Modena's €400 Million EV Bet Has a Problem: The Engineers It Needs Do Not Exist in Sufficient Numbers
Stellantis committed €400 million to retool Maserati's Viale Ciro Menotti plant for full-scale electric vehicle production. Series manufacturing of the electric Quattroporte is now scheduled for Q2 2026. The capital has arrived. The tooling is being installed. The engineers who must design, calibrate, and validate an 800-volt high-performance EV powertrain have not arrived in anything close to the numbers required.
This is the core tension running through Modena's automotive talent market in 2026. The city sits at the centre of Emilia-Romagna's Motor Valley, a cluster that generated €16.2 billion in revenue across 20,000 employees in 2024. Over 300 precision engineering SMEs operate within the Modena province alone. The raw industrial capability is extraordinary. Yet vehicle engineering job postings in the province rose 47% between Q3 2023 and Q3 2024, while qualified applicant pools fell 18% in the same period. Investment is accelerating. The people who make that investment productive are not keeping pace.
What follows is an analysis of the forces reshaping this cluster, the specific talent categories where the gap is most severe, and what senior hiring leaders operating in or recruiting for Modena's high-performance automotive sector need to understand before they commit to their next search.
Motor Valley in 2026: A Cluster in Transition, Not in Decline
The headlines about Maserati's production contraction tell only part of the story. As of late 2024, the Viale Ciro Menotti plant was running at roughly half its 55,000-unit theoretical capacity, producing 25,000 to 30,000 units annually across the Quattroporte, Ghibli, and Levante lines. Direct employment fell from 1,300 to approximately 1,100 full-time equivalents between 2022 and late 2024. The current-generation ICE sedans ceased production by mid-2025, and the facility is now in the final stages of retooling for EV-exclusive manufacturing.
Read in isolation, these numbers suggest contraction. Read alongside the SME data, they suggest something more complex.
The SME Engine Is Running Hotter Than the OEM
Modena's precision engineering SME sector recorded €2.8 billion in combined revenue for 2024, a 3.2% increase year-over-year. That growth was driven not by Maserati orders but by export demand for prototype chassis construction and carbon fibre components. Firms like ATR Group, OZ Racing, and Dallara Automobili expanded R&D headcount by 12% collectively through 2024, absorbing displaced talent from Maserati while simultaneously chasing new contracts from British luxury EV startups and Chinese premium brands establishing European R&D outposts.
The Modena Chamber of Commerce projects 8 to 10% growth in advanced materials and vehicle dynamics simulation for 2026. Three to four new foreign-owned technical centres are expected to establish operations in the district, seeking proximity to Dallara and Maserati engineering talent.
The Psychological Gap Between Revenue and Confidence
Here is where the data reveals a tension that aggregate figures obscure. The SME ecosystem is posting record revenue and hiring aggressively. Yet according to Confindustria Emilia Centro reporting, SME executives consistently cite "fear of Maserati closure" as their primary business risk. The economic data does not support that fear. The psychological dependency persists anyway.
This matters for talent strategy. An engineer weighing a career move to a Modena-based supplier is reading the same Stellantis headlines as everyone else. If the cluster's own leadership projects anxiety about its anchor employer, that anxiety filters into candidate conversations. The perception of instability becomes a recruitment barrier even when the underlying economics do not justify it.
The Electrification Skills Mismatch: Where 400 Roles Disappear and Different Ones Fail to Materialise
The transition from internal combustion to electric powertrains is not simply a product change. It is a workforce substitution event. The Osservatorio delle Professioni of Emilia-Romagna estimates that approximately 400 specialised roles in traditional powertrain engineering and mechanical calibration within Modena province are at risk. Only 60% of these profiles map directly to electric powertrain or battery management requirements.
The arithmetic is stark. Forty percent of the engineers whose skills defined this cluster for decades cannot be redeployed into the roles the cluster needs next. Not without retraining programmes that do not yet exist at the scale or speed required.
Where the Mismatch Bites Hardest
The gap is not uniform. General mechanical engineering graduates remain in oversupply, with applications exceeding vacancies at a 2:1 ratio for roles requiring zero to five years of experience. Production line technicians face a 6.2% unemployment rate in the province. At the other end of the spectrum, battery thermal management architects, CFRP manufacturing engineers, and ADAS validation specialists operate in markets where 85 to 90% of qualified professionals are employed, satisfied, and not looking.
This is the original analytical claim of this article, and it is the insight that hiring leaders in this market most need to absorb: the €400 million Stellantis investment has not reduced the Modena workforce. It has replaced one category of worker with another that does not yet exist in sufficient numbers. Capital moved faster than human capital could follow.
