SVP – Engineering — Vehicle-Software Programme

The mandate

A Japanese vehicle-software organisation has accepted more feature and integration commitments than its architecture and validation system can deliver predictably. Teams report progress by component, while failures emerge where vehicle networks, cloud services and supplier software meet. Warranty investigations compete with new development for the same senior engineers. The board is creating an SVP Engineering role to reset commitments and build technical authority across programmes.

The remit encompasses approximately ¥13,600 billion in regional revenue and programme activity and 650 employees and partners. The SVP owns engineering strategy, architecture execution, resource allocation, development systems, integration, technical quality, supplier engineering and leadership. Product sets customer priorities; quality owns formal field containment. Engineering must state what is feasible, produce evidence and preserve supported vehicles while the roadmap changes.

Capacity will be understood by scarce capability and dependency, not aggregate headcount. Systems architects, safety specialists, integration laboratories and release engineers often constrain flow while feature teams appear fully staffed. The SVP will map demand against these bottlenecks, reduce work in progress and reserve capacity for defect response and technical debt. Outsourcing cannot compensate for missing design ownership or acceptance capability.

Architecture coherence requires enforceable decisions. Common services and interfaces will have named design authorities, compatibility policy and contribution rules. Exceptions need a customer or regulatory rationale, lifecycle cost and expiry. Supplier components must arrive with integration evidence, diagnostic access and rights sufficient to support field issues; opaque delivery at a milestone is not completion.

Why this seat is open

This is planned new hiring approved in the future engineering model. There is no departing incumbent. The four-to-six-month search gives the board time to compare automotive and adjacent safety-critical software leaders before the next roadmap commitment cycle.

What you will own

• Reconcile product commitments with architecture, people, laboratory and supplier capacity.
• Establish design authority for platforms, interfaces and programme exceptions.
• Integrate field-defect work with roadmap and technical-debt choices.
• Govern development, integration, release evidence and rollback readiness.
• Set supplier engineering acceptance and knowledge requirements.
• Build principal-engineer careers and succession for critical technical roles.

The engineering plan will use executable increments. Each commitment must identify software, hardware, environment, validation and regulatory dependencies and the evidence required for vehicle release. Product leaders may choose priorities, but cannot assume parallel capacity already allocated elsewhere. When trade-offs are unavoidable, the SVP will present customer value, technical risk and delay consequence without disguising uncertainty in percentage-complete reporting.

Warranty learning will enter architecture reviews. Returned data and incident timelines will be traced to requirement, interface and test gaps; corrections should improve platform evidence rather than generate isolated patches. Field fixes will specify supported vehicle cohorts, deployment controls, monitoring and rollback. The leader will protect engineers who surface systemic issues early while holding teams accountable for repeat escape mechanisms.

Laboratory strategy will distinguish scarce physical rigs from environments that can be virtualised or shared. Booking, configuration and test-data lineage must reveal actual constraint and failed demand. Investment will favour bottlenecks proven to delay integration, while supplier or overseas facilities require equivalent security, reproducibility and access to failure artefacts.

Engineering health will be measured through review latency, integration queue, defect escape, build reproducibility and time spent sustaining old branches. These indicators will guide staffing and simplification without ranking teams through raw code volume. Recruitment will focus on missing system authority; retention action will target experts whose departure would interrupt a named programme or recovery path.

The first 12 months

The first 90 days will baseline commitments, capacity and architecture exceptions, stabilise the most consequential field and release risks, and assess technical leadership. The board will receive a resourced roadmap and explicit defer, simplify or stop recommendations.

By month eight, three priority programmes should use common integration and release evidence, two overloaded capability bottlenecks should have reduced queues, and selected architecture exceptions should be retired or placed on funded convergence paths. Principal engineers will hold documented cross-programme authority.

At year-end, milestone predictability should exceed 90%, severe software escapes fall by 25%, and planned work entering each quarter remain within 10% of verified capacity. Critical field defects must reach containment within agreed safety targets, while release rollback and recovery pass two live or simulated exercises. Ready succession should cover 70% of pivotal technical posts.

What the board will measure

• A roadmap matched to demonstrable engineering capacity.
• Architecture decisions respected across programmes and suppliers.
• Fewer severe field escapes and faster learning.
• Release evidence covering vehicle and cloud interaction.
• Stronger principal-engineer authority and succession.

The person

You are an SVP Engineering, R&D vice-president or engineering-centre head with 22–28 years in automotive software, embedded systems or another safety-critical product. You have governed at least ¥7,900 billion and 650 employees. Evidence should include a roadmap reduction, an architecture exception you reversed and a field-quality intervention sustained through later releases.

The role is onsite in Tokyo with supplier, proving-ground and international programme travel. You can work across Japanese and global decision styles while retaining clear technical accountability.

Compensation and terms

Base compensation is ¥38–50 million plus annual incentive. Measures include predictability, field quality, architecture convergence, capacity discipline, supplier engineering and succession. Final terms reflect experience, and notice up to six months can be supported.

Confidentiality

The organisation, programmes, architecture, suppliers and field evidence are confidential. Further detail is released after qualification and an undertaking. Tokyo and the rounded scale do not identify the business.