Player Content

Player Content

Note

Design stage. This page describes planned mechanics from the design document. Not implemented yet — see Roadmap (milestone M2 for the handbook and first advancements; M13 for world structures, the full advancement set and decor).

The other design sections describe how the industrial complex works. This page covers what you see and do around the physics: how you find out what to build next, how progress is marked, where you can practice before a mistake becomes an accident, what you find in the world, what instruments are made of, and how you decorate your station. The fuel cycle alone takes 60–100 hours and dozens of machines, and the industry ladder doubles that — without this layer a newcomer would give up on the first evening.

Principles

#	Principle	Consequence
C1	The handbook explains, instruments show	The handbook never shows live plant values. It teaches you to read instruments, it does not replace them.
C2	Progress is unlocked by materials, not quests	Advancements and handbook chapters mark progress but block nothing. There is no "turn in a quest, get a recipe".
C3	In-game presentation	The handbook is an "Engineer's Handbook", an operating procedure is a document issued with the controller, an operator licence is an ID card. No "tip of the day" windows.
C4	Mistakes belong in the simulator	Every accident can be lived through on the training simulator with no consequences in the world.
C5	The world tells stories	Structures give information (maps, cores, logs, handbook pages) and a few early parts, never finished machines.
C6	One source of truth	Lua help, register tables and tag captions are generated from DeviceDescriptor, not written by hand.

The first 30 minutes

The goal: in half an hour you understand that (1) this mod is about a whole plant, not one reactor; (2) the first step is coal and steam; (3) where to look for answers.

Minute	What happens	Mechanic
0	On first join you receive the engineering_handbook (once per player, content.give_handbook_on_join)	opens on "How the complex works"
0–5	One picture of the industry ladder; "you are here" — I0	clickable illustration, each era leads to its chapter
5–15	Find coal, build a coal boiler and a steam engine on a Create shaft	advancement "First Steam"; chapter "Boiler: water, fuel, pressure" opens
15–25	The boiler boils dry or overpressures — the relief valve lifts	the first "accident" with no losses: valve whistle, steam cloud; the handbook points to the pressure gauge
25–30	Place a pressure gauge (instrument_pressure, level A0)	chapter "Reading instruments": scale, normal, warning, alarm (ISA-101)

On TRAINING difficulty the first boiler has a larger pressure margin and every chapter ends with "What to do next" hints. On HARDCORE there are no hints. See Multiplayer for difficulty modes.

Engineer's Handbook

engineering_handbook is the mod's own book (not Patchouli, so no hard dependency). Content is a datapack that servers can override or extend:

data/promptcritical/handbook/
  categories/<category>.json      ← eras and industries
  entries/<entry>.json            ← chapters
  pages/<lang>/<entry>/*.md       ← text in simplified Markdown
assets/promptcritical/textures/gui/handbook/*.png   ← illustrations, diagrams

Page type	Shows
text	text with links to chapters and blocks (hover shows the block)
image	diagram or illustration
recipe	recipe from the registry (vanilla, Create, process recipe)
multiblock	rotatable 3D layer-by-layer multiblock view
ponder	"Show" button that starts a Ponder scene
formula	formula pre-rendered to PNG from LaTeX at build time, with variables explained
register_map	Modbus register table generated from the device descriptor
lesson	short engineering lesson from real practice

Chapters unlock on always, advancement:<id>, item_obtained:<id> or block_placed:<id>. Locked chapters show as "???" with a hint ("Obtain yellowcake"). content.handbook_all_unlocked = true opens everything.

Category	Example chapters
How the complex works	industry ladder, cross-industry flows, units and instruments
I0 Coal and Steam	mine and methane, boiler, steam engine, relief valves
I1 Steel and Power	coke plant, blast furnace, steel and pipe, generator and synchronization, grid
I2 Oil and Gas	exploration, drilling and blowout preventer, production, refinery, gas plant
I3 Chemistry	cracking, polymers, chlor-alkali, syngas
I4 Nuclear	criticality, kinetics, xenon, thermal-hydraulics, scram, fuel cycle, waste
Automation A0–A5	relays, analog blocks, PLC and IEC languages, safety systems, Lua and pcui, historian
Safety	dosimetry, LOTO and permits, fires, chemical hazards
Engineering lessons	simulator lessons

Operating procedures. Building the controller of a major unit (reactor_controller, refinery column, blast furnace, coke battery, generator) gives you an operating_procedure item with a procedure_ref. Put it on a document_lectern next to the panel and anyone nearby can read that unit's procedure — just as real procedures sit at operator workstations.

