Hello, I am
Nabeel Ahmed
PhD, BEng Hons. – Member of IET and IEEE
Welcome to my professional portfolio! I am Dr. Nabeel Ahmed, a distinguished R&D leader and electrical engineer with extensive experience in both industrial and academic environments. My expertise in electrical machines, power electronics, and renewable energy has propelled advancements in the automotive, aerospace, and higher education sectors. I am committed to driving innovation, fostering collaboration, and leading cross-functional teams to achieve technological excellence and transformative outcomes.
Worked with
Profile Summary
I am a dynamic and results-oriented engineering leader with over a decade of experience in R&D, product development, and engineering education. I have a proven track record in spearheading large-scale projects and driving innovation across the automotive, aerospace, and renewable energy sectors. My expertise in managing cross-functional teams and fostering industry-academic collaborations has consistently delivered cutting-edge solutions. Known for securing substantial research funding and optimizing resources, I uphold the highest standards of quality and safety. I am committed to advancing technological capabilities and promoting sustainable development through strategic leadership and continuous improvement. With a strong background in electrical engineering and a distinguished record of publications and industry recognition, I excel in roles that demand strategic vision and operational excellence.
Key Highlights
R&D Leadership
Drive and Innovation in Product Development: Led pioneering projects in the automotive and renewable energy sectors, advancing the development of high-performance umbilical products and electric vehicle components. My strategic leadership has consistently pushed technological boundaries, delivering innovative solutions that enhance product efficiency and market competitiveness.
Cross-Functional Collaboration
Empowering Teams for Success: Facilitated seamless cross-disciplinary teamwork, significantly reducing production delays and improving project delivery timelines by fostering a culture of collaboration. My ability to unite diverse teams under common objectives has been crucial in achieving operational excellence and driving innovative outcomes.
Academic Excellence
Advancing Knowledge and Engagement: Developed and delivered cutting-edge curricula in engineering education, enhancing student engagement and academic performance. My efforts in curriculum innovation and faculty leadership have led to substantial improvements in student satisfaction and educational outcomes.
Funding Acquisition
Securing Strategic Financial Resources: Successfully acquired over £30 million in research funding, including landmark collaborations such as a £1 million Qatar-Japan project. My expertise in strategic partnerships and funding acquisition has fortified institutional research capabilities and expanded our global impact.
Project Management
Delivering Projects with Precision and Impact: Achieved high success rates in managing complex projects from concept to production, ensuring timely and within-budget delivery. My methodical approach to project management has consistently resulted in the successful launch of innovative products that meet stringent industry standards.
Technology Integration
Pioneering Advanced Industry Applications: Spearheaded the integration of innovative power electronics technologies into aerospace and renewable energy applications. My focus on technological advancement has led to breakthroughs in efficiency and performance, setting new industry standards for integration and application.
Client Relations
Building Strong, Lasting Partnerships: Maintained high standards in engineering documentation and client communication, strengthening client relationships and trust. My commitment to transparency and excellence has contributed to sustained partnerships and a solid reputation for reliability and quality.
Continuous Improvement
Championing Innovation and Growth: Promoted a culture of continuous improvement and adherence to industry guidelines, driving innovation and market entry for new technologies. My strategic initiatives have facilitated ongoing advancements, ensuring our competitive edge in rapidly evolving sectors.
Research Projects
EPSRC FEMM Hub
Newcastle University, UK
Led on Grand Challenge 1.1, focusing on innovative manufacturing methods to improve electrical machine performance.
ZLIM Railway /
Mechanical Engineering
Newcastle University, UK
Investigated optimized braking for rail systems using linear induction motors.
Aerospace Engineering
Newcastle University, UK
Developed drives for solar-powered aircraft, achieving high efficiency in extreme altitudes and temperatures.
Technical Knowledge
Machine Designing
Power Electronics and Drives
Mathematical Modelling
Physics and Universe
Software Skills
MATLAB
Infolytica MagNet
Ansys
Atrium
Awards and Honours
Publications
Predictors of Acute Kidney Injury Among Octogenarians Undergoing Open Mitral Valve Repair
Archives of Medical Science – Atherosclerotic Diseases, 2024.
- Ali S., Ramphul K., Rahman A., Akkaramani S., Dhaliwal J., Karalis I., Vakali M., Ahmed N. (Me), et al.
- A detailed study on predictors of acute kidney injury…
American College of Cardiology, Atlanta, April 2024.
- Maria. V, Iodif. K, Nabeel. A,
A review of Soft Magnetic composite materials and applications
ICEM, Valencia, Spain, 2022.
- Nabeel. A, Glynn Atkinson
Design, analysis, and comparison of IPM machines with Concentrated and Distributed Winding for a high-performance traction application
Newcastle, UK, PEMD 2022.
- Nabeel. A, Barrie Mecrow, Glynn Atkinson
AC Winding Loss Reduction in High speed axial flux permanent magnet machines using a lamination steel sheet
IEEE International Electrical Machines and Drives Conference, San Diego, USA, May 2019.
- Nabeel. A, Glynn Atkinson
Investigation of a Linear Induction machine for a Railway Braking Application
IEEE International Conference on Electrical Machines, 3-6 Sept 2018, Greece.
- Nabeel. A, R. Martin, M. Kimiabeigi
- J. P. Powell, R. Palacin, J. Widmer
Reduction of Cogging Torque in Transverse Flux Machines by Stator and Rotor Pole Shaping
IEEE Energy Conversion Congress and Expo, Sept 18-22, Milwaukee, WI, USA.
- Nabeel Ahmed, Cristofaro Pompermaier,
- Jamie Washington, Lars Sjöberg.
Low Ripple TFM feasibility study for BAFCO
January 2016. The Big Ass Fan Corporation (BAFCO) requested that Newcastle University carry out a feasibility on two TFM topologies, the aim being to produce feasible designs with high efficiency and low torque ripple.
- Nabeel Ahmed, Glynn Atkinson.
Reduction of Cogging Torque and back EMF harmonics in Modulated Pole Machine by variations in Tooth span,
Electrical Machines and Drives Conference (IEMDC), 2015 IEEE International on, May 2015.
- Ahmed, N; Atkinson, G. J. ; Baker, N. J.
- Sjöberg, L.
Reduction of cogging torque and torque ripple in Modulated Pole Machines by geometrical changes
Power Electronics, Machines and Drives (PEMD 2014), 7th IET International Conference on, pp. 1 – 6, April 2014.
- Ahmed, N; Washington, J.
- Atkinson, G. J.
- Baker, N. J.
Flux Switching Modulated Pole Machine topologies which offer greater mechanical simplicity
Electrical Machines and Drives Conference (IEMDC), 2013 IEEE International on, pp. 354 – 358, May 2013.
- Ahmed, N; Atkinson, G. J.
- Baker, N. J.
- Sjöberg, L.