walterkken

Turn a research paper into a structured, styled PowerPoint deck: read a lawful paper/PDF, reconstruct the paper logic, create a top-level presentation outline, generate slide-level titles, map each slide to paper text/figures/tables/equations, create consistent slide images, and export a final PPT/PPTX. Use when Codex is asked to make a PPT from a paper, article, thesis chapter, technical report, or research PDF.

Write a source-grounded research paper through a legal literature and drafting pipeline: study writing-method sources, search lawful paper indexes and open-access databases, build section/paragraph structures, generate original figures/tables/equations from evidence or user data, compare claims against existing literature, revise, and produce a final manuscript. Use when Codex is asked to write, plan, structure, revise, or validate an academic paper, literature review, technical article, thesis chapter, or source-grounded manuscript.

Run a design thinking workflow: empathize, define, ideate, prototype, and test. Use when Codex is asked to solve user-centered product, service, interface, education, or experience problems through research, framing, ideation, prototyping, and user feedback.

Run a DMAIC process improvement project: define, measure, analyze, improve, and control. Use when Codex is asked to fix an existing process with measurable defects, delays, variation, waste, quality problems, or customer-impacting failures.

Run a Getting Things Done style workflow for personal or team commitments: capture, clarify, organize, reflect, and engage. Use when Codex is asked to process task piles, inboxes, open loops, project lists, next actions, weekly reviews, or overloaded work.

Run a Lean Startup validation loop with assumptions, MVP, build-measure-learn, validated learning, and pivot/persevere decisions. Use when Codex is asked to test a startup, product, feature, market, or business model under uncertainty.

Create and manage OKRs with objectives, measurable key results, initiatives, owners, check-ins, and scoring. Use when Codex is asked to turn goals into measurable execution plans for teams, products, projects, or personal work.

Run an OODA decision loop: observe, orient, decide, act. Use when Codex is asked to make fast decisions under uncertainty, update plans from new information, respond to competitors, incidents, operations changes, or tactical execution problems.

Automate ANSYS simulation workflows through doc-driven execution: discover installed ANSYS products and licenses, retrieve official/local API documentation, generate Workbench scripts, Mechanical APDL, PyMAPDL/PyAnsys code, or solver command files, run or guide simulations, diagnose blockers, and search trusted ANSYS forums when needed. Use when Codex is asked to create, modify, run, debug, or explain ANSYS Mechanical, MAPDL, Fluent, Electronics, Workbench, meshing, solving, post-processing, or result export tasks.

Automate AutoCAD drafting and CAD workflows through doc-driven execution: discover installed AutoCAD/Core Console/API access, retrieve official/local command and API documentation, generate AutoLISP, scripts, .NET guidance, DXF transformations, or command sequences, validate drawings, diagnose blockers, and search trusted Autodesk forums when needed. Use when Codex is asked to create, modify, batch process, debug, or explain AutoCAD drawings, DWG/DXF files, layers, blocks, dimensions, plotting, standards checks, or CAD automation.

Automate COMSOL Multiphysics modeling and simulation tasks through doc-driven workflows: discover installed COMSOL access, retrieve official/local API documentation, generate Java/MATLAB/COMSOL batch scripts, run or guide simulations, diagnose blockers, and search trusted COMSOL forums when needed. Use when Codex is asked to create, modify, run, debug, or explain COMSOL models, MPH files, LiveLink workflows, parametric sweeps, geometry/material/physics setup, meshing, solving, or result export.

Automate SOLIDWORKS modeling, assembly, drawing, and export workflows through doc-driven execution: discover installed SOLIDWORKS/API access, retrieve official/local API documentation, generate VBA/API macro or COM automation guidance, diagnose blockers, and search trusted SOLIDWORKS forums when needed. Use when Codex is asked to create, modify, batch process, debug, or explain SOLIDWORKS parts, assemblies, drawings, features, configurations, equations, mates, BOMs, exports, or CAD automation.

Run a Simon-inspired design and decision search process using bounded rationality, constraints, satisficing criteria, decomposition, alternative generation, and iterative evaluation. Use when Codex is asked to solve a strategy, organization, product, architecture, research, or design problem under limited time, limited information, and competing constraints.

Run a Thaler-inspired choice architecture audit for products, policies, forms, onboarding, pricing, defaults, incentives, and user workflows. Use when Codex is asked to reduce friction, improve decisions, design ethical nudges, identify sludge, or create an intervention plan without removing user choice.

Run an Ostrom-inspired governance design process for shared resources, communities, platforms, open-source projects, teams, datasets, or infrastructure. Use when Codex is asked to design rules, roles, monitoring, sanctions, conflict resolution, access boundaries, or self-governance for a commons.

Run a Kahneman-inspired decision process using outside view, reference classes, base rates, bias checks, premortem thinking, and decision journals. Use when Codex is asked to evaluate a major decision, forecast project outcomes, reduce overconfidence, compare alternatives under uncertainty, or create a structured decision memo.

Act as an employee-style engineering operator and multi-agent work coach using first-principles reasoning and the public Musk-style engineering algorithm: question requirements, delete unnecessary parts or process, simplify and optimize, accelerate cycle time, automate last, and run fast evidence-based iteration. Use when Codex is asked to help other agents plan or complete work, review an engineering plan, decompose a project, assign agent tasks, define acceptance criteria, remove unnecessary work, improve product design, software architecture, manufacturing process, operations workflow, cost reduction effort, or automation proposal.

Build, inspect, run, and debug MATLAB Simulink simulations through doc-driven automation: local MATLAB help/doc lookup, installed-product capability scans, Simulink library/block inventory, toolbox checks, solver configuration, generated `.m` scripts, simulation execution, error-driven repair, result export, and optional desktop workflows. Use when Codex is asked to operate MATLAB or Simulink, create or modify `.slx`/`.mdl` models, automate tasks described in MATLAB documentation, run `sim`, inspect blocks/parameters/logs, or perform control, signal, Simscape, or power-system simulation tasks.