Lua help in CC: Tweaked. Pages go under data/computercraft/lua/rom/help/ (pc_reactor.txt, pc_plc.txt, pcui.txt, pc_tags.txt …), generated by the Gradle task generateCcHelp from device descriptors. Two pages are hand-written: pcui and pc_start (first program in 10 lines). On a computer, help pc_pump shows the same content as the handbook, sized for a 51×19 screen.

New Ponder scenes

These continue the Create integration scenes (1–25). Each is ≤ 60 s and uses the same formulas as the simulation.

#	Scene	Teaches
26	coal_boiler_basics	water, fuel, pressure, relief valve
27	mine_ventilation	ventilation, methane, canary
28	coke_battery_cycle	coking cycle, gas and tar
29	blast_furnace_tap	burden, blast, tapping
30	generator_synchronization	closing in phase
31	grid_frequency	frequency drops on deficit, load shedding
32	drilling_mud_window	mud weight window, kicks
33	bop_shut_in	shutting in a well
34	pumpjack	stroke, Create shaft, rate
35	distillation_column	fractions and trays
36	relay_ladder	ladder logic from blocks
37	plc_scan_cycle	input → program → output
38	current_loop_break	a broken loop is visible; zero is not
39	cause_effect_matrix	safety logic without code
40	lockout_tagout	a lock holds until its owner removes it
41	radiography_exposure	exposure and barrier zone
42	ntd_rotation	why the ingot rotates
43	cooling_tower	evaporation, weather
44	wafer_cleanroom	clean room

The Route (quest graph)

The handbook has a Route tab: a graph of tasks across eras I0–I4 and automation levels A0–A5, inspired by the GregTech: New Horizons questbook — with key differences:

	GT:NH questbook	Prompt Critical Route
Blocks progress	no, but recipes follow quest order	no: a task only marks and explains
Rewards	loot bags, resources	XP and decor; no resources or machines
Completion check	item in inventory	item or plant state: tag value, simulator scenario, run time without a scram
Link to text	short description	every task opens a handbook chapter and, where available, a Ponder scene

Task type	Condition	Example
obtain	item in inventory or station container	"Obtain 16 coke"
build	multiblock assembled and validated	"Build a blast furnace"
reach	plant tag in range for a given time	"Hold boiler drum pressure at 1.2 ± 0.1 MPa for 10 minutes"
operate	unit runs without a trip for a given time	"Generator on the grid for 1 game day"
scenario	simulator scenario passed	"Pass out_of_phase_sync"
program	PLC/Lua program does the job on the digital twin	"Write a PI level controller, error < 5 %"
discover	structure or deposit sign found	"Find a bitumen seep"
choice	one of several (a fork)	"Choose your path to the atom"

Target: 30–60 tasks per era and 15–25 per automation level, about 300 at release. The graph lives in data/promptcritical/handbook/route/<era>.json; CI checks that it references only existing items, blocks, tags and scenarios. Hints: full "how" on TRAINING, only "what" on STANDARD, titles of open tasks only on HARDCORE.

Advancements

Advancements are vanilla (data/promptcritical/advancement/...) so they work in the vanilla screen, chat and third-party trackers. Almost all conditions use one custom trigger, promptcritical:sim_event, with predicates on domain events. With station_member: true an advancement counts for every station member online within 64 m of the controller — a shared shift success. Rewards are XP and the record only. Types: task, goal, challenge; (H) = hidden.

Production

id	Name	Condition	Type
root	Prompt Critical	obtain engineering_handbook	task
first_steam	First Steam	steam engine delivers torque to a Create shaft	task
canary	Canary in a Cage	place a canary cage in a mine	task
coke	Coke and Gas	first batch of coke	task
pig_iron	Pig Iron	first blast furnace tap	task
steel	Steel	first converter heat	goal
seamless	Seamless	first seamless pipe	task
synchronized	On the Grid	generator synchronized with torque shock ≤ 10 %	goal
first_oil	Gusher	first oil from a well	goal
pumpjack	Nodding Donkey	pumpjack runs for 1 day	task
first_cut	First Cut	column delivers on-spec gasoline	task
sulfur	Yellow Mountain	64 sulfur from a Claus unit	task
helium	Light as Helium	helium recovered from gas	task
ethylene	Ethylene	first steam cracking	task
bakelite	Age of Plastics	first bakelite	task
yellowcake	Yellowcake	first yellowcake	goal
uf6	Hexafluoride	first UF₆ cylinder	task
enriched	Three Percent	UF₆ at ≥ 3 % enrichment	goal
first_fa	First Assembly	first fuel assembly passing inspection	task
closed_cycle	Closed Cycle	MOX assembly from your own plutonium loaded, and a vitrified HLW canister in storage	challenge
industrial_complex	Industrial Complex	blast furnace, refinery, gas plant and reactor above 50 % all running at once	challenge

