Evidence-Based Slide Design
GCSE Level unit starter
Packed with unplugged and virtual and a starter lesson to 15 unit plan
Title: Demystifying Data Packets & Network Routing
Target Audience: GCSE / IGCSE Computer Science
The Learning Barrier: Visualising the invisible architecture of the internet—specifically understanding how data is broken down, dynamically routed to avoid infinite loops, and handled when network hardware crashes.
The Visual Strategy: I engineered a bespoke “unplugged” visual framework, translating abstract packet switching into a tangible “Data Convoy Route” using delivery vehicles and central hubs. To deepen the pedagogical impact, I bridged theoretical networking with practical programming by placing Python while loop logic directly alongside the routing visuals to demonstrate how TTL (Time to Live) actively prevents endless network traffic jams.
The Outcome: Learners successfully mapped the visual analogy directly to the technical curriculum, giving them the structural logic needed to confidently construct accurate, 4-mark exam responses on data transmission.
QUERY LANGUAGE
Intense lesson plans,, scaffolding & pedagogical
Title: Structured Query Language (DDL vs DML)
Target Audience: A Level Computer Science
The Learning Barrier: Transitioning from theoretical database design to writing functional SQL code. Learners often struggle to differentiate between structural commands (DDL) and data manipulation commands (DML), and they frequently hit a wall when trying to visualize how multiple tables link together through relational joins.
The Visual Strategy: I designed a highly relatable “Music Database” framework to contextualize the abstract code. By visually framing DDL as “building the container” and DML as “manipulating the data inside,” the syntax becomes intuitive rather than intimidating. The deck utilizes clean typography and color-blocking to break down complex queries step-by-step, making concepts like primary and foreign keys accessible.
The Outcome: Students are scaffolded from basic table creation all the way to writing complex SQL scripts, culminating in a final challenge where they successfully utilize multiple JOINs to query a relational playlist system.
Networking Connectivity
Wired vs. Wireless.
Title: Networking Connectivity: Wired vs. Wireless
Target Audience: Younger Learners / Key Stage 3
The Learning Barrier: Engaging younger students with foundational hardware concepts, which can often feel dry. Learners need to clearly differentiate between the practical benefits and drawbacks of wired versus wireless networks without getting bogged down in overly dense technical jargon.
The Visual Strategy: To capture the attention of a younger demographic, I integrated a fun, recurring robot mascot to guide students through the lesson objectives and tasks. The deck bypasses heavy text in favor of stark, relatable visual comparisons contrasting a high-stakes emergency control room with a casual Costa coffee shop to instantly communicate why specific connection types are chosen for real world situations.
The Outcome: Learners are scaffolded through tiered questioning (categorised into Green, Blue, Pink, and Ambition levels).
This structural logic prepares them to successfully synthesize the core benefits (like wired stability) and drawbacks (like messy cables) into their own assignment materials.
Action Photography
Master Classes.
Creative iMedia
New Curriculum developments 2027
Title: Creative iMedia: Curriculum & Career Pathways Target Audience: Year 9 Students / Cambridge Nationals J834
The Learning Barrier: Students often view creative subjects simply as “taking pictures” or “playing games” and struggle to see the structured, professional progression from idea generation to final media production. They need a visual roadmap that connects classroom modules to viable, high-paying career paths.
The Visual Strategy: I designed a vibrant, high-energy promotional deck utilizing bold color blocking to break down core and optional modules, such as Digital Games and Visual Imaging. To elevate the subject’s perceived value, I integrated real-world economic data—specifically the £126 billion value and 2.3 million jobs supported by the UK creative sector—framing the curriculum as a serious industry entry point.
The Outcome: Learners are visually guided through the exact curriculum journey (from R093 pre-production to R094 visual identity) and are provided with clear, actionable enrollment steps, such as scanning a QR code or attending an information evening.
Cyber Security
Its not a threat if you are prepared
Title: Cyber Security: Threat Vectors & Incident Response Target Audience: Advanced IT Students / Corporate Training
The Learning Barrier: Transitioning learners from theoretical security frameworks (like the CIA Triad) to understanding high-pressure, real-world incident response. Abstract concepts like “metadata,” “audit logs,” and legal obligations under the DPA 2018 often fail to resonate until placed in a critical context.
The Visual Strategy: I engineered a highly immersive, dark-mode visual framework featuring neon HUD overlays and critical alert interfaces. Instead of relying on dry bullet points, the deck acts as an active “Incident Response Tabletop” simulation, placing learners directly into a hospital infrastructure breach to visually map out tampering detection, attacker identification, and the ransom dilemma.
The Outcome: Learners step into the active role of a “Digital Detective,” utilizing the visual simulation to understand how to trace IP addresses, secure the chain of custody, and navigate multi-layered “Defense in Depth” strategies to protect critical network perimeters.
Tailored Visual Solutions
I craft bespoke visual tools tailored to your specific needs, breaking down barriers to understanding complex ideas.
Commercially Minded Design
My designs align with your operational goals, ensuring that every project delivers both impact and return on investment.
Expertise in Learning Efficiency
Leveraging leadership experience, I prioritise efficient learning practices that drive engagement and retention among users.