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Mini Electronics Lab Architect Introduction
Η δωρεάν είσοδος στη βιβλιοθήκη. Βλέπουμε γιατί ένα εργαστήριο δεν γίνεται ασφαλές επειδή έχει
εργαλεία, και τι χρειάζεται ώστε bench, zones, permissions, components, measurements, incidents, stock
και shutdown να λειτουργούν ως ενιαίο system.
4 Blocks
F
Core Foundation
Design a Lab Others Can Use Safely
Ο συνολικός χάρτης της βιβλιοθήκης: lab purpose, permitted work, bench architecture, safety zones, tool
access, component coding, storage, BOM, kits, measurement, assembly, inspection, calibration, incidents,
stock, waste, onboarding, checkout, shutdown και recovery.
18 Blocks
01
Define the Operating Boundary
Lab Purpose and Permitted Work
Ορίζουμε τι εργασίες επιτρέπονται, ποια voltage και current limits υποστηρίζονται, ποια projects
απαγορεύονται, ποιοι users μπορούν να εργαστούν και ποιο protected outcome πρέπει να εξασφαλίζει το lab.
22 Blocks
02
Design the Physical Working System
Bench Architecture
Σχεδιάζουμε benches, power distribution, ESD protection, lighting, ventilation, soldering points,
measurement stations, storage access, cable routing και visible working space ώστε η ροή να παραμένει
ασφαλής και καθαρή.
22 Blocks
03
Separate Risk Before Work Begins
Safety Zones
Ορίζουμε safe, supervised, restricted, hot-work, soldering, battery, testing και storage zones με
markings, access rules, required PPE, stop conditions και emergency routes.
22 Blocks
04
Access Follows Competency
Tool Access and Authorization
Συνδέουμε κάθε tool με training, competency level, permitted users, supervision, checkout rule,
maintenance status και emergency stop authority ώστε η χρήση να μη βασίζεται στην απλή διαθεσιμότητα.
20 Blocks
05
Give Every Component an Identity
Component Coding
Σχεδιάζουμε internal codes για resistors, capacitors, LEDs, ICs, modules, connectors, sensors, boards,
cables και kits μαζί με package, value, tolerance, voltage, revision και storage location.
22 Blocks
06
Make the Storage System Visible
Storage and Drawer System
Ορίζουμε cabinets, drawers, bins, labels, location codes, quarantine areas, high-value storage,
ESD-sensitive zones και replenishment visibility ώστε κάθε component να μπορεί να βρεθεί, να επιστραφεί
και να ελεγχθεί.
24 Blocks
07
Turn Components into Repeatable Builds
BOM and Kits
Δημιουργούμε BOMs, approved alternatives, kit lists, quantities, consumables, preparation checks,
missing-part rules και return handling ώστε κάθε build να ξεκινά από ελεγχόμενο και επαναλήψιμο
component set.
22 Blocks
08
Measure the Same Way Every Time
Measurement Standards
Ορίζουμε instruments, ranges, reference points, units, tolerances, measurement sequence, recording
format, acceptance limits και required evidence ώστε δύο users να παράγουν συγκρίσιμα αποτελέσματα.
24 Blocks
09
Build with a Shared Standard
Assembly Standards
Σχεδιάζουμε polarity rules, solder quality, wire preparation, connector use, strain relief, board
handling, cleaning, fastening, labeling και visual acceptance criteria για consistent assembly.
24 Blocks
10
Inspect Before Power and Release
Inspection and Test Points
Ορίζουμε visual inspection, continuity, short-circuit check, polarity, current limiting, staged
power-up, functional tests, safety checks και release evidence πριν ένα circuit θεωρηθεί έτοιμο.
22 Blocks
11
Trust Instruments Through Evidence
Calibration Records
Καταγράφουμε instrument ID, calibration method, reference source, date, result, tolerance, next due
date, owner, out-of-calibration impact και affected measurements ώστε το data να παραμένει αξιόπιστο.
24 Blocks
12
Respond to Faults Without Hiding Them
Fault and Incident Handling
Σχεδιάζουμε stop-work, isolation, safe power removal, evidence preservation, fault record, escalation,
damaged-tool quarantine, root contributors, corrective action και return-to-service criteria.
22 Blocks
13
Protect Availability of Critical Components
Component Stock and Reorder
Ορίζουμε minimum stock, reorder point, lead time, consumption history, approved suppliers, substitute
parts, reserved stock, project allocation και cycle count ώστε η έλλειψη υλικών να μην εμφανίζεται την
ώρα του build.
22 Blocks
14
Separate Reusable, Damaged and Waste Material
Waste and Damaged Components
Δημιουργούμε rules για tested returns, unknown parts, damaged boards, failed components, batteries,
solder waste, wires, packaging, hazardous disposal και evidence ώστε τίποτα αμφίβολο να μην επιστρέφει
στο active stock.
24 Blocks
15
Teach the Lab Before Granting Freedom
User Onboarding
Εκπαιδεύουμε users σε zones, permitted work, tool access, component coding, storage, measurements,
incidents, cleanup, shutdown και evidence και επαληθεύουμε readiness πριν από independent use.
22 Blocks
16
Know Who Holds Every Tool
Tool Checkout and Return
Καταγράφουμε tool ID, user, project, condition, accessories, checkout time, due date, return
inspection, missing items, damage και maintenance trigger ώστε τα shared tools να μην εξαφανίζονται από
το system.
22 Blocks
17
Close the Lab in a Known Safe State
Lab Shutdown Procedure
Ορίζουμε power-off, hot-tool cooling, battery isolation, bench clearing, component return, waste
removal, tool check, incident review, ventilation, lockup και final sign-off πριν το lab θεωρηθεί
closed.
24 Blocks
18
Prepare for Fire, Power Loss and System Failure
Emergency and Recovery Plan
Σχεδιάζουμε emergency stop, evacuation, fire response, first aid, battery incident, electrical fault,
power outage, tool isolation, communication, evidence, recovery checks και controlled reopening.