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This role was closed on 2026-09-27. It is kept for reference.

Job statistics for Functional Safety V & V Senior Engineer

Days open
23 days
Expected tenure
4.6 years
Estimated salary
$142,000
Based on Senior seniority, the Automotive industry and United States market rates.
Technologies used3 tools
Languages
Test & validation

Named in this posting. Hover a tool for what it is; the link finds other roles that use it.

Current safety team78 tracked professionals
By function
57 engineering, 21 senior / lead
By level
50 senior
Hiring now
4 open safety roles on FSTalent, including this one

Counts of functional safety professionals FSTalent tracks at Ford Motor Company and roles it is hiring for. It is a sample of public profiles, not the full headcount.

Safety professionals at this company
  • Aalap Narvekar — Functional Safety Systems and Hardware Design Engineer
  • Abhishek Shivkumar — Functional Safety Engineer
  • Akhilesh Surabhi — Functional Safety Systems Engineer
  • Alexander Crean — Functional Safety Technical Expert
  • Ali B — xEV Functional Safety Software Engineer
  • Andrea Maurer — PTME/BME Safety Manager
  • Andy Hsia — Active Safety Engineer
  • Anish Lakshmanappa — Functional Safety Calibration Engineer
  • Ankita Vyas — Senior Technical Program Manager FuSa and Cybersecurity
  • Archana Mallya — Controls System Safety Engineer
  • Ashish Keshri — Functional Safety Engineer
  • Aubry Robison — Electrified Vehicle Fuctional Safety Software & Systems Engineer
  • Austin Moore — Systems Safety Engineer
  • Avhidipta Mondal — Functional Safety Engineer
  • Bharath Sadashivaiah — ADAS Functional Safety Engineer
  • Bhargav Bandari — Staff Functional Safety Engineer
  • Cathy Geng — Program Regulatory Compliance and Safety Engineer
  • Chethan N — Senior Functional Safety Platform Software Engineer
  • Dan Negrin — Functional Safety Engineer
  • Darlene Yaldo Shamoun — Functional Safety Manager/ADAS
  • David Kondru — ADAS Functional Safety Systems Engineer
  • David Mazza — Functional Safety Engineer
  • Davud Kucukarslan — Electrified Powertrain Functional Safety Controls Supervisor
  • Dimple Padharia — Propulsion Functional Safety Software Engineer
  • Dinesh Kesavan — Functional Safety Engineer
  • Elvia Trujillo — Powertrain Functional Safety Supervisor
  • Emily Fredette — Functional Safety and Systems Engineer
  • Faranak Asadi — Senior Safety Investigator - Automotive Safety Office
  • Genildo Vasconcelos — Functional Safety Supervisor (ISO 26262)
  • George Walley — Systems & Functional Safety Supervisor, Systems Architecture & Analysis team, Ford ADAS Autonomy
  • Gurunath V — Sr. Manager Vehicle Safety Compliance
  • Hari N — Senior Functional Safety Engineer
  • Hashem Kassem — Functional Safety Software Engineer
  • Heba Daraiseh — Regulatory Compliance Safety Engineer
  • Hina Noor — Functional Safety Engineer
  • Ian Bell — Functional Safety Calibration Engineer – ICE and Electrified Vehicles
  • Indu K — Functional Safety Engineer
  • Jacob Bell — Automotive Safety Office Functional Embedded Lead - ADAS
  • Jason Storey — Functional Safety and Cybersecurity Supervisor
  • Jeffrey Tumavitch — Transmission and Driveline Functional Safety Supervisor
  • John Czoykowski — Functional Safety Core Engineer
  • Juliane Kosinskimefe — Environmental and Safety Compliance Engineering and Automotive Safety Engineering
  • Krithi Kadambari — Functional Safety Systems Engineer
  • Kyle Post — Systems Engineering and Functional Safety
  • Levasseur Tellis — Manager, Autonomous Vehicles (AV) System Safety
  • Lizbeth Morales Martínez — xEV Functional Safety Engineer
  • Lowell Kubik — Functional Safety Engineer
  • Mahesh Kanyal — Functional Safety
  • Maia Johnson — Functional Safety Supervisor
  • Manasi P — Senior Safety Investigation Lead
  • Mark Kohls — Vehicle Safety and Compliance Integration
  • Mathew Boesch — Technical Expert, Controls and Functional Safety
  • Matthew Knabel — Core Functional Safety Engineer
  • Melissa Kurz — Functional Safety Engineer
  • Michael Martin — Core Functional Safety Engineer
  • Narayana Swamy — ADAS Functional Safety Software Architect
  • Nicolas Cogen — Supervisor Zonal Platform Security and Safety
  • Pavan N — Safety Research Engineer (CAE)
  • Rajshekar Reddy — System Safety Engineer
  • Ravindranath Kallalli Hanumanthappa — Functional Safety Systems Engineer
  • Rene W — ADAS Functional Safety
  • Richard Ludwig — Systems Functional Safety Engineer
  • Sahar Hojjatinia — Functional Safety Engineer
  • Saikumar Karlapati — Functional safety calibration
  • Sainath S — Active Safety System Validation Engineer
  • Sameer Bellubbi — System and Functional Safety
  • Sarra Yako — Global Safety & Compliance Manager - ADAS & Electrical Systems
  • Satish Rayarapu — Senior Manager - ADAS Functional Safety and Sensor Software
  • Shanmugaraj Sivakumaran — Functional Safety Engineer
  • Sharif Hasan — Lead xEV Functional Safety Calibration Engineer
  • Syed A — PM, Functional Safety (SYNC)
  • Tobi Ogunyoye — Vehicle Safety Regulatory Program Manager
  • Vaibhav Deshmukh — Senior Manager, Systems Engineering and Safety
  • Vaishnavi Raju — Functional Safety Engineer
  • Varun I — Code Functional Safety Engineer
  • Vignesh Balachandran — ADAS Application Functional Safety Engineer (AFSE)
  • Vindhya Vasini Cheemalakonda — Functional Safety Engineer
  • Yin Xiaofeng — Functional safety
Median tenure at company3.7 years

Median time employees have been at Ford Motor Company, from its LinkedIn company page (as of 2026-09).

