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Lab Coordinator

Hybrid Materials Lab

• Trained new lab users and implemented new protocols
• Managed waste disposal, restocking of materials, and cleaning of lab gowns

Administrative Support

Flexible Nanoelectronics Lab

• Organized team-building events, group meetings, and technical workshops to foster collaboration and continuous learning
• Handled all event logistics, including scheduling, inviting attendees, booking venues, and providing catering
• Contributed to a positive, productive work environment that enabled the research team to thrive

Co-Director

The Future Photonics Hub

• Coordinated successful community outreach events within budget and resource constraints
• Recruited and developped new training programs for junior demonstrators
• Awarded for exceptional contribution to public engagement and outreach activities

XPS Super User

Zepler Cleanrooms Complex

• Conducted training and access certification for new users
• Authored comprehensive tool and data processing manuals

Public Engagement Specialist

Flexible Nanoelectronics Lab

• Developed educational content on flexible electronics for broad public audiences
• Delivered presentations and demonstrations at conferences, schools, and community events

PhD Ambassador

School of Electronics and Computer Science

• Organized engaging PhD recruitment events including talks, Q&A, and discussions
• Served as a visible resource for prospective PhD students, answering questions and sharing personal experiences
• Represented the PhD program at recruitment events

Demonstrator

The Future Photonics Hub

• Engaged with over 700 visitors to explain photonics and related scientific concepts
• Led hands-on educational workshops for school groups
• Presented the team's work at the Interact 2022 conference

Postgraduate Researcher

Flexible Nanoelectronics Lab

• Led clean-room fabrication of asymmetric coplanar nanogap separated electrodes using photolithography and metal deposition
• Optimised solution-based material protocols
• Characterized redox-based resistive memories for neuromorphic applications, analyzing electrical performance metrics
• Conducted comprehensive material analysis using advanced spectroscopy (XPS, UV/Vis, Raman) and microscopy (AFM, SEM) techniques

Student Representative

ASC Masters

• Represented student interests by speaking at welcome sessions for new cohorts
• Assisted international students with administrative tasks like visas, banking, and communication
• Served as a translator to facilitate support for diverse student needs
• Facilitated student networking through social events and retreats

Youth Activity Coordinator

COALA

• Created and led themed weekly summer camp programs for children

Doctorate - Polyoxometalate Based Nanoelectronics

University of Southampton

Electronics and material science

• Nanofabrication
• Material Optimization
• Resistive Memory
• Material Characterization
• Neuromorphic Applications

Masters - Advanced Spectroscopy in Chemistry

Université de Lille, Uniwersität Leipzig, Uniwersytet Jagielloński w Krakowie

Spectroscopy and chemistry

• Spectroscopy
• Structural Analysis
• Quantum Chemistry
• Analytical Techniques
• Applied Chemistry

Bachelors - Chemistry

Université Libre de Bruxelles

Chemistry

• Chemistry
• Quantum Theory
• Thermodynamics
• Physics
• Maths

Public Engagement & Outreach

Doctoral College Director's Award

Presented in recognition of an exceptional contribution to public engagement and outreach activities.

Ultrafast Broadband Strong-Field Tunnelling in Asymmetric Nanogaps for Time-Resolved Nanoscopy

Arxiv

Here, we show that the generation of femtosecond pulses of nanoscale tunnelling electrons can be achieved in any ultrafast optical laboratory, using any (deep-UV to mid-IR) femtosecond laser in combination with photosensitive asymmetric nanogap (PAN) diodes fabricated via easy-to-scale adhesion lithography.

Leaky Integrate-and-Fire Model and Short-Term Synaptic Plasticity Emulated in a Novel Bismuth-Based Diffusive Memristor

Advanced Electronic Materials

Here, a novel bismuth iodide material based diffusive memristor is introduced and its memristive and neuromorphic properties are evaluated.