Head of Design – Japan Data Center Development & Delivery

📍 Job Overview

Job Title: Head of Design – Japan Data Center Development & Delivery

Company: RHAELM OPERATIONS LIMITED

Location: Tokyo, Japan

Job Type: FULL_TIME

Category: Data Center Engineering & Design Operations

Date Posted: 2026-08-25

Experience Level: 10+ Years

Remote Status: Hybrid

🚀 Role Summary

• Lead the technical strategy and execution for high-density AI data center development in Japan, a critical component of Sovereign AI's expansion into the APAC region.

• Drive full-lifecycle engineering for cutting-edge AI infrastructure, from conceptualization through to construction readiness, ensuring alignment with global standards and local regulations.

• Build and manage a high-performing local engineering team and a robust network of A&E partners to deliver complex data center projects at pace.

• Act as the primary technical authority for advanced cooling, power, seismic resilience, and network architectures within the Japanese market.

📝 Enhancement Note: This role is positioned within the broader operations framework, focusing on the critical design and engineering phase of physical infrastructure development. While not a traditional "Revenue Operations" or "Sales Operations" role, it is integral to the operational readiness and delivery of Sovereign AI's core service offering, requiring a deep understanding of how design decisions impact long-term operational efficiency, scalability, and cost-effectiveness. The emphasis on regulatory compliance, local partnerships, and team building highlights its operational significance.

📈 Primary Responsibilities

• Own the enterprise Basis of Design (BOD) for high-density AI clusters, incorporating advanced liquid cooling (DLC, immersion), ultra-high-density power distribution, and accelerated network architectures.

• Serve as the country's subject matter expert on emerging AI workloads, thermal management, low-PUE energy strategies, and sustainability objectives, ensuring designs meet future demands.

• Spearhead innovation in modularity, scalable deployment methodologies, and disaster resilience specifically for high-density compute environments.

• Manage the complete engineering lifecycle, from Concept and Schematic Design through Detailed Design and Issued for Construction documentation, ensuring seamless transitions.

• Lead robust cross-functional coordination efforts across structural, electrical, mechanical, civil, network, and security engineering disciplines to ensure integrated solutions.

• Establish stringent design-stage quality frameworks, implement rigorous peer reviews, and conduct constructability audits to proactively eliminate variations before site execution.

• Lead the evaluation, procurement, and onboarding of premier local A&E partners, engineering consultants, and commissioning agencies, meticulously managing their delivery against specifications, budget, and milestones.

• Ensure absolute compliance with Japan's Building Standards Act, Fire Services Act, Electricity Business Act, and relevant municipal guidelines, while actively engaging with utilities and regulators to secure all necessary construction, environmental, and electrical permits.

• Integrate country-specific hazards into core design criteria, including robust seismic base isolation strategies and comprehensive typhoon/flood mitigation measures.

• Partner with Global Supply Chain to critically evaluate and integrate long-lead critical infrastructure equipment, while collaborating with local vendors and contractors to guarantee design compatibility with Japanese materials and construction methodologies.

• Recruit, build, and mentor a high-caliber, multidisciplinary team of structural, electrical, mechanical, and BIM/CAD engineers in Japan, establishing clear team KPIs and structured development tracks.

📝 Enhancement Note: The responsibilities clearly define a leadership role focused on the technical and strategic aspects of data center development. The emphasis on "Basis of Design," "lifecycle engineering," "quality frameworks," "partner management," and "team building" are hallmarks of senior operations and engineering leadership positions. The specific mention of Japanese regulations and local partnerships underscores the operational complexity and need for deep local expertise within a global framework.

🎓 Skills & Qualifications

Education:

• Bachelor's or Master's degree in Electrical, Mechanical, Civil, or Structural Engineering, or Architecture.

• First-Class Registered Architect (一級建築士) or Professional Engineer (PE / 技術士) in Japan is highly preferred, demonstrating deep local technical competency and regulatory understanding. Experience:

• A minimum of 12+ years of progressive engineering leadership experience specifically within data center design and development.

