Trade Loop is a conceptual investor pitch deck designed to demonstrate my approach to product-led storytelling, market sizing, and sustainability-focused B2B presentation design. This 13-slide deck presents a full startup narrative, from problem framing and unique insight to market opportunity, business model, and funding ask. The deck is structured for early-stage investors and partners in construction, logistics, and circular economy sectors, with clear visuals and decision-ready content.
The Challenge
Construction waste is a large, structural problem. The design challenge focused on:
Explaining an industry-specific problem with clarity and urgency.
Translating sustainability goals into concrete business value.
Presenting a marketplace model without overloading slides.
Balancing credibility, simplicity, and investor focus.
Designing charts and tables readable at pitch speed.
Approach
Built a linear pitch narrative from problem to ask.
Used concise copy and strong headlines per slide.
Designed clear market sizing for TAM, SAM, and SOM.
Applied a calm green-led visual system aligned with sustainability.
Structured comparisons, charts, and tables for fast scanning.
Prioritized hierarchy and whitespace for investor readability.
Results
The final 13-slide conceptual pitch deck demonstrates:
Strong mastery of pitch deck storytelling.
Clear and persuasive slide architecture.
A professional and cohesive visual identity.
Ability to simplify complex SaaS/AI concepts.
The final deck demonstrates:
Clear articulation of a real industry pain point.
Strong alignment between sustainability and revenue logic.
Consistent visual system across product, data, and team slides.
Investor-ready structure suitable for seed-stage fundraising.
Ability to design B2B marketplace decks with clarity and focus.
This project reflects my experience designing structured pitch decks for B2B, sustainability, and marketplace startups.
Like this project
Posted Mar 9, 2026
A pitch deck for Trade Loop, a B2B marketplace focused on reducing construction waste through material reuse.