Operations

id	Name	Condition	Type
first_criticality	First Criticality	k_eff ≥ 1 by operator decision	goal
one_over_m	1/M Method	critical after ≥ 3 count-rate measurements at different loadings	task
xenon_pit	Iodine Pit	recovered from a xenon pit without violating the reactivity margin	goal
scram_clean	Clean Scram	scram from > 50 % power with no cladding damage	task
hundred_days	Hundred Days	100 SLOW days without an automatic scram	challenge
load_follow	Load Follow	reactor followed the dispatcher schedule for 1 day within 5 %	goal
black_start	From Zero	grid restored after a blackout without outside help	challenge
quiet_pump	Quiet Pump	cavitating pump found and fixed before it failed	task
kill_well	Well Killed	kick handled without a blowout	goal
no_surge	No Surge	compressor started without a single surge cycle	task
refinery_lp	Blending	on-spec gasoline at ≤ 105 % of the LP optimum cost	challenge
turnaround	Turnaround	unit shut down, repaired under permits and restarted	goal

Automation

id	Name	Condition	Type
relay_logic	Click-Clack	first ≥ 5-relay circuit controlling a mechanism	task
analog_pid	No Computer	analog PI controller holds a value for 1 day	goal
plc_first	First Scan	PLC program in RUN	task
all_languages	IEC Polyglot	LD, FBD, SFC and ST programs in one PLC	challenge
sis_matrix	Matrix	cause-and-effect matrix with ≥ 10 causes and 2oo3 voting	task
proof_test	Proof Tested	safety function proof test done before due	task
lua_first	Hello, Reactor	Lua program called readMany on a pc_* device	task
hmi	High-Performance HMI	L1 pcui screen with ≥ 20 tags	task
historian	Plant Memory	historian stores ≥ 100 tags for ≥ 1 day	task
digital_twin	Twin First	program tested on the digital twin, then loaded into a real PLC	goal
tuner	Tuner	tuning task solved in the server's top 10 %	challenge
telemetry	Telemechanics	10 remote RTUs on one master	goal

Safety and science

id	Name	Condition	Type
dosimeter	Count Your Dose	wear a dosimeter for 1 day	task
alara	ALARA	main coolant pump repair with team dose < 10 mSv	challenge
lockout	Lock	first LOTO on a valve	task
permit	By Permit	hot work under a permit with gas testing	task
own_sun	Your Own Sun	first Co-60 source	task
through_steel	Through Steel	weld defect found on radiographic film	task
everlasting	Everlasting Battery	RTG powers a remote well RTU	goal
pulse	Pulse	TRIGA pulse ≥ 100 MW without fuel damage	challenge
annealing	Annealing	controlled Wigner energy release	challenge
operator_license	Licensed	operator exam passed on the simulator	goal

World and hidden

id	Name	Condition	Type
oklo (H)	The Planet Got There First	assay shows depleted U-235 in natural reactor ore	challenge
gas_crater (H)	Door to Hell	found a burning gas crater	task
pitch_lake (H)	Pitch Lake	found a natural bitumen seep	task
orphan_found (H)	Nobody's Source	found and surrendered an orphan source	task
canary_saved (H)	The Bird Lives	the canary survived a methane outburst because you got out in time	task
stuck_valve (H)	Don't Trust the Lamp	stuck valve found by its position sensor, not the "command sent" signal	challenge

Station record board. station_record_board shows station records from the historian: days without scram, 30-day capacity factor, output, product yield, collective dose. /pc stats compares stations on a server.

Training simulator and scenarios

Real NPP, refinery and grid operators train for years on full-scope simulators. In the game the simulator lets you survive any accident without consequences, delivers lesson content, and tests programs before they go to real hardware (it is the consumer of the digital twin, see Automation Platform).