• Proven, demonstrable track record of successfully delivering hyperscale, colocation, or other high-density compute facilities within the Japanese market.

• Extensive experience managing and directing local A&E partners, engineering consultants, and commissioning agencies, ensuring project success.

• A solid history of building and scaling engineering teams from inception in competitive talent landscapes.

• Direct experience engaging effectively with Japanese regulators, municipal authorities, and key utilities such as TEPCO and KEPCO. Required Skills:

• In-depth, hands-on expertise in high-density cooling technologies, including Direct-to-Chip (DLC), Rear Door Heat Exchangers, and Liquid Cooling Loops, alongside advanced high-density power architectures.

• Comprehensive understanding of Japanese building codes, zoning laws, seismic isolation design principles, and the intricate permitting processes unique to the region.

• Strong cross-functional design leadership capabilities, encompassing structural, electrical, mechanical, civil, network, and security engineering disciplines to achieve integrated solutions.

• Native or business-fluent Japanese proficiency (JLPT N1 equivalent) and professional fluency in English are essential for effective communication across all stakeholder levels.

• The ability to interface confidently and effectively with both local regulatory bodies and global corporate leadership teams.

• Proven team-building and people leadership acumen within a technical, high-growth environment, fostering collaboration and development. Preferred Skills:

• Familiarity with BIM (Building Information Modeling) and CAD software for design visualization, coordination, and documentation.

• Experience with sustainability initiatives and low-PUE (Power Usage Effectiveness) energy strategies in data center design.

• Knowledge of supply chain integration for critical infrastructure equipment in the Japanese context.

📝 Enhancement Note: The qualifications emphasize a blend of deep technical expertise in data center design (cooling, power, seismic) and critical soft skills such as regulatory navigation, team leadership, and cross-cultural communication. The specific requirement for Japanese language proficiency and local certifications highlights the operational necessity of deep market integration for this role. The distinction between required and preferred skills provides clear guidance on prioritization for candidates.

📊 Process & Systems Portfolio Requirements

Portfolio Essentials:

• Demonstrable examples of Basis of Design (BOD) documents for complex data center projects, showcasing the integration of advanced cooling and power systems.

• Case studies detailing full-lifecycle engineering project delivery, highlighting contributions from concept through to construction issue, with clear scope and outcome articulation.

• Documentation showcasing experience in managing and coordinating with local A&E partners, engineering consultants, and commissioning agencies, with examples of quality control and performance management.

• Evidence of team building and leadership, including examples of team structure, KPI setting, and talent development within engineering functions.

• Examples of successful engagement with Japanese regulatory bodies and utilities, demonstrating understanding of compliance processes and permit acquisition. Process Documentation:

• Workflow designs and optimization strategies for the engineering design phase, illustrating how efficiency and quality were improved.

• Implementation and automation methods used for design review processes, peer reviews, and constructability audits.

• Measurement and performance analysis of engineering partner delivery, including metrics used to track scope, budget, and schedule adherence.

• Documentation of how country-specific hazards (seismic, environmental) were integrated into core design criteria and risk mitigation plans.

📝 Enhancement Note: For a role of this seniority and technical focus, a portfolio is crucial for demonstrating practical experience. The requirements are geared towards showcasing strategic thinking in design, leadership in execution, and a deep understanding of the operational implications of design decisions, particularly within the Japanese regulatory and environmental context. The emphasis on process documentation highlights the need for candidates to think systematically and demonstrate an ability to manage complex engineering workflows.

💵 Compensation & Benefits

Salary Range:

Based on industry benchmarks for senior engineering leadership roles in data center development in Tokyo, Japan, and considering the 12+ years of experience and specialized expertise required, the estimated annual salary range for this position is ¥18,000,000 - ¥28,000,000 JPY. This range accounts for the high demand for specialized skills in AI infrastructure, the critical nature of the role, and the cost of living in Tokyo.

