455 CARDS · 41 WEEKS · EVERY SOURCE THE PLAN NAMES
Every video, chapter, paper and repository in the programme, as one card each, with the time it costs and why it is there. Filter by how long you have.
6 cards shown. Stashes: LABLOOP-W00 Notebook (15) LABLOOP-W01 Notebook (18) LABLOOP-W02 Notebook (15) LABLOOP-W03 Notebook (19) LABLOOP-W04 Notebook (17) LABLOOP-W05 Notebook (16) LABLOOP-W06 Notebook (12) LABLOOP-W07 Notebook (12) LABLOOP-W08 Notebook (15) LABLOOP-W09 Notebook (10) LABLOOP-W10 Notebook (11) LABLOOP-W11 Notebook (12) LABLOOP-W12 Notebook (12) LABLOOP-W13 Notebook (13) LABLOOP-W14 Notebook (12) LABLOOP-W15 Notebook (10) LABLOOP-W16 Notebook (14) LABLOOP-W17 Notebook (13) LABLOOP-W18 Notebook (10) LABLOOP-W19 Notebook (10) LABLOOP-W20 Notebook (10) LABLOOP-W21 Notebook (13) LABLOOP-W22 Notebook (10) LABLOOP-W23 Notebook (9) LABLOOP-W24 Notebook (9) LABLOOP-W25 Notebook (12) LABLOOP-W26 Notebook (11) LABLOOP-W27 Notebook (10) LABLOOP-W28 Notebook (6) LABLOOP-W29 Notebook (7) LABLOOP-W30 Notebook (10) LABLOOP-W31 Notebook (8) LABLOOP-W32 Notebook (5) LABLOOP-W33 Notebook (13) LABLOOP-W34 Notebook (12) LABLOOP-W35 Notebook (10) LABLOOP-W36 Notebook (8) LABLOOP-W37 Notebook (7) LABLOOP-W38 Notebook (6) LABLOOP-W39 Notebook (6) LABLOOP-W40 Notebook (6)
Monday build block · after LearnChemE (CU Boulder) · "Monod Cell Growth Example (Bio)"
Replace predator-prey with biomass-substrate and Monday's task is mostly done
Read exactly: The Examples section only, especially the Lotka-Volterra style system
Produce: The working ODE skeleton in batchlens/sim/monod.py
In: LABLOOP-W01 Notebook
Tuesday · B1
Enzyme + substrate is literally the shape of the Monod term S/(Ks+S) you code on Monday
Read exactly: Whole section, plus the chapter-6 review questions reachable from Ch. 6 Introduction if time allows
Produce: 5 questions at the end of notes/bio/B1.md; answer them yourself next week
In: LABLOOP-W01 Notebook
Wednesday build block
Wednesday's telemetry hop, nothing more
Read exactly: "Publish a single message" example
Produce: The publisher in the Wednesday artifact
In: LABLOOP-W01 Notebook
Saturday sandbox
SciPy documentation for scipy.integrate.solve_ivp (the solver you will use); read the "Examples" section
In: LABLOOP-W01 Notebook
Saturday sandbox · after SciPy documentation for scipy.integrate.solve_ivp (the solver you will use); read the "Examples"
Pioreactor project docs (pioreactor.com) — see a real, open-source mini bioreactor with optical density and temperature sensors; it makes "online variables" tangible
In: LABLOOP-W01 Notebook
Saturday sandbox · after Pioreactor project docs (pioreactor.com) — see a real, open-source mini bioreactor with optical…
OpenStax Biology 2e, ch. 3 "Biological Macromolecules" — 3-introduction, start at 3.1 Synthesis of Biological Macromolecules — 3.1 and the protein section; skim carbohydrates and lipids; finish on Chapter Summary. Moved out of core on 2026-09-29
In: LABLOOP-W01 Notebook