F
Ford Motor Company

Functional Safety V & V Senior Engineer

Closed
Focus
Functional safety
Location
Dearborn, MI
Posted
Sep 4, 2026
Source
LinkedIn

By submitting you agree to the privacy policy.

Standards
ISO 26262

Job description

What You'll Do...

You will assist teams in the development and execution of functional safety strategies and their work products to develop a comprehensive .

You will work with Ford Connected Vehicle Software and Product Data Integrity, and supplier engineering teams to identify safety related process and work product gaps and recommend best practice solutions.

You will develop a V&V capability maturity plan working with engineering stakeholders.

You will report to the Director of the Office of Assurance (OFSA).

We have two roles within this posting.

Key difference with Role 1: Focus on AI tools and software

Key difference with Role 2: Focus on verification and validation plans, methods, tools, and results.

You'll have...

  • FuSa Technical Leadership: Apply, demonstrate and champion best in class methods, tools, practices to ensure embedded software achieves safety.
  • FuSa Software V&V Health Dashboard Ownership: Lead the development of the FuSa Software Health Dashboard for the enterprise, including its metrics and criteria for maturity. Develop AI enhanced tracking and analytic tools to determine status and priority actions.
  • Cross-functional collaboration: Collaborate closely with cross-functional teams including product engineering, program management, validation and verification, software, hardware, design, integration, quality, and architecture to drive maturity of enterprise FuSa Health metrics.
  • FuSa Software related escapes: Apply system engineering, risk analysis, trouble shooting and root cause analysis methods to find software related issues and close the loop to process, methods and tools gaps.
  • Alignment of FuSa and Quality Assurance: Align and exploit synergies with SQA where this helps drive FuSa maturity.
  • Continuous improvement: Drive continuous improvement initiatives to optimize software development and deployment processes, tools, and methodologies, enhancing effectiveness.
  • Communication: Provide consistent health status, insights, risks and opportunities to executive leadership and stakeholders.

You'll have...

  • Education: Bachelor’s degree in Software Engineering, Computer Science, Electrical Engineering, Mechanical Engineering, or a related field.
  • Experience: Minimum of 5 years of hands-on experience in embedded automotive safety software verification.
  • Technical expertise: Demonstrable deep understanding of ISO-26262 Part 6 e.g. software requirements analysis, decomposition, allocation, verification. Software architectural design, safety analysis, safety mechanism design and implementation, software unit test, integration and verification, FFI, DFA, software design practices to ensure safety, software structural design and verification, the inter-relationship between software, hardware and systems engineering as it relates to the safety lifecycle. Use of AI in embedded software development and verification.
  • Experienced with tools commonly used in safety software test including requirements analysis, IDEs, static code analysis, code complexity metrics, code and requirement coverage, MISRA and Safe C rules checkers, debuggers, configuration management, change control, CI/CD pipelines, regression test, , HIL, MIL. Model based software development. Development of software test strategies including fault injection.
  • Working knowledge of ISO-26262 Part 3,4 Concept and Systems Engineering process, tools, methods, including , HAZOP, Functional Safety Concept. Able to understand the translation of systems work products into software.
  • Communication & collaboration: Excellent communication and collaboration skills, with the ability to effectively engage with cross-functional teams, external partners, and stakeholders to drive successful feature system development projects.
  • Leadership: Leadership abilities, with a track record of initiative and problem solving, delivering high-quality software that meets safety, security, and performance objectives.

Even better, you may have...

  • Master's degree in a technical or Management field to broaden scope of activities
  • FuSa Professional Accreditation: UL, TUV, Exida or equivalent.
  • Additional experience in Systems, Hardware development for Safety applications in a complementary fashion
  • Experience with software related standards development
  • Strategic and systemic thinking: Demonstrated ability to comprehend end-to-end systems of systems, apply systemic thinking, critical thinking, and strategic reasoning to identify opportunities, rapidly understand complex concerns, provide alternative solutions, and drive strategy from concept through to production
  • Adaptability: Comfort with ambiguity, with a demonstrated ability to structure an approach to complex problems and drive clarity on solutions
  • Innovation: Understand and drive innovation and change in processes, engineering excellence, quality, and efficiency
  • Continuous improvement mindset: A drive for a system approach to design and development, coupled with a desire and curiosity to strive for exceptional delivery execution and continuous improvement

As an established global company, we offer the benefit of choice. You can choose what your Ford future will look like: will your story span the globe, or keep you close to home? Will your career be a deep dive into what you love, or a series of new teams and new skills?

Will you be a leader, a changemaker, a technical expert, a culture builder…or all of the above? No matter what you choose, we offer a work life that works for you, including:

  • Family building benefits including adoption and surrogacy expense reimbursement, fertility treatments, and more
  • Vehicle discount program for employees and family members and management leases
  • Established and active employee resource groups
  • A generous schedule of paid holidays, including the week between Christmas and New Year’s Day

Pay and benefits

For more information on salary and benefits, click here: https://fordcareers.co/GSR