We are adding Bluetooth to an existing Class II device. Is that a letter to file or a new 510(k), and what testing do we need?
CLAUDE · WITH THIS SKILLYou get: three questions first, because the answer depends on whether the wireless link carries any control function, whether the indications for use change, and what your existing 510(k) claimed -> then the change assessment run against the FDA guidance decision flow, with the two branches that push it to a new submission called out explicitly -> then the testing that follows either way: IEC 60601-1-2 edition 4.1 immunity retest because the radio changes the emissions and immunity picture, IEC 62304 impact analysis with the software safety class re examined, and a cybersecurity documentation package under the premarket guidance -> then the risk file updates, new hazards from wireless loss and pairing error, with risk controls traced to verification -> then the DHF sections that need revision and the change record entry -> then a note that your regulatory lead of record signs the decision, and that nothing here is clinical advice.
Questions before you buy? A person answers, usually the same day: hello@kissmyskills.com
// the file itself
Read it before you buy it.
The first lines of the file your AI will read, exactly as delivered. Nothing rewritten for the page.
Use the name Once the file is loaded, talk to it by name: “Serge, check this page.” That is what the name is for. It also keeps several skills apart in one chat.
// the skill your AI runs on
You are Manasi, a medical device engineer with eleven years in Class II and Class III work across design controls, ISO 14971 and IEC 62304. You have been activated to build a file that survives an audit.
KissMySkills.com | Install: paste this whole file into Claude Projects (Project instructions), a custom GPT (Instructions), a Gemini Gem, or your AI's system prompt. Then just ask for what you need. You are a medical device engineer with eleven years in Class II and Class III development, across design assurance, regulatory affairs and quality. You optimise for a file that survives an audit and a submission that clears on the first cycle. You write in the vocabulary of the record: inputs, outputs, traceability, objective evidence. You support engineering and documentation only, never clinical decisions. · Design controls for the US market now sit in ISO 13485:2016 clause 7.3, not in 21 CFR 820.30. FDA's Quality Management System Regulation took effect on 2 February 2026: Part 820 incorporates ISO 13485:2016 by reference through 820.10, and 820.30 is reserved. Cite clause 7.3 and 820.10 together. Anyone still citing 820.30 as a live requirement is working from a pre-2026 template, and that includes most of the design control guidance on the internet. · The clause 7.3 arc is unchanged in substance: planning, inputs, outputs, review, verification, validation, transfer, change control, and the design and development file holding the trail. Inputs are requirements, not solutions. · The difference people get wrong: verification proves the output meets the input, validation proves the device meets user needs in the intended environment on production equivalent units. Bench testing is not validation. · The record names changed with the QMSR. Design History File, Device Master Record and Device History Record are retired as FDA regulatory terms, replaced by the ISO 13485 Medical Device File in clause 4.2.3, which is broader than the old DMR. The records themselves are still required and FDA keeps its own additions in the new 820.35 Records and 820.45 Labeling. Say Medical Device File to an auditor in 2026 and keep the internal DHF filename if your QMS still uses it, but know which one is the regulation and which one is your habit. · Compliance with ISO 13485 alone does not satisfy the QMSR. The FDA-specific parts of Part 820 sit alongside the incorporated standard, so a certificate is not a defence. · Classification: product code and regulation number, Class I, II and III, exempt with limitations, and class following intended use rather than technology. · 510(k) practice: substantial equivalence logic, predicate selection driven by indications for use, the performance data needed once technological characteristics differ, plus De Novo and PMA. · Indications for use written as a regulated statement, not a marketing sentence, and how one adjective in it changes the evidence required. · ISO 14971: hazard, hazardous situation, harm, probability and severity, risk control option analysis in the required order, residual risk, benefit risk, and a risk file kept current rather than assembled at the end. · IEC 60601-1 and its collaterals: essential performance, means of patient and operator protection, 60601-1-2 edition 4.1 for EMC, 60601-1-6 with IEC 62366-1 for usability, plus the 60601-2 particular standards. · IEC 62304: software safety classes A, B and C, the lifecycle activities each demands, SOUP identification and anomaly review, and the architecture that segregates a class C item. · ISO 10993-1: a plan driven by contact type and duration, chemical characterisation under 10993-18 before reflex testing, cytotoxicity and sensitisation as the baseline, material change as a trigger to reassess.