Block	Function
training_simulator	compute cabinet; runs an isolated copy of SimulationWorld
simulator_console	simulator panel; normal panel blocks and CC computers attached to it work on the copy
instructor_station	start, pause, rewind, fault insertion, scoring

A copy is made either from your real station (snapshot of the chosen controller and all connected networks: hydraulic, electrical, PLCs, safety systems — the Minecraft world itself is not copied) or from a reference plant in the datapack: I0 boiler, generator unit with grid, T0, T1, PR-300, crude distillation column, compressor station, well with rig.

Scenario format (example):

{
  "id": "promptcritical:stuck_porv",
  "plant": "promptcritical:pr300",
  "initial": { "preset": "full_power_mol" },
  "faults": [
    { "t": 30, "type": "VALVE_STUCK_OPEN", "target": "rcs.pzr.porv", "indication": "COMMAND" },
    { "t": 30, "type": "SENSOR_FAIL", "target": "rcs.pzr.porv.position", "mode": "FROZEN" }
  ],
  "success": [ { "within": 900, "all": ["core.cladding.max_temp < 1477", "operator.found:rcs.pzr.porv"] } ],
  "failure": [ "core.cladding.max_temp >= 1477" ],
  "debrief": "promptcritical:lessons/stuck_porv"
}

Fault types: sensor (FROZEN, DRIFT, OPEN_LOOP, NOISY), stuck valves (STUCK_OPEN, STUCK_CLOSED, STUCK_AT), pump or compressor failure, pipe break of a given size, bus power loss, PLC WATCHDOG, wrong indication (COMMAND — lamp shows the command, not the position), safety system failure on demand, fire, gas release. The instructor can insert faults live. After a scenario, a lesson page debriefs what happened, which instruments showed it and when, and where time was lost — from the copy's historian trends.

Lesson scenarios

Lessons are presented as engineering lessons without naming real sites or countries.

id	Lesson	Mechanic	Release
stuck_porv	"Valve closed" lamp showed the command, not the position; coolant was lost	COMMAND indication vs position sensor	★
iodine_pit	leaving a xenon pit with a low reactivity margin and a coastdown test	reactor kinetics	★
rod_withdrawal_maintenance	manual rod withdrawal during maintenance beyond limits	rod interlocks, 1/M	★
wigner_anneal	graphite annealing on wrong thermocouples	Wigner energy	★
solution_criticality	uranium solution drained into a vessel of unsafe geometry	criticality_alarm	★
permit_shift_change	pump taken for repair, permit not handed over at shift change, next shift started it without its relief valve; fire spread across the platform	permits, LOTO, shift handover	★
blowout	misread pressure test, kick, BOP failure	mud window, BOP	★
column_overfill	column filled above the level gauge range at startup; vapour cloud found an ignition source	limited-range level gauge, relief system	★
tank_overfill	night overfill: level sensor froze, independent switch failed	safety system, FROZEN sensor, vapour cloud explosion	★
temporary_bypass	temporary pipe bypass without calculation or supports	management of change, pipe strength	★
hydro_vibration	unit with rising vibration left running	vibration diagnostics	backlog
coal_dust	methane ignited coal dust in an un-dusted roadway	coal mine	★
lpg_bleve	fire under an LPG vessel, relief valve could not cope	BLEVE	★
ammonium_nitrate	years-long storage of ammonium nitrate at a port, fire	oxidizer, DamageBudget	backlog
out_of_phase_sync	generator closed onto the grid out of phase	synchroscope	★
compressor_surge	compressor start without anti-surge protection	PLC anti-surge block	★
black_start	blackout: restore the grid when the NPP needs offsite power	diesels, gas turbines, UFLS	★
forced_bit	a forced signal left after commissioning silently disabled an interlock	PLC forcing	★
orphan_source	a decommissioned source disappeared from storage	orphan sources	backlog

Operator licence

operator_license is an ID item with a license_spec: level (TRAINEE, OPERATOR, SHIFT_SUPERVISOR), plant type, date, station signature. It is issued for passing a set of simulator scenarios with a score ≥ content.license_pass_score (0.75). A server may require it (ops.require_license, default false): then control keys and bypass keys turn only for players with a valid licence of the right level, and the station log shows actions by licence number.