The retooled Viale Ciro Menotti plant will stabilise employment at 1,000 to 1,100 FTEs. It will not restore peak historical headcount, because automated EV assembly lines require fewer hands and different hands. The SME ecosystem is growing, but growing into roles that share less and less DNA with the combustion-era skills the cluster was built on.
Three Roles That Define the Crisis
Not every open position in Modena is hard to fill. But three specific role categories illustrate the depth of the problem.
Battery Thermal Management Architects
According to La Repubblica Affari & Finanza, Maserati maintained a "Thermal Systems Architect, High Voltage" position open for 11 months as of January 2025, revising the compensation package twice without securing a candidate who combined Formula E or hypercar thermal experience with Italian and English bilingual capability. The transition to 800-volt architectures in high-performance EVs demands specialists who understand cell-to-pack thermal runaway mitigation at performance levels that consumer EV manufacturers rarely encounter.
Modena currently lacks dedicated battery cell manufacturing entirely. The Tecnopolo di Modena's €45 million Battery Innovation Lab, inaugurated in March 2024, employs 85 researchers focused on solid-state prototyping. This is a research pipeline, not a production talent pipeline. The engineers Maserati needs today trained in markets where battery production has existed at scale for a decade. Those markets are predominantly in Asia, with secondary clusters in Germany and the American Midwest.
Eighty-five percent of qualified battery systems architects are passive candidates who are currently employed and not responding to job postings. Recruitment in this segment depends entirely on direct identification and approach of professionals who are not visible through conventional channels.
CFRP Manufacturing Engineers
Carbon fibre reinforced polymer engineering is the backbone of Modena's hypercar industry. It is also one of the tightest labour markets in European automotive. According to Il Sole 24 Ore, Pagani Automobili recruited a senior composites manufacturing engineer from Dallara in Q3 2024 by offering a 35% premium above standard Modena rates, estimated at €85,000 versus €63,000 base salary, plus relocation assistance from Parma province.
The vacancy-to-candidate ratio in advanced composites engineering stands at 4:1 across the Modena district. The total cohort of engineers with ten or more years in motorsport composites design exhibits 90% passive candidate behaviour, with average tenure exceeding five years at current employers. These are not people browsing job boards. They receive an average of 3.2 unsolicited recruitment approaches every month and have learned to ignore most of them.
For organisations competing for this talent, the standard recruitment playbook reaches at most 10% of viable candidates. The other 90% must be found through methods designed for professionals who are not looking.
ADAS and Autonomous Driving Validation Engineers
Teoresi S.p.A., which provides simulation and testing services to Stellantis and Ferrari with 150 Modena-based engineers, was unable to staff a Lead ADAS Validation Engineer role for its Maserati support team for eight months. According to an interview with Teoresi's HR Director published on Formulapassion.it, the company eventually restructured the position to allow three days of remote work per week in order to attract talent from Milan or Turin.
This concession reveals a broader constraint. Software and ADAS specialists increasingly gravitate toward Turin, where Stellantis operates its STLA Brain software development centre, and toward Milan's autonomous vehicle startup ecosystem. Both markets offer hybrid and remote arrangements that Modena's manufacturing-floor-adjacent roles cannot match. The talent is not choosing Modena because Modena cannot offer what the talent wants.
The pattern is consistent across all three categories. The roles hardest to fill are not simply scarce. They sit at the intersection of emerging technical disciplines and specific industry experience that cannot be developed quickly or substituted easily. When executive recruiting fails, it is usually because the search was designed for a market that no longer exists.
Compensation: Competitive Locally, Uncompetitive Globally
Modena's compensation structure for senior automotive engineers and executives is internally coherent. A senior specialist or engineering manager with eight to twelve years of experience earns €65,000 to €78,000 base with a 10 to 15% bonus. A VP or Director of Engineering at Maserati earns €120,000 to €150,000 base with 25 to 40% variable and Stellantis equity participation. A CTO at a Tier-1 SME supplier earns €95,000 to €125,000 plus profit sharing.
These are reasonable packages within the Italian market. They are not reasonable packages when the candidate you need is currently employed in Munich.
The German Premium and What It Represents
According to Mercer's European Mobility Study, senior battery engineers in Munich earn €95,000 to €115,000 base compared to €70,000 to €85,000 in Modena. Stuttgart offers comparable premiums. Both markets also provide stronger public transportation infrastructure and international schooling options, factors that matter significantly in senior engineering recruitment where dual-career couples are the norm.
Modena's cost of living is approximately 35% lower than Munich, which partially offsets the compensation gap. But "partially" is doing substantial work in that sentence. A €25,000 base salary differential is not erased by cheaper housing when the candidate is also weighing career trajectory, spouse employment, and the breadth of their professional network. The compensation gap is not closing. According to Mercer data, it is widening fastest at exactly the seniority level where the most critical roles sit: Head of Electric Powertrain positions in Modena command €130,000 to €160,000 base, while equivalent roles at BMW or Porsche sit materially above that range before equity and long-term incentives.
