ENTITY: TOTALENERGIES SE

A Macro Intelligence Memo | June 2030 | Employee Edition

From: The 2030 Report - Strategic Intelligence Division Date: June 2030 Re: TotalEnergies' Workforce Transformation, Career Development Implications, and Organizational Challenges During Energy Transition

EXECUTIVE SUMMARY

TotalEnergies' workforce has experienced profound organizational transformation during 2025-2030, characterized by divergent career trajectories across different business segments reflecting the company's strategic navigation of dual imperatives: capturing near-term liquefied natural gas (LNG) expansion opportunity while simultaneously investing in long-term renewable energy transition. This organizational dynamic has created a multi-speed workforce where certain employee segments benefit from rapid business expansion and career acceleration, while others experience stagnation, organizational marginalization, and career uncertainty due to structural decline in legacy upstream oil and gas operations.

The company's total headcount remained relatively stable at approximately 101,400 employees (June 2030), compared to 101,200 (June 2025), indicating minimal net employment change while masking significant composition shifts. However, intra-company workforce reallocation has been substantial: upstream oil and gas operations headcount declined 8.2% (from 42,800 to 39,300 employees), LNG and power operations expanded 18.6% (from 18,200 to 21,600 employees), renewable energy operations expanded 44.2% (from 14,600 to 21,040 employees), and newly-established grid infrastructure operations expanded from 0 to 5,800 employees.

This memo assesses TotalEnergies' workforce transformation, segment-specific career trajectories, compensation alignment with business priorities, and organizational challenges resulting from multi-speed business environment.

SECTION 1: TOTALENERGIES' HISTORICAL WORKFORCE COMPOSITION AND TRANSFORMATION CONTEXT

1.1 Historical Workforce Structure (2024-2025)

TotalEnergies' workforce composition historically reflected its identity as integrated oil and gas company, with operational concentration in upstream oil and gas exploration, production, and LNG export:

Workforce Composition (June 2025): - Upstream Oil & Gas: 42,800 employees (42.2%) - LNG & Power: 18,200 employees (17.9%) - Downstream & Refining: 14,600 employees (14.4%) - Renewable Energy: 14,600 employees (14.4%) - Corporate/Support: 11,000 employees (10.9%) - Total: 101,200 employees

This composition reflected legacy organization structure where upstream operations (the most capital-intensive, most strategically important function) dominated workforce headcount. Upstream engineers, geologists, and technicians represented largest professional category in the company.

1.2 Transformation Drivers and Strategic Imperatives (2025-2030)

TotalEnergies' workforce transformation was driven by three primary factors:

First: AI-Driven Electricity Demand and LNG Opportunity Artificial intelligence infrastructure buildout drove global electricity demand expansion, creating demand for dispatchable power generation (natural gas) and LNG export. This created extraordinary financial opportunity for LNG-capable energy companies and temporary reprieve from energy transition pressures. TotalEnergies, as operator of major LNG export capacity (42% of Australia Pacific LNG, 67% of Cameroon LNG), benefited disproportionately.

Second: Renewable Energy Transition Imperative Simultaneously, energy transition remained inevitable: declining upstream oil and gas reserves, regulatory pressure to reduce fossil fuel investment, ESG (environmental, social, governance) investor pressures, and low-carbon economic transition requirements necessitated strategic renewable energy expansion.

Third: Grid Infrastructure and Energy Storage Emergence As electricity grids incorporated higher renewable penetration percentages, grid infrastructure stability, demand response systems, and energy storage became strategically critical. TotalEnergies identified grid infrastructure investment as new strategic frontier positioning the company as comprehensive energy solution provider.

SECTION 2: SEGMENT-SPECIFIC WORKFORCE DYNAMICS AND CAREER IMPLICATIONS

2.1 Upstream Oil & Gas Operations: Structural Decline and Career Uncertainty

Upstream Segment Workforce (2025-2030):

Upstream operations experienced consistent headcount decline of 1.3-2.0% annually, reflecting two factors: (1) declining production as mature fields deplete, (2) productivity improvements through automation and digitalization reducing staffing requirements per unit of production.