World structures

Structures are vanilla structure + structure_set in the datapack, tuned by worldgen.structures.*. Loot is information and early parts: cores, geological_map (marks the nearest ore body or trap, like a treasure map), handbook pages, logs, broken instruments to salvage, a little coal, steel and copper wire. No finished machines, fuel assemblies or category 1–2 sources — except where the source itself is the hazard.

id	Real prototype	Where	What it gives and teaches	Release
natural_reactor_oklo	the natural fission reactor in a Gabon uranium deposit	very rare, deep under a uraninite body	ore with depleted U-235 (0.60 % instead of 0.72 %), fission product traces; handbook page on why it ran and why it stopped. Advancement oklo	★
abandoned_survey_camp	abandoned geological survey camp	common, mountains and plateaus	cores, geological_map, survey log, broken radiometer	★
abandoned_uranium_mine	1940–50s uranium mine	rare, near ore bodies	radon in adits — the dosimeter shows danger where "nothing is there"	★
old_coal_mine	old coal mine	common in coal provinces	methane pocket that explodes from a torch; canary cage in loot; rotten timber supports collapse	★
pitch_lake	natural asphalt lake	rare, warm biomes	natural_bitumen — sign of an oil basin within 200–500 m; first bitumen without a refinery	★
gas_seep_crater	burning gas crater	very rare, deserts	eternal flame — sign of a gas field; heat makes it dangerous to approach	★
oil_seep	natural oil seep	rare, shores and swamps	pools of crude_oil, sign of a trap	★
abandoned_rtg_lighthouse	RTG lighthouse on the coast	very rare, cold coasts	broken rtg_thermoelectric with sr90_heat_source — an orphan source; teaches dosimeter use	backlog
weather_station	weather station	common	weather log (storms and power lines), anemometer	backlog
research_institute_ruin	ruined industry research institute	rare	handbook pages for I2–I4, early electronics (vacuum_tube, relay_coil), old analog_gauge	backlog
railway_halt	siding with tank cars	common	empty tank cars with UN markings, Create rails	backlog

The Oklo reactor is the only place where ore has a non-natural isotopic composition — you find it only by noticing the anomaly on the assay_station.

Sign in the world	Meaning
halo of ore blocks	uranium ore body nearby
coal outcrop on a slope	coal seam
natural_bitumen, oil_seep	oil basin
gas_seep_crater, bubbles on water	gas
rock salt near the surface	trap under a salt dome
radon in a cave	uranium or radium nearby

Instrumentation and electronics crafting tree

Level	Electronics	Key components	Materials from
A0	mechanical	Bourdon tube, bellows, float, bimetal	Create brass and copper, steel
A1	electromechanical	relay_coil, contacts, bakelite, copper_wire	metallurgy, coke-plant or chemical bakelite
A2	vacuum tubes	vacuum_tube	glass, copper_wire, nickel grid, magnesium getter, vacuum pump on a Create shaft
A3	semiconductors	transistor, printed_circuit_board	silicon_wafer, epoxy_resin, copper foil, glass cloth
A4–A5	integrated circuits	integrated_circuit	silicon_wafer + clean room
A4–A5 power	power semiconductors	power_thyristor	doped_silicon_wafer (neutron transmutation doped)

Power thyristors from NTD silicon are the real main application of neutron transmutation doping (Isotopes and RTG). They are needed for variable_frequency_drive (soft speed control of pumps and centrifuges, ESP drives) and grid static compensators (backlog). Ordinary ICs do not need NTD silicon; otherwise level A4 would sit behind the reactor.

Silicon chain

Stage	Unit	Process	Input	Output	Era
Metallurgical silicon	submerged_arc_furnace	SiO₂ + 2C → Si + 2CO, 1900–2100 °C, ~11–13 kWh/kg	quartz (minecraft:quartz or quartz_sand), coke	metallurgical_silicon 98–99 %	I1
Trichlorosilane	trichlorosilane_reactor (fluidized bed)	Si + 3 HCl → SiHCl₃ + H₂, ~300 °C	silicon, HCl from chlorine + hydrogen	trichlorosilane	I3
Purification	fractionating_column	distillation	trichlorosilane	purified trichlorosilane	I3
Polysilicon	siemens_reactor	SiHCl₃ + H₂ → Si + 3 HCl on rods at ~1100 °C; 50–100 kWh/kg	trichlorosilane, hydrogen	polysilicon (9N)	I3
Single crystal	czochralski_puller	pulling from the melt, seed rotated and raised by a Create shaft	polysilicon, boron dopant	silicon_ingot	I3
Wafers	wafer_saw	sawing	ingot	silicon_wafer / doped_silicon_wafer	I3

Czochralski window: pull rate 0.5–2 mm/min and rotation 5–30 rpm. Outside it you get polycrystal and zero yield. The ingot grows visibly out of the crucible.