Benefits:

• Comprehensive health, dental, and vision insurance plans tailored for employees and dependents.

• Generous paid time off (PTO) policy, including annual leave, sick leave, and public holidays, aligned with Japanese labor laws and company policy.

• Retirement savings plan (e.g., company-sponsored pension scheme or 401k equivalent) to support long-term financial security.

• Professional development and training opportunities, including support for relevant certifications, conferences, and advanced engineering courses.

• Relocation assistance package for candidates relocating to Tokyo, covering moving expenses and initial accommodation support.

• Potential for performance-based bonuses and equity options, reflecting the company's growth and the individual's contribution.

• Commuting allowance or support for transportation to project sites. Working Hours:

The standard working hours for this position are expected to be around 40 hours per week, aligning with full-time employment norms. However, given the nature of high-stakes project delivery and potential site visits or urgent regulatory matters, flexibility may be required, with the understanding that overtime may occasionally be necessary to meet critical project milestones.

📝 Enhancement Note: The salary estimate is derived from research into senior engineering leadership roles in Tokyo, Japan, specifically within technology infrastructure and construction sectors. It factors in the extensive experience (12+ years), specialized skills (AI data centers, advanced cooling), and the leadership scope (Head of Design, team building). Benefits are generalized based on typical offerings for senior roles in international companies operating in Japan, with specific mention of relocation and professional development relevant to a highly specialized field.

🎯 Team & Company Context

🏢 Company Culture

Industry: Sovereign AI operates within the rapidly evolving AI Infrastructure and Data Center sector, a critical component of the technology and national security landscape. The company focuses on providing sovereign-grade AI data centers, emphasizing resilience, security, and scale for regulated sectors like Government, Defence, Healthcare, and Financial Services. This niche positions the company at the intersection of cutting-edge technology and stringent compliance requirements, demanding a culture of precision, innovation, and unwavering reliability.

Company Size: Sovereign AI is likely a growing company, possibly in its scale-up phase, indicated by its focus on expanding into new markets like Japan. This means operations professionals can expect a dynamic environment with opportunities to shape processes and build infrastructure, but also potentially a need for adaptability and a willingness to contribute across a broader scope than in a more established, larger organization.

Founded: Sovereign AI was founded in the UK, with a mission to build the next generation of sovereign-grade AI data centers. The company's establishment date isn't provided, but its current strategic focus on international expansion suggests a relatively recent but ambitious growth trajectory aimed at capturing a significant market share in AI infrastructure. This ambition implies a forward-thinking and results-oriented operational culture.

Team Structure:

• The operations and engineering teams are likely structured to support global expansion while maintaining local expertise. In Japan, the Head of Design will build and lead a multidisciplinary engineering team, reporting into a regional or global head of engineering/delivery.

• The reporting structure will involve close collaboration with country managers, global supply chain, and potentially legal/compliance teams to navigate local requirements.

• Cross-functional collaboration is paramount, requiring seamless integration with site operations, construction management, IT/network teams, and business development to ensure design solutions are practical, cost-effective, and aligned with market needs. Methodology:

• Data analysis and insights will be crucial for informing design decisions, particularly regarding power efficiency, cooling performance, and seismic resilience, leveraging both simulation tools and operational feedback from existing facilities.

• Workflow planning and optimization will focus on streamlining the design process, from initial concept through to construction issue, emphasizing modularity and standardization where feasible.

• Automation and efficiency practices will be applied to design reviews, documentation management, and potentially BIM workflows to accelerate project timelines and reduce errors.

Company Website: https://careers.rhaelm.com

📝 Enhancement Note: The company context highlights a specialized and high-stakes industry. The "sovereign-grade" aspect implies a focus on security, compliance, and national-level capability, which will heavily influence operational priorities. The "scale-up" nature suggests an environment where individuals can make a significant impact but must also be prepared for evolving structures and processes. The emphasis on cross-functional collaboration is typical for complex infrastructure projects.