Career Implications for Upstream Employees:

1. Promotion Scarcity: Limited headcount growth eliminates promotion opportunities. Upstream engineers face extended career plateaus without geographic relocation or career transition.

2. Job Security Concerns: While TotalEnergies has not conducted formal layoffs, selective workforce reduction through retirement incentives and voluntary separation programs (VSP) created employment uncertainty. Approximately 2,100 upstream employees accepted VSP offers during 2025-2030 period (4.9% of baseline headcount).

3. Skills Erosion Risk: Extended project cycles in declining upstream operations reduce exposure to cutting-edge technologies. Petroleum systems engineers working in declining North Sea operations have different technical development trajectory than colleagues working in emerging grid infrastructure.

4. Compensation Constraint: Salary increases for upstream roles limited to 2-3% annually (vs. 4-7% for growth segments), reflecting declining strategic importance.

5. Relocation Pressure: TotalEnergies' geographic portfolio optimization resulted in reduced activity in certain upstream regions (sub-Saharan Africa, select Southeast Asian operations), requiring upstream employees to accept relocation to remaining high-activity regions (Middle East, North Sea, Asia-Pacific) or exit company.

Demographic Impact: Upstream workforce aging acceleration: average age of upstream employees increased from 41.2 years (2025) to 43.8 years (2030), reflecting limited entry-level hiring and disproportionate departure of younger employees seeking opportunities in growth segments or competitors.

2.2 LNG & Power Operations: Rapid Growth and Career Acceleration

LNG & Power Segment Workforce (2025-2030):

LNG & Power operations expanded 18.6% (2025-2030), substantially exceeding corporate average, driven by capacity expansion projects and increased commercial intensity from LNG pricing strength.

Career Implications for LNG/Power Employees:

1. Promotion Opportunities: Expanding headcount created 1,400 net new positions, primarily at supervisory and senior engineer levels. Promotion cycles accelerated from typical 6-8 year advancement to 4-5 year advancement in select roles.

2. Project Intensity: LNG operations benefited from ongoing capacity expansion projects (Australia Pacific LNG expansion, Cameroon LNG debottlenecking), creating opportunities for project-based roles with higher compensation and skill development.

3. Compensation Growth: Salary increases for LNG/power roles averaged 4-5% annually (vs. 2-3% for upstream), partially reflecting expansion opportunities and talent competition.

4. Technical Skill Development: LNG operations require specialized expertise in liquefaction plant operations, optimization, and cryogenic systems. Project-based work provides continuous technical development opportunities.

5. International Mobility: LNG operations spanning multiple countries created international assignment opportunities, career prestige, and broader geographic exposure.

Competitive Risk: LNG operations expansion attracted competitive talent recruitment from competitors (Shell LNG, ExxonMobil), requiring TotalEnergies to offer above-market compensation to retain high-performing employees.

2.3 Renewable Energy Operations: Explosive Growth and Strategic Importance

Renewable Energy Segment Workforce (2025-2030):

Renewable energy operations expanded 44.2% (2025-2030), reflecting company's strategic renewable transition and substantial capex investment (€4.4B in 2030, up 214% from €1.4B in 2025).

Career Implications for Renewable Energy Employees:

1. Rapid Advancement: Renewable energy expansion created career advancement velocity exceeding any other segment. Junior engineers advancing to senior roles in 3-4 year timeframes, compared to 6-8 years in traditional segments.

2. Strategic Prestige: Renewable energy positioned as company's future business. Career positioning in renewables carries perception of future organizational importance and security.

3. Skill Premium: Renewable energy expertise (solar engineering, wind systems, battery storage) commanded 12-18% salary premium relative to equivalent seniority in upstream operations.

