Eligibility
BE / B. Tech in EEE / ECE / EIE
Duration
6 Weeks
Eligibility
BE / B. Tech in EEE / ECE / EIE
Duration
6 Weeks
Overview
Welcome to DPIT Systems' Functional Safety Engineer ISO 26262 Course, your gateway to mastering the principles and practices of functional safety in the automotive industry. In this comprehensive program, we provide specialized training to equip you with the knowledge and expertise needed to ensure the safety and reliability of automotive systems in compliance with the ISO 26262 standard.
Course Highlights
ISO 26262 Fundamentals: Gain a deep understanding of the ISO 26262 standard, its structure, and its relevance in the automotive industry.
Functional Safety Processes: Learn the key processes and methodologies for achieving functional safety, including hazard analysis, risk assessment, and safety requirements.
Safety Lifecycle: Understand the complete safety lifecycle, from concept to decommissioning, and how to integrate safety activities into each phase.
Safety Analyses: Master safety analysis techniques, such as FMEA (Failure Modes and Effects Analysis) and FTA (Fault Tree Analysis), to identify and mitigate safety risks.
ISO 26262 Compliance: Learn how to ensure compliance with ISO 26262 in system development and testing.
Practical Application: Apply your knowledge to real-world automotive safety projects and case studies, gaining hands-on experience.
Certification Preparation: Prepare for the Functional Safety Engineer certification exam to demonstrate your expertise to employers and clients.
Who Should Enroll?
Automotive Engineers: Kickstart or advance your career in the automotive industry by specializing in functional safety engineering.
Safety Professionals: Enhance your safety engineering skills and broaden your career opportunities.
Project Managers: Develop a deep understanding of functional safety to effectively manage safety-critical projects.
Career Opportunities
Upon successful completion of our Functional Safety Engineer ISO 26262 Course, you'll be well-prepared to pursue a variety of rewarding career paths, including:
- Functional Safety Engineer
- Safety Manager
- Automotive Systems Engineer
- Compliance Specialist
Quality Assurance Engineer in Automotive Industry
Automotive Embeded Test Engineer course syllabus and curriculum
- BCM (body control functions)
- Passive safety /active safety
- ADAS
- Connectivity
- HMI
- Autonomous Driving (self Driving Vehicles)
- Electric Vehicles
- ECU’s, Sensors and Actuators
- Comunication
- Standards in auomotive (ISO , SAE)
- V Cycle
- Automotive SPICE
- Agile methodology
- Codebeamer, Doors, PreeVision, EA, codebeemer, PTC , Polarian etc
- what, why, where is FuSa
- Overview of Parts 1 to 12 of ISO26262
- Important definitions of terms used in ISO with Examples -(ISO26262-1)
- 6.1 Project Dependent Safety Management (Part 2-6)
- 6.2 Safety Planning, confirmation reviews, safety Audit & assessments
- 6.3 Live Project hands-on – Project definition (Body Domain – Ext Lighting functions)
- 6.4 Live Project hands-on – Project Screening
- 7.1 – Functional Requirements (Item definitions Part 3-5)
- 7.2 – Hazard Analysis and Risk Assessment (part 3-6)
- 7.3 – Functional safety Concept (Part 3-7)
- 7.4 Live Project hands-on – System Requirements creation in tools (Body Domain – Ext Lighting functions)
- 7.5 Live Project hands-on – Hazards Identification & classification, Safety Goals determination, Verification & Confirmation reviews
- 7.6 Live Project hands-on – Functional Safety Concept & Functional Safety requirements
- 8.1 – Product Development at System Design level (Part 4-5)
- 8.2 – Technical Safety Concept & Requirements (Part 4-6)
- 8.3 – Safety Analysis – Measures of Avoidance of systematics Failures- Deductive (FTA) & Inductive Analysis(FMEA, ETA, Markov modeling)
- 8.4 – Technical Safety Concept & Requirements (Part 4-6)
- 8.5 Live Project hands-on – Product Development at System Design level / ECU Level- Technical Safety Concept & Requirements
- 9.1 Requirements Decomposition with respect to ASIL Tailoring
- 9.2 Criteria for co-existence of elements
- 9.3 Analysis of dependent failures
- 9.4 Safety Analysis
- 9.5 Live Project hands-on – Design Failure analysis Process Flow
- 9.6 Live Project hands-on – Evaluation of Potential for Dependent failures & Resolution
- 9.7 Live Project hands-on – Safety analysis – SysFMEA, DFMEA, SysFTA (Fault Tree Analysis), Design FTA, ETA (Event Tree analysis)
- 10.1 Product Development at Hardware level (Part 5-5)
- 10.2 Specification of Hardware safety Requirements (Part 5-6)
- 10.3 Requirements of HIS (HW SW interface)(Part 4-7-3)
- 10.4 Hardware design (Part 5-7)
- 10.5 Evaluation of HW Architectural Metrics (Part 5-8)
- 10.6 Evaluation of Safety Goals Violation due to HW failures(Part 5-9)
- 10.7 HW Integration & Verification (Part 5-10)
- 10.8 Live Project hands-on – Safety Requirements for HW Design
- 10.9 Live Project hands-on – SPFM & LPFM Calculation
- 11.1 Product Development at Software level (Part 6-5)
- 11.2 Specification of Software safety Requirements (Part 6-6)
- 11.3 SW Architecture Design (Part 6-7)
- 11.4 SW Unit Design & implementation (Part 6-8)
- 11.5 SW Unit Verification methods (Part 6-9)
- 11.6 SW Integration & Verification methods (Part 6-10)
- 11.7 Embedded SW testing (Part 6-11)
Fill the form to register the course
Fill the form to register the course
PROGRAM OVERVIEW
- 360 Degree Career Support
- Job Assistance with top OEM's
- 2+ Case Studies
- 30+ Hours of learning
- 1 Mini Project
- No Cost EMI option
- Global Access to Job Opportunities
- Sessions by Industry Experts
- Global Valid Certificate
- Free Research Publication
Functional Safety Engineer (ISO 26262) Course – Placements
DPIT SYSTEM Functional Safety Engineer (ISO 26262) training and placement program attracts multiple companies to participate in placements – MNCs, mid-size companies and startups. Have a look into a snapshot of placement companies that are hiring our students.
Join Us Today
Are you ready to become a certified Functional Safety Engineer and contribute to the safety and reliability of automotive systems? Enroll in our course and gain the specialized knowledge and skills needed to excel in functional safety engineering. At DPIT Systems, we’re committed to shaping the future of automotive safety. Join us on this journey to becoming a trusted expert in functional safety.
For enrolment information and course details, contact us today!