📈 Career & Growth Analysis

Operations Career Level: This role, "Head of Design – Japan Data Center Development & Delivery," represents a senior leadership position within the engineering and operations vertical. It's a strategic role responsible for establishing the technical foundation of a critical national infrastructure program. The scope includes not only technical design but also team building, partner management, and regulatory navigation, indicating a high level of autonomy and decision-making authority.

Reporting Structure: The Head of Design will likely report to a senior executive within Sovereign AI's global engineering or development division, such as a VP of Engineering, Chief Technology Officer, or Head of Global Data Center Development. They will also have a dotted line reporting relationship to the Japan Country Manager, ensuring alignment with local business objectives. The role involves managing a team of engineers and consultants, forming the core of the Japan design function.

Operations Impact: The Head of Design's decisions have a profound and direct impact on Sovereign AI's operational success in Japan. Effective design leads to:

• Cost Efficiency: Optimized power and cooling strategies reduce operational expenditure (OpEx).

• Scalability: Designs that support future growth ensure long-term business viability.

• Reliability & Uptime: Robust engineering minimizes risks of downtime, critical for AI workloads.

• Compliance & Risk Mitigation: Adherence to local regulations prevents costly delays, fines, or project cancellation.

• Market Competitiveness: Delivering state-of-the-art facilities enables the company to win and retain high-value clients.

Growth Opportunities:

• Technical Specialization: Deepen expertise in AI-specific infrastructure challenges, advanced cooling, and hyperscale design.

• Leadership Development: Expand management skills by growing and mentoring a significant engineering team, potentially leading to broader regional or global leadership roles.

• Strategic Influence: Contribute to the overarching technical strategy and innovation roadmap for Sovereign AI's global data center portfolio.

• Market Expertise: Become a recognized authority in data center development within the Japanese market, opening doors for future opportunities in Asia-Pacific.

• Project Portfolio Expansion: Lead the design for an increasing number of complex, high-value AI data center projects across Japan.

📝 Enhancement Note: This analysis positions the role as a significant leadership opportunity with substantial impact and clear pathways for career advancement within a specialized and growing field. The emphasis on strategic influence and market expertise highlights the long-term value of this position.

🌐 Work Environment

Office Type: The role is based in Tokyo, Japan, and will involve a hybrid work arrangement. This means a combination of working from a company office in Tokyo and spending time on project sites and potentially other locations as required by business needs. The office environment is expected to be professional and collaborative, supporting team meetings, strategic planning, and interactions with local partners.

Office Location(s): The primary office location will be in Tokyo, Japan. This central hub will serve as the base for team coordination, administrative tasks, and engagement with local stakeholders. Regular travel to project sites across Japan will be a key component of the role, requiring flexibility and efficient time management.

Workspace Context:

• The workspace will be designed to foster collaboration among the engineering team and with external partners. Access to necessary design software (BIM, CAD) and communication tools will be provided.

• The environment will be dynamic, with a mix of focused individual work on design tasks and active participation in team discussions, design reviews, and stakeholder meetings.

• Opportunities for interaction will extend beyond the immediate team to include site visits, vendor meetings, and consultations with regulatory bodies, providing a broad and engaging work experience.

Work Schedule: While a standard 40-hour work week is the baseline, the demanding nature of data center development, especially in a new market and with critical deadlines, will necessitate flexibility. This may include occasional evening or weekend work to address urgent design issues, meet regulatory submission deadlines, or accommodate partner availability. The hybrid model allows for some flexibility in managing personal schedules around these project demands.

📝 Enhancement Note: The work environment description emphasizes the hybrid nature, the importance of a physical presence in Tokyo and on-site, and the need for flexibility. This is crucial for candidates to understand the practical realities of the role beyond the job title.