4. Geographic Opportunity: Renewable energy projects distributed globally (North America, Europe, Asia-Pacific, Middle East), creating international assignment opportunities.

5. Talent Sourcing Challenge: TotalEnergies competed aggressively with renewables-focused companies (Enel, NextEra Energy, Ørsted) for specialized talent, resulting in 18-24% salary inflation for renewable energy engineers (2025-2030).

SECTION 3: COMPENSATION STRUCTURE AND SALARY ALIGNMENT WITH BUSINESS PRIORITIES

3.1 Salary Adjustment Framework (July 2030)

TotalEnergies implemented differentiated salary adjustment strategy reflecting business segment priorities:

Annual Salary Increases by Segment (July 2030): - Upstream/Fossil Fuel Roles: 2-3% (median 2.5%) - LNG/Power Roles: 4-5% (median 4.5%) - Renewable Energy Roles: 5-6% (median 5.5%) - Grid Infrastructure Roles: 6-7% (median 6.5%) - Corporate/Support: 3-4% (median 3.5%)

This differentiated compensation structure explicitly signals business segment priorities: grid infrastructure emerging as strategic area (highest salary increases), renewable energy growth priority (second-highest), LNG capturing near-term opportunity (moderate increases), and upstream operations declining (minimal increases).

3.2 Compensation Comparison with Peer Companies

Mid-Career Engineer Compensation Comparison (10-year tenure, June 2030, annual base salary + benefits):

TotalEnergies' renewable energy compensation (€128,000) is competitive with renewables-focused companies but moderately below upstream compensation at pure upstream specialists (Shell €102,000 vs. Total €98,000), reflecting upstream talent supply/demand dynamics.

3.3 Performance Bonus Structure and Variable Compensation

TotalEnergies implemented business-segment-specific bonus structures:

Bonus Targets (% of base salary): - Upstream managers: 15-20% target (increasing difficulty to achieve due to segment challenges) - LNG/Power managers: 22-28% target - Renewable energy managers: 25-32% target (highest incentive) - Grid infrastructure managers: 28-35% target

This bonus structure explicitly rewards growth and energy transition priorities while constraining rewards for declining upstream operations.

SECTION 4: WORKFORCE TRANSITION PROGRAMS AND SKILL DEVELOPMENT

4.1 Renewable Energy Academy

TotalEnergies established formal "Renewable Energy Academy" (2027) providing structured transition pathway for upstream engineers transitioning to renewable energy roles. Program characteristics:

Program Duration: 6-9 months

Curriculum: - Solar energy systems engineering (3 months) - Wind energy systems (3 months) - Energy storage and battery technologies (2 months) - Distributed grid architecture (1.5 months)

Participant Profile: Upstream engineers aged 40-55 with 15-25 years experience seeking career continuation in growth segments. Approximately 380 upstream engineers participated (2027-2030).

Career Impact: 64% of academy graduates successfully transitioned to renewable energy roles (280 of 380 participants), with 28% remaining in interim roles, 8% exiting company.

Compensation Impact: Academy participants receiving new renewable energy assignments received average 6-8% salary increases above standard merit increases, reflecting skill premium and role transition.

4.2 Grid Infrastructure Bootcamp

TotalEnergies established "Grid Infrastructure Bootcamp" (2028) focused on rapid skill development for employees interested in grid infrastructure operations, new strategic business area.

Program Duration: 12-18 weeks

Curriculum: - Grid architecture and topology (2 weeks) - Power flow and grid stability (3 weeks) - Demand response systems (2 weeks) - Energy storage integration (2 weeks) - Digital infrastructure (2 weeks) - Practical project experience (3-4 weeks)

Participant Profile: Engineers and operators from all segments interested in grid infrastructure. Approximately 1,200 employees participated (2028-2030).

Outcomes: Approximately 780 bootcamp graduates hired into grid infrastructure roles (65% placement rate), representing core talent for expanding grid infrastructure business.

