2026/27 UCAS Cycle Live49 Verified UK Supercurricular Essay Prizes, Creative Projects & Olympiads active today (Auto-Expiring)

Closing Soon: Davidson Inventors Challenge →·

SUPERCURRICULA MEMBERSHIP PLANS·2026/27 ADMISSIONS CYCLE

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Supercurricular Evidence Dossier & UCAS Portfolio

Generated via supercurricula · UK Supercurricular & UCAS Admissions Engine

1. Davidson Inventors Challenge 2026/27(Cambridge ChemEng · STEM & Engineering)

Stage: Drafting | Deadline: 2026-11-01

Raw Reading & Research Notes:

Designed a low-cost membrane filtration process for rural greywater recycling; modelled pressure-drop trade-offs using Darcy's Law and evaluated chemical scalability.

Synthesized Personal Statement Draft:

Developing our entry for the Cambridge ChemEng Davidson Inventors Challenge allowed me to apply fluid transport principles and Darcy's Law to real-world water purification constraints. Balancing membrane permeability against capital cost sharpened my quantitative engineering judgement beyond A-Level Chemistry and Physics.

Oxbridge Tutorial Viva / Mock Interview Questions:

If membrane fouling increases exponentially with flux rate in your greywater system, how would you mathematically optimize the operating pressure to minimize total lifecycle cost?
What thermodynamic or mass-transfer limitations prevent your filtration model from removing dissolved ionic contaminants without reverse osmosis?

2. Pathways to Engineering(University of Liverpool/Sutton Trust · STEM & Engineering)

Stage: Shortlisted | Deadline: 2026-11-02

Raw Reading & Research Notes:

Investigated finite element stress analysis and aerodynamic drag reduction across composite wing spars during the Pathways to Engineering programme.

Synthesized Personal Statement Draft:

Participating in the Sutton Trust Pathways to Engineering programme deepened my understanding of structural mechanics, particularly how carbon-fibre layup orientation governs torsional rigidity under aerodynamic load. Applying finite-element approximations to spar deflection bridged my A-Level Mathematics mechanics with aerospace design.

Oxbridge Tutorial Viva / Mock Interview Questions:

How does varying the Second Moment of Area along a tapered cantilever wing spar affect both root bending stress and overall structural mass?
Why might an isotropic material fail differently under cyclic fatigue compared to an orthotropic carbon-fibre composite?