📄 Application & Portfolio Review Process

Interview Process:

• Initial Screening: A review of CVs and portfolios to assess alignment with core technical requirements, leadership experience, and Japanese market knowledge.

• Technical Interview(s): In-depth discussions with senior engineering leaders or VPs focused on data center design principles, advanced cooling/power technologies, seismic resilience, and regulatory compliance in Japan. Candidates may be asked to present specific design challenges they've overcome.

• Leadership & Team Interview: Assessment of team-building capabilities, management style, cross-functional collaboration experience, and ability to mentor and develop engineering talent.

• Cultural Fit & Stakeholder Management Interview: Evaluation of communication skills, ability to interface with regulators and utilities, and alignment with Sovereign AI's values and mission. This may involve meeting with country leadership or key external partners.

• Final Round/Offer: Discussion of compensation, benefits, and the strategic vision for the role.

Portfolio Review Tips:

• Curate for Impact: Select 3-5 key projects that best demonstrate your leadership in data center design, specifically highlighting high-density AI infrastructure, advanced cooling/power, and

Japanese market experience.

• Structure for Clarity: For each project, clearly articulate:

  • The challenge/objective.
  • Your specific role and responsibilities (especially leadership and design ownership).
  • The technical solutions implemented (e.g., cooling, power, seismic).
  • How you managed A&E partners and/or local regulators.
  • The outcome and impact (e.g., efficiency gains, successful compliance, project delivery).

• Highlight Japanese Context: Explicitly showcase your understanding and application of Japanese building codes, seismic standards, and regulatory engagement. Include relevant certifications if applicable.

• Demonstrate Team Leadership: Include examples of how you built, managed, or mentored engineering teams.

• Quantify Achievements: Wherever possible, use metrics to demonstrate success (e.g., PUE improvements, cost savings, schedule adherence).

Challenge Preparation:

• Be prepared to discuss hypothetical design scenarios for high-density AI data centers in Japan, focusing on problem-solving approaches for thermal management, power delivery, and seismic mitigation.

• Anticipate questions about managing complex stakeholder relationships, including navigating potential conflicts with regulators, utilities, or A&E partners.

• Think about how you would approach building and motivating an engineering team in a new, competitive market like Japan.

• Familiarize yourself with recent advancements in AI infrastructure, liquid cooling technologies, and Japanese data center regulations.

📝 Enhancement Note: The interview and portfolio review process is designed to thoroughly assess technical depth, leadership capabilities, and specific market expertise. The advice provided is actionable and directly addresses the key requirements outlined for the role, with a strong emphasis on demonstrating practical experience and strategic thinking.

🛠 Tools & Technology Stack

Primary Tools:

• BIM (Building Information Modeling) Software: Proficiency with platforms like Autodesk Revit, Navisworks, or similar for integrated design, clash detection, and visualization.

• CAD (Computer-Aided Design) Software: Expertise in AutoCAD or similar for detailed engineering drawings and schematics.

• Simulation & Analysis Software: Familiarity with tools for thermal analysis (e.g., ANSYS Fluent, Icepak), power system analysis (e.g., ETAP), and potentially CFD (Computational Fluid Dynamics).

• Project Management Software: Experience with tools like Microsoft Project, Asana, Jira, or Primavera P6 for managing project timelines, resources, and deliverables.

Analytics & Reporting:

• Data Analysis Tools: Ability to interpret data from simulations, site reports, and operational feedback to inform design decisions. Familiarity with tools like Excel, Python for data analysis, or BI platforms could be beneficial.

• Reporting Tools: Experience generating comprehensive design reports, compliance documentation, and performance summaries for various stakeholders.

CRM & Automation:

• While not directly customer-facing, understanding how design specifications translate into operational requirements is key. Familiarity with systems that track project progress and manage vendor relationships might be relevant.

• Integration Tools: Awareness of how design data integrates into broader project management and operational systems.