SECTION 5: VOLUNTARY TURNOVER AND EMPLOYEE ENGAGEMENT CHALLENGES

5.1 Voluntary Attrition Analysis

Voluntary Attrition Rate by Segment and Age Group (FY2030):

Upstream operations experienced disproportionate voluntary attrition, particularly among younger employees (22.4% annual attrition for <30 age group) who perceive limited career opportunities in declining segment. Renewable and grid infrastructure operations demonstrated exceptional retention, reflecting employee perception of growth and career opportunity.

5.2 Engagement Survey Results

TotalEnergies' engagement survey (May 2030) revealed significant divergence by segment:

Employee Engagement Metrics (1-5 scale, 5 = highest engagement): - Upstream employees: 2.8 (down from 3.4 in 2025) - LNG/Power employees: 3.9 (up from 3.6 in 2025) - Renewable energy employees: 4.1 (up from 3.4 in 2025) - Grid infrastructure employees: 4.2 (new segment, high initial engagement) - Corporate/Support: 3.4 (stable)

Upstream employee engagement deterioration reflects organizational uncertainty regarding segment's long-term role in company strategy.

SECTION 6: ORGANIZATIONAL COMMUNICATION CHALLENGES AND MORALE IMPACTS

6.1 Upstream Leadership Perception of "Decline Narrative"

Upstream leadership and employees perceive company strategy as explicit marginalization of upstream operations in favor of LNG/renewables/grid infrastructure. Key frustrations:

1. Limited Investment: Upstream capex declining from €4.2B (2025) to €2.8B (2030), perceived as company's lack of confidence in upstream future

2. Talent Migration Pressure: Upstream engineers encouraged to transition to renewable/grid roles through training programs, perceived as company-mandated abandonment of upstream operations

3. Career Pathway Uncertainty: Upstream employees uncertain whether upstream operations will continue beyond 2035, creating retirement planning uncertainty and career commitment anxiety

4. Compensation Disparity: Salary increases for upstream roles (2-3%) substantially lagging LNG/renewable roles (5-7%), explicitly signaling upstream subordinate status

6.2 Strategic Communication and Messaging Challenges

TotalEnergies CEO communicated that upstream decline is strategic necessity reflecting energy transition, LNG expansion is near-term opportunistic capture, and renewable/grid investment represents long-term company future. However, this messaging created morale challenges:

1. Upstream Employees Perceive Disposability: Message that upstream is "declining" creates perception that upstream employees are organizational liability rather than valued contributors

2. Fairness Concerns: Longer-service upstream employees who built company's current profitable position perceive shift to renewables as unfair displacement

3. Execution Uncertainty: Employees uncertain whether grid infrastructure and renewable segments will prove as profitable/strategically important as communications suggest

SECTION 7: ORGANIZATIONAL OUTLOOK AND WORKFORCE STRATEGY (2030-2035)

7.1 Projected Workforce Evolution (2030-2035)

Projected Headcount by Segment (2035): - Upstream: 36,200 (-8% from 2030) - LNG/Power: 23,600 (+9% from 2030) - Renewable Energy: 28,400 (+35% from 2030) - Grid Infrastructure: 9,200 (+59% from 2030) - Corporate/Support: 10,600 (-8% from 2030) - Projected Total: 108,000 (+6.3% from 2030)

This projection indicates continued upstream decline and renewable/grid infrastructure expansion.

7.2 Compensation Strategy (2030-2035)

TotalEnergies projects differentiated salary growth continuing through 2035: - Upstream: 2-3% annually - LNG/Power: 3-4% annually (moderating from current 4-5% as LNG opportunity matures) - Renewable: 4-6% annually - Grid infrastructure: 5-7% annually

Classification: Strategic Intelligence - Energy Sector Human Capital Distribution: TotalEnergies HR Leadership, Executive Management Report Generated: June 2030