Requirement → stimulus → expected response → actual result. Bukti ini hanya dari model edukasi.
ECU menggabungkan hardware dan software. Dalam latihan ini, uji respons pada input normal, batas temperatur, dan sensor fault. DO-254 membahas design assurance untuk airborne electronic hardware; bukan seluruh sertifikasi mesin atau software.
Referensi konsep: FAA Powerplant Handbook, turbine fuel controls ↗CIVIL AVIATION / AVIONICS TRAINING
Build a clear path from hardware requirements to certification evidence. Explore DO-254 and AMC/AC 20-152A through hardware lifecycle planning, FPGA verification, COTS evaluation, and practical audit preparation.Bangun alur yang jelas dari persyaratan hardware hingga bukti sertifikasi. Pelajari DO-254 dan AMC/AC 20-152A melalui perencanaan siklus hidup, verifikasi FPGA, evaluasi COTS, dan persiapan audit praktis.
LEARNING OBJECTIVETUJUAN PEMBELAJARAN
Connect design decisions, verification activities, and controlled hardware evidence so your team can explain its assurance approach with confidence.Hubungkan keputusan desain, aktivitas verifikasi, dan bukti hardware yang terkendali agar tim mampu menjelaskan pendekatan assurance dengan jelas.
Hardware design and safety engineers, verification teams, and technical leads.Engineer desain hardware dan keselamatan, tim verifikasi, serta pimpinan teknis.
COURSE CONTENTMATERI TRAINING
Topic breakdown; the detailed agenda is agreed for your team.Rincian topik; agenda terperinci disepakati sesuai kebutuhan tim Anda.
PHAC certification strategy and HAS evidence; HDP, HVP, and HCMP plans. Scope includes simple and complex hardware, DAL A–D, LRU, CBA, ASIC, and PLD.Strategi sertifikasi PHAC dan bukti HAS; rencana HDP, HVP, dan HCMP. Cakupan meliputi hardware sederhana dan kompleks, DAL A–D, LRU, CBA, ASIC, serta PLD.
Partitioning, isolation, safety, clock/reset, and timing. Follow HDL requirements through synthesis, place-and-route, and timing verification.Partitioning, isolasi, keselamatan, clock/reset, dan timing. Telusuri persyaratan HDL hingga synthesis, place-and-route, dan verifikasi timing.
Reviews, analysis, testing, and simulation; DAL-dependent verification depth, DAL A/B independence, and functional-test evidence.Review, analisis, pengujian, dan simulasi; kedalaman verifikasi sesuai DAL, independensi DAL A/B, serta bukti uji fungsional.
Commercial-data certification arguments, risk-based COTS-IP evaluation, HDL verification, tool assessment, and ready-made hardware risks.Argumentasi sertifikasi berbasis data komersial, evaluasi COTS-IP berbasis risiko, verifikasi HDL, asesmen tool, dan risiko hardware siap pakai.
Change control, versions, traceable baselines, internal audits, findings, and problem-report handling. Connect system, safety, and software interfaces.Kontrol perubahan, versi, baseline tertelusur, audit internal, temuan, dan penanganan problem report. Hubungkan antarmuka sistem, keselamatan, dan software.
Planning and process review; design and development evidence; test and analysis evidence; final certification and aircraft-acceptance preparation.Review perencanaan dan proses; bukti desain dan pengembangan; bukti pengujian dan analisis; persiapan sertifikasi akhir serta penerimaan pesawat.
Training enquiries in Indonesia are coordinated through ATENA. Course delivery is by BRNAvionics, subject to scope, availability, and confirmed arrangements. Enquire for in-company delivery; public enrollment is not confirmed.Permintaan training di Indonesia dikoordinasikan melalui ATENA. Pelaksanaan oleh BRNAvionics mengikuti cakupan, ketersediaan, dan pengaturan yang telah dikonfirmasi. Hubungi kami untuk kelas perusahaan; pendaftaran kelas umum belum dikonfirmasi.
START WITH YOUR TEAMMULAI DARI KEBUTUHAN TIM
Tell us your engineering focus, participant count, and preferred schedule. ATENA will help clarify the course scope and delivery requirements.Sampaikan fokus engineering, jumlah peserta, dan jadwal yang diinginkan. ATENA membantu memperjelas cakupan kelas serta kebutuhan pelaksanaan.
Discuss DO-254 TrainingDiskusikan Training DO-254 ↗