📝 Enhancement Note: The technology stack reflects the sophisticated engineering and project management demands of modern data center development. The emphasis on BIM, CAD, and simulation tools is critical for this role, as is the ability to manage complex projects and analyze performance data to inform design.

👥 Team Culture & Values

Operations Values:

• Technical Excellence & Precision: A commitment to rigorous engineering standards, accuracy in design, and a deep understanding of complex systems, reflecting the critical nature of AI infrastructure.

• Innovation & Future-Proofing: A drive to explore and implement cutting-edge technologies in cooling, power, and network design to ensure facilities are prepared for the next generation of AI workloads and are sustainable long-term.

• Collaboration & Cross-Functional Synergy: A belief that the best designs emerge from open communication and strong partnerships between engineering, construction, operations, and external stakeholders, especially local Japanese partners and regulators.

• Accountability & Ownership: A culture where individuals and teams take full responsibility for their designs, project outcomes, and the long-term operational performance of the facilities they engineer.

• Compliance & Integrity: An unwavering adherence to all local Japanese regulations, international standards, and ethical business practices, particularly crucial for sovereign-grade infrastructure.

Collaboration Style:

• Proactive & Transparent: Encouraging open dialogue, early identification of potential issues, and transparent sharing of design progress and challenges.

• Partnership-Oriented: Fostering strong, collaborative relationships with local A&E firms, consultants, utilities, and regulatory bodies, treating them as integral parts of the project team.

• Feedback-Driven: Establishing mechanisms for constructive feedback loops between design, construction, and future operations teams to continuously improve design processes and facility performance.

• Knowledge Sharing: Promoting an environment where engineers share best practices, lessons learned, and technical insights, particularly regarding the unique challenges and opportunities within the Japanese market.

📝 Enhancement Note: The culture and values are tailored to the high-stakes, technologically advanced, and regulated environment of AI data center development. The emphasis on technical rigor, innovation, compliance, and strong collaboration with local entities is essential for success in this role and within the Japanese business context.

⚡ Challenges & Growth Opportunities

Challenges:

• Navigating Complex Japanese Regulations: Mastering and continuously updating knowledge of diverse Japanese building codes, seismic standards, and permitting processes, which can be intricate and have unique interpretations.

• Integrating Advanced Technologies: Successfully implementing cutting-edge liquid cooling and ultra-high-density power solutions in a market that may have varying levels of familiarity or established practices.

• Building and Managing a Local Team: Recruiting top engineering talent in a competitive Japanese market and fostering a high-performance culture that aligns with global company objectives while respecting local work norms.

• Balancing Global Standards with Local Requirements: Ensuring that Sovereign AI's global design standards are effectively adapted to meet specific Japanese environmental, seismic, and regulatory conditions without compromising core functionality or efficiency.

• Managing Long-Lead Time Equipment: Coordinating the procurement and integration of critical, long-lead infrastructure equipment with local supply chains and construction schedules.

Learning & Development Opportunities:

• Deepening AI Infrastructure Expertise: Gaining unparalleled experience in the design of specialized AI data centers, which are at the forefront of technological demand.

• Advanced Technical Specialization: Becoming a leading expert in areas like direct liquid cooling, immersion cooling, advanced power distribution for high-density compute, and sophisticated seismic isolation techniques.

• Cross-Cultural Leadership: Developing advanced skills in managing diverse international teams and navigating complex business relationships across different cultural contexts.

• Strategic Project Leadership: Contributing to the strategic growth and operational success of Sovereign AI in a key international market, potentially leading to broader regional or global responsibilities.

• Industry Recognition: Establishing oneself as a key technical authority in Japan's burgeoning AI infrastructure sector.

📝 Enhancement Note: This section directly addresses the inherent difficulties of the role and frames them as opportunities for professional growth, a common and effective strategy in attracting top talent to challenging positions. The focus remains on the unique aspects of operating in Japan and the cutting-edge nature of AI infrastructure.