Clean room. wafer_fab is a multiblock: cleanroom_panel walls, HEPA ventilation (hepa_filter), airlock. Particle concentration inside is C = C_out · L / (L + n·V·η_HEPA) with η_HEPA = 0.9997; leakage L grows with open doors, player passages and unsealed blocks. Chip yield follows the Poisson model Y = e^(−D₀·A) with defect density ∝ C. A dirty room means scrap — ventilation becomes a production problem, not only a radiological one.

Instrument recipes

Block	Level	Key components
instrument_pressure (local)	A0	brass Bourdon tube, glass
analog_gauge, chart_recorder	A1	relay_coil, bakelite, copper_wire
relay_controller, A1 relays	A1	relay_coil, bakelite
protection_cabinet, basic relay sis_logic_solver	A1	relays, keys — hardware protection needs no computer
A2 analog computing blocks	A2	vacuum_tube, resistors, capacitors
io_module, plc_controller	A3	transistor, printed_circuit_board
sis_logic_solver SIL 3	A4	integrated_circuit ×2 (redundancy), PCB
historian_server, RTU	A4	integrated_circuit, storage
variable_frequency_drive	A4	power_thyristor, integrated_circuit
CC: Tweaked computer and monitor	A4	see below

CC: Tweaked recipes. content.cc_recipe_override = true (default) replaces the recipes of the CC computer, monitor and modem so they need an integrated_circuit (advanced computer: ×4). Otherwise level A4 would be available in the first minutes and the automation ladder would collapse. Servers that run other CC mods can turn it off.

Decor

Stations and plants are large builds, and builders want them to look real. Each family is a block + slab + stairs + wall where it makes sense.

Family	Variants	Real-world place
tile_white, tile_blue, tile_green	15×15 ceramic tile	change rooms, labs, spent fuel pool
porcelain_tile	grey, beige	turbine halls
linoleum_control	grey, beige, parquet pattern	control rooms, offices
raised_floor	perforated or plain	server rooms, I&C rooms
ceiling_tile + ceiling_light_panel	suspended ceiling, glowing panel	control rooms
painted_concrete_two_tone	green / blue / beige lower half, white upper	industrial corridors
painted_concrete	grey, yellow, red (fire)
glass_block	clear and frosted	1960–80s industrial buildings
corrugated_steel	painted, 5 colours	warehouses, shops
sandwich_panel	white, grey, blue	modern shops
grating	floor grating, steps, see-through	service platforms
handrail	yellow and galvanized, with toe board
cage_ladder	caged vertical ladder	columns, cooling towers
cable_tray	straight, corner, tee, vertical; with or without cables	everywhere
pipe_rack	posts and crossbeams	refinery, gas plant
asphalt + asphalt_marking	white and yellow lines, arrows	roads, yards
curb	kerb
industrial_light	industrial, street, floodlight, green emergency "Exit"
room_sign	room numbers, "MCR", "Switchgear", "Pump room", evacuation arrows
wall_clock	shows game time	control room
safety_poster	2×1 and 2×2 safety posters
tritium_lamp	self-luminous signs
blast_door_decor	massive decorative doors (functional airlocks are containment_hatch)

Hazard signs (radiation, chemical, electrical, UN numbers, diamonds) are owned by Operations and Safety; decor only uses them.

Asphalt is the first use of bitumen, long before a refinery: bitumen from a pitch_lake + gravel → asphalt in a Create mixer. Walking on asphalt is 15 % faster (content.asphalt_speed_bonus) — a natural reason to pave roads between plant units.

See also

• Getting Started
• Progression — the industry ladder and automation levels
• Automation Platform — digital twin, PLCs, safety systems
• Create Integration — Ponder scenes 1–25
• Coal and Metallurgy, Oil and Gas, Petrochemistry
• Isotopes and RTG — NTD silicon, orphan sources
• Art Pipeline