The Maranello Factor
Ferrari's headquarters sit 15 kilometres south of Modena. The proximity should be an advantage for the cluster. In practice, it functions as a talent drain. According to union statements reported by Il Resto del Carlino, Ferrari recruited seven senior Maserati chassis engineers between 2022 and late 2024, offering signing bonuses equivalent to six months' salary. Ferrari can do this because its financial position is incomparably stronger than Maserati's. When two employers share a commuting radius but not a margin profile, the weaker employer loses talent to counteroffers and competing propositions that it cannot match.
For Modena's SMEs, the dynamic is equally challenging. Pagani's 35% premium to recruit a composites engineer from Dallara demonstrates what happens in a market where the top of the talent pool is small enough that every hire is effectively a poach. The cost of talent is being set not by market averages but by the most aggressive bidder in each cycle.
The Pipeline Problem: 1,200 Engineers Short, Every Year
Italy produces approximately 1,200 fewer automotive engineering graduates annually than the Motor Valley cluster requires. That figure alone would be concerning. Combined with emigration data, it becomes alarming.
According to AlmaLaurea's Graduate Employment Survey, 40% of UNIMORE engineering graduates leave Italy within five years of graduation, relocating to Germany, Switzerland, or the UK. The MUNER consortium, linking UNIMORE, the University of Bologna, and the University of Ferrara, produced 380 automotive engineering graduates in 2024, with 60% entering local employment. That means approximately 228 graduates entered Motor Valley's workforce last year. Against a cluster-wide shortfall measured in the thousands, this is a flow rate that cannot close the gap.
UNIMORE's Department of Engineering "Enzo Ferrari" maintains research chairs sponsored by Maserati, Dallara, and Pagani. These are valuable programmes. They develop excellent engineers. They do not develop enough of them, and the ones they develop are being trained in a market that other markets actively recruit from before the graduates have established roots.
The implication for hiring leaders is direct. You cannot recruit your way out of this shortage using only the local pipeline. Senior and specialist roles in battery systems, composites, and vehicle dynamics simulation will require international search. That requirement adds cost, complexity, and timeline to every hire. Firms that have not yet adjusted their talent acquisition strategy to this reality are already behind.
Structural Headwinds: Energy, Supply Chain, and Regulatory Uncertainty
The talent challenge does not exist in isolation. Three forces compound the difficulty of building and retaining teams in this cluster.
Energy Costs and Manufacturing Viability
Italian industrial electricity costs averaged €0.28 per kilowatt-hour in 2024, compared to €0.22 in Germany and €0.18 in France. For energy-intensive processes like autoclave-cured carbon fibre production, this differential erodes manufacturing competitiveness at the input level. It does not make Modena uncompetitive. ATR Group's continued investment in carbon fibre monocoque production for hypercars demonstrates the cluster's viability for high-value, low-volume work. But it narrows the margin available to fund the compensation premiums needed to attract scarce talent.
Supply Chain Dependencies
The Modena SME ecosystem remains dependent on German and Austrian suppliers for specialty steel and high-precision CNC machining centres, with lead times extending to 12 to 14 months for critical equipment. When a new technical centre establishes operations in the district, it cannot simply order the tools it needs and begin production next quarter. The capital equipment cycle alone imposes a constraint that slows the creation of roles and, by extension, the demand signal that attracts talent.
The Stellantis Question
Stellantis CEO Carlos Tavares publicly classified Maserati as a "fix-it" brand, citing €0.59 billion in operating losses for 2024. The €400 million retooling investment signals commitment. The "fix-it" language signals conditionality. If the electric Quattroporte fails to meet volume and margin targets, the Modena facility's future beyond the current investment cycle is not guaranteed.
This is not a prediction of closure. It is an acknowledgement that every candidate weighing a Maserati role is performing the same calculation. The EU 2035 ban on new ICE vehicle sales forces complete electrification, but Italy's delayed PNRR disbursements have slowed charging infrastructure deployment in Emilia-Romagna, potentially dampening local EV demand. A candidate in Munich, where the charging network is dense and the employer's balance sheet is unambiguous, faces a simpler decision.
What This Market Requires From Hiring Leaders
The Modena automotive cluster is not shrinking. It is transforming. The distinction matters because the talent strategy for a shrinking market is fundamentally different from the strategy for a market in transition.
In a shrinking market, you compete on compensation and hope to attract candidates who are leaving adjacent employers. In a transforming market, you compete for professionals whose skills are being demanded simultaneously by every organisation undergoing the same transition. The candidates you need are not available from employers that are failing. They are at employers that are succeeding, doing exactly the work you need done.
