acceptance testing and aviation-specialist glass installations and replacements.• Designed, programmed and commissioned a new DALI control system through to successful rollout, including a BMS to DALI interface to control actuators, lights, motors and relays.• Adapted a reusable multi-dose injector pen to facilitate a range of drug dosages, expanding purpose.• Resolved manufacturing tolerance issues by simulating, testing and reporting on complex mechanisms, alongside bespoke solutions and strategies recommended for implementation within reports sent.

Key Achievements• Designed and managed the construction of a flight control room for the Royal Navy's Queen Elizabeth Class Aircraft Carriers. Demonstrated expertise in creating plans, prototypes and innovative design solutions.• Improved processes and risk management by integrating design analysis findings and collaborating with management on manufacturing optimisation.

Key Achievements• Led a multi-disciplinary research, design and development team across client projects such as commissioning of pumps, seal systems and variable speed drives for onshore and offshore equipment.• Designed, produced and programmed micro-controller based electronic systems for industrial equipment and built complex lighting systems to meet client and architectural application requirements.

Key Achievements• Led an engineering team of 8 at this petrochemical company, delegating tasks during large-scale projects to ensure adequate controls were being implemented while driving seamless project continuity.• Improved efficiencies and working practices by designing and delivering new systems and processes, then onboarding employees to ensure thorough understanding of new features and expectations.

Key Achievements• Sourced for, negotiated with and secured short and long-term contracts with clients such as Coca Cola, Fizz Creative and Norwich Castle Museum, handling and growing a diverse portfolio of key accounts.• Consultant on a wide range of engineering projects such as product development, 3D drafting, and 3D content creation based on clients’ industrial design briefs, specifications, timelines and budgets.