💡 Interview Preparation

Strategy Questions:

• "Describe your approach to developing a Basis of Design (BOD) for a high-density AI data center in Japan, specifically addressing how you would integrate advanced cooling, power, and seismic considerations." (Preparation: Outline your phased approach, emphasize integration points, and specify how Japanese standards inform each step.)

• "How would you build and lead a multidisciplinary engineering team in Tokyo from the ground up, and what strategies would you employ to ensure high performance and alignment with global standards?" (Preparation: Discuss recruitment strategies, team structure, KPI setting, performance management, and fostering a collaborative culture.)

• "Walk us through a complex data center design project you led in Japan. What were the key technical challenges, how did you navigate regulatory hurdles or engage with utilities, and what was the ultimate outcome?" (Preparation: Prepare a concise case study focusing on your leadership, problem-solving, and successful navigation of the Japanese environment. Quantify results.) Company & Culture Questions:

• "What do you understand about Sovereign AI's mission and its focus on 'sovereign-grade' AI infrastructure, and how does this influence your approach to data center design?" (Preparation: Research Sovereign AI's mission, target markets, and the implications of 'sovereign-grade' for security, compliance, and resilience. Align your design philosophy.)

• "How do you foster collaboration between engineering teams, construction, and external partners, particularly in a cross-cultural context like Japan?" (Preparation: Provide specific examples of your collaboration methods, conflict resolution techniques, and experience working with Japanese partners and regulators.)

• "How do you measure the success of your design initiatives beyond initial construction, considering long-term operational efficiency, scalability, and reliability?" (Preparation: Discuss metrics like PUE, uptime, TCO, and how design choices impact these operational KPIs. Mention feedback loops with operations.) Portfolio Presentation Strategy:

• Storytelling: Frame your portfolio not just as a collection of documents, but as a narrative of your problem-solving capabilities and leadership journey.

• Visual Aids: Use clear, concise visuals (diagrams, photos, charts) to illustrate complex technical concepts and project scope. Ensure any proprietary information is appropriately redacted.

• Focus on Impact: For each project, clearly articulate the business impact and ROI of your design decisions.

• Engage and Interact: Be prepared to discuss your portfolio in detail, answer questions, and tailor your presentation to the interviewer's specific interests and concerns. Demonstrate your passion for the field and your strategic thinking.

📝 Enhancement Note: The interview preparation focuses on demonstrating not only technical prowess but also strategic thinking, leadership, and a deep understanding of the unique operational and regulatory landscape of Japan. The emphasis on portfolio presentation underscores its critical role in validating experience.

📌 Application Steps

To apply for this operations position:

• Submit your application through the application link provided on the RHAELM OPERATIONS LIMITED careers page.

• Customize Your Resume: Tailor your resume to highlight your 12+ years of data center engineering leadership experience, specific accomplishments in high-density AI infrastructure, and any experience directly related to the Japanese market, regulations, and utilities. Emphasize leadership in team building and partner management.

• Prepare Your Portfolio: Curate a selection of 3-5 key projects that best showcase your expertise in data center design, particularly focusing on advanced cooling, high-density power, seismic resilience, and your experience in Japan. Ensure it clearly demonstrates your leadership, problem-solving skills, and impact.

• Practice Your Pitch: Rehearse your "story" for each portfolio project, focusing on the challenge, your role, the technical solution, regulatory navigation, and the quantifiable outcomes. Be ready to articulate your vision for data center design in Japan.

• Research Sovereign AI: Thoroughly understand the company's mission, its focus on "sovereign-grade" AI infrastructure, and its expansion strategy. Familiarize yourself with the competitive landscape in Japan's data center market and the specific challenges of AI compute.

⚠️ Important Notice: This enhanced job description includes AI-generated insights and operations industry-standard assumptions. All details should be verified directly with the hiring organization before making application decisions.