This means every critical search in this cluster shares three characteristics. First, the candidate pool is predominantly passive. In battery systems architecture, composites design, and vehicle dynamics simulation, 85 to 90% of qualified professionals are employed and not seeking. Second, the pool is geographically dispersed. The engineers Modena needs trained in Munich, Stuttgart, Coventry, or Maranello. Third, the pool is small enough that standard advertising reaches a statistically negligible fraction of it.
Organisations that rely on job postings, inbound applications, or recruiter databases built from active candidates will consistently miss the talent this market demands. The method that reaches 80% of the candidate pool requires identifying specific individuals by name, assessing their fit before making contact, and presenting a proposition calibrated to what will actually move them.
KiTalent delivers interview-ready executive candidates within 7 to 10 days through AI-enhanced direct search that maps passive talent pools invisible to conventional methods. With a 96% one-year retention rate across 1,450 placed executives and a pay-per-interview model that eliminates upfront retainer risk, the approach is designed precisely for the kind of market Modena represents: small candidate pools, high stakes, zero tolerance for slow or failed searches.
For organisations hiring battery systems architects, composites engineering leaders, or EV powertrain directors across Emilia-Romagna's high-performance automotive sector, where every viable candidate is employed and every month of vacancy costs programme momentum, start a conversation with our executive search team about how we approach this market differently.
Frequently Asked Questions
What is the current state of Modena's automotive job market in 2026?
Modena's automotive market is in active transition. Maserati's Viale Ciro Menotti plant is retooling for electric vehicle production with €400 million in Stellantis investment. The SME precision engineering sector recorded €2.8 billion in revenue for 2024, growing 3.2% year-over-year. Vehicle engineering job postings rose 47% between Q3 2023 and Q3 2024, while qualified applicants fell 18%. The most acute shortages are in battery thermal management, CFRP manufacturing engineering, and ADAS validation. Senior specialist and executive roles in these disciplines are predominantly filled through direct headhunting approaches rather than job advertising.
What do senior automotive engineers earn in Modena compared to Munich?
Senior battery engineers in Modena earn €70,000 to €85,000 base salary, while equivalent roles in Munich pay €95,000 to €115,000. VP and Director of Engineering roles at Maserati command €120,000 to €150,000 base with 25 to 40% variable compensation. Head of Electric Powertrain positions reach €130,000 to €160,000. Modena's cost of living is approximately 35% lower than Munich, partially offsetting the cash compensation gap, but the differential widens at the seniority levels where the most critical hiring needs sit.
Why is it so difficult to hire battery engineers in Italy's Motor Valley?
The difficulty stems from three converging factors. First, Modena lacks battery cell manufacturing at scale, so the engineers with production-level 800-volt experience trained in other markets. Second, 85% of qualified battery systems architects are passive candidates who are not actively seeking roles. Third, Italy produces approximately 1,200 fewer automotive engineering graduates annually than Motor Valley requires, and 40% of UNIMORE graduates emigrate within five years. The result is a candidate pool too small and too passive for conventional recruitment methods.
How is Modena's SME automotive sector performing despite Maserati's challenges?
The SME ecosystem has diversified beyond dependency on any single OEM. Precision engineering firms in the province grew revenue 3.2% in 2024, driven by export demand for prototype chassis and carbon fibre components. Firms including ATR Group, OZ Racing, and Dallara expanded R&D headcount by 12% collectively. The Modena Chamber of Commerce projects 8 to 10% growth in advanced materials and simulation for 2026, with three to four foreign-owned technical centres expected to enter the district.
What roles are hardest to fill in Modena's automotive sector?
Three categories face the most severe shortages. Battery thermal management architects, where Maserati held one role open for 11 months without a hire. CFRP manufacturing engineers, where the vacancy-to-candidate ratio is 4:1 and 90% of qualified professionals are passive. ADAS validation engineers, where firms have restructured positions to allow remote work simply to attract applicants from Milan or Turin. KiTalent's talent mapping methodology is specifically designed for these kinds of passive, high-scarcity markets where conventional search methods reach fewer than 10% of qualified candidates.
Will Stellantis's €400 million investment create new jobs in Modena?
The investment is expected to stabilise employment at 1,000 to 1,100 full-time equivalents at the Viale Ciro Menotti plant rather than generate net growth. Automation in EV assembly requires fewer production workers than ICE manufacturing. Approximately 400 traditional powertrain and mechanical calibration roles are at risk, with only 60% mapping to electric powertrain or battery management requirements. The real employment growth is likely to come from the SME ecosystem and from new foreign-owned technical centres establishing operations in the district.