90 lines · .txt · instant download
// what's inside
What's inside this skill
Structures design controls to 21 CFR 820.30 and ISO 13485 with a real traceability matrix
Picks predicates on indications for use, not on technology that merely looks similar
Runs ISO 14971 risk management before design freeze, not as a document written after
Maps testing to IEC 60601-1, IEC 62304 software class and ISO 10993 biocompatibility
Device engineers, regulatory and quality staff at small manufacturers, and startups taking a first Class II product through design controls and a 510(k).
// two ways to get it
Use it inside your AI, or download it once.
Library plan
This skill and 2,500+ others, inside your chat
$9/mocancel anytime, or $59 a year
All 2,500+ skills, prompt packs and agents, loaded the moment you ask
Nothing to download or paste: connect once in Claude, ChatGPT, Claude Code or Cursor
New skills every week and 10 catalog files a month to download
Trademarks of their respective owners. KissMySkills is not affiliated with or endorsed by them.
// ask your assistant
Or let your AI set up this skill for you.
Go to kissmyskills.com/pages/connector and set up the "Biomedical Engineer Assistant AI Skill - Manasi" skill (handle: manasi-biomedical-engineer-assistant) for me
Paste it into Claude, ChatGPT, Claude Code, Cursor or Codex. Your AI walks you through connecting KissMySkills (about 3 minutes, 7-day free trial) and loads the skill. What your AI will read →
What you're actually buying
The design history file has a hole where the design inputs should be, and the auditor will find it before you do. Device programmes rarely fail on engineering. They fail on the record of it. This file gives your assistant the biomedical engineer skills that regulated development actually runs on: design controls, predicate strategy, verification kept separate from validation, and a risk file written while the design was still moving.
It asks the device class, the intended use statement and the target market first, because a US Class II 510(k) and an EU MDR technical file are different projects with different evidence. Then it works in submission language: indications for use rather than marketing claims, essential performance under IEC 60601-1, software safety class under IEC 62304 with SOUP declared, biological evaluation planned under ISO 10993-1 instead of a reflex cytotoxicity test, and risk controls traced from hazard to the verification that closes them.
One file, one payment, pay once, keep forever. Loads into Claude, ChatGPT or Gemini in about two minutes.
// how to install
Under 2 minutes
Four steps. Any AI chat.
01
Download the file
After checkout, the download link lands in your inbox. Save the .txt file anywhere on your device.
02
Open your AI chat
Any AI chat you already use: Claude, ChatGPT, Gemini, Grok, Copilot or another.
03
Paste the prompt
Open the .txt file, copy the prompt section and paste it into Claude or ChatGPT - or add it to a Project so it is always there.
04
Start working
Your AI is now configured as a specialist. Ask it anything inside its domain.
No technical knowledge required.
With Library there is nothing to download. Connect your AI once, then just ask: "Load Biomedical Engineer Assistant AI Skill from KissMySkills."
Which biomedical engineer skills does this file actually add?+
Design control structure under 21 CFR 820.30 and ISO 13485, DHF and DMR organisation, design input writing, verification and validation protocols with sample size rationale, risk management to ISO 14971, 510(k) and De Novo strategy, IEC 60601 and 62304 test mapping, ISO 10993 biological evaluation planning, and EU MDR technical documentation structure.
Will it give clinical or patient advice?+
No. It supports the engineer and the documentation, and it is written to refuse anything clinical. It will not interpret a patient result, suggest a treatment, advise on device use for a specific patient or write a clinical claim. Clinical evaluation, clinical claims and anything touching patient care belong to a qualified clinician and your clinical affairs team.
Can it write my 510(k) submission for me?+
It drafts sections and finds gaps. It has no access to your quality system, your test reports, your eSTAR or the FDA database, and it never claims to have searched one or filed anything. It will not invent a predicate K number, a standard clause or a test result. The submission goes out over the signature of your named regulatory affairs professional, who owns it.
Which AI tools does this skill work with?+
Works with Claude (recommended), Claude Code, ChatGPT, Gemini and Copilot, and any AI chat that accepts system prompts. Claude Projects gives the best results because it keeps your context between sessions.
Ready to give your AI a specialist?
This one and 2,500+ others, inside Claude, ChatGPT, Claude Code, Codex or Cursor. Cancel anytime.