• CEO-sponsored transformation execution：Support the CEO in defining transformation priorities and an actionable roadmap, and drive cross-functional execution to ensure implementation.
• Translate emerging technologies into measurable use cases：Convert new technologies into business-ready, measurable use cases. Define test metrics and impact evaluation frameworks to ensure tangible improvements in efficiency, quality, or decision-making.
• Cross-domain collaboration and executive communication：Mobilize internal and external resources, and translate complex topics into clear, decision-ready proposals and executable plans for senior stakeholders.

• Digital strategy & change execution capability：Ability to translate business and operational objectives into a portfolio of digital initiatives, manage milestones and value metrics, and demonstrate one or more of the following experiences:
  1. Data/AI PoC delivery:Hands-on experience in data analytics or model-related technologies, with the ability to integrate methodology, cloud/on-prem tools, and business scenarios to deliver and validate PoCs.
  2. Program/project management & implementation：Experience planning and managing digitalization/automation projects—from requirement discovery and proposal evaluation, to solution design, deployment, performance tracking, and continuous improvement.
• Global mindset & strong communication：Strong English communication skills, with the ability to synthesize diverse viewpoints into clear presentations and actionable recommendations for decision-making.

Resume

• Drive deployment from concept to mass production and site delivery：Take the enclosure from concept through pilot build, mass production, and project/site delivery—ensuring schedule, cost, and quality targets are met.
• Material safety and system integration：Integrate the UHPC enclosure with battery/BMS, thermal management, and fire detection/suppression strategies to ensure system-level safety and performance.
• Standardization and scalable replication：Establish standardized BOM, manufacturing processes, validation, and acceptance workflows to enable repeatable deployments across multiple sites and use cases.

• Materials/Chemical Engineering & manufacturing process expertise：Degree or strong background in chemical engineering/materials science, with knowledge of cement-based materials, durability, and quality control; able to drive the transition to mass production.
• Energy storage safety & validation experience：Solid understanding of thermal runaway risks and detection/suppression/extinguishing logic; able to define test plans and certification pathways.
• Project management & supply chain execution：Experience in supplier integration and manufacturing collaboration, including ECR/ECO management; capable of executing FAT/SAT and delivering complete project handover documentation.

Resume

1. Build a sustainable circular system—powered by high-temperature cement kiln co-processing—capable of treating a wide range of municipal solid waste streams.
2. Drive an innovation model that converts "waste" into "regenerated materials," establishing a scalable demonstration for resource regeneration and circularity.

• Advance kiln co-processing capability through integrated execution：Bridge process engineering, materials science, environmental technologies, and regulatory compliance to elevate cement kiln circular utilization to the next level.
• Champion regenerated materials：Transform discarded materials into sustainable resources that can re-enter industrial value chains as regenerated / alternative raw materials.
• Coordinate cross-functional and external stakeholders for stable deployment：Align operations, R&D, and government/external partners to ensure the co-processing system is stable, safe, compliant, and successfully implemented.

• Circular co-processing expertise：Solid understanding of high-temperature cement kiln co-processing principles, with the ability to propose fit-for-purpose treatment strategies for different waste types.
• Regenerated materials integration capability：Understanding of waste characteristics, pre-treatment methods, and pathways to incorporate circular/regenerated materials into production systems.
• Cross-functional collaboration：Strong ability to coordinate with operations, R&D, and external stakeholders to drive projects forward and deliver outcomes.

Resume

1. Drive next-generation sustainable construction materials by advancing low-carbon materials innovation, and accelerating their technology readiness, standardization, and global deployment.
2. Convert R&D outcomes into market-viable material solutions, strengthening the Group's low-carbon competitiveness.

• Global technical integrator：Connect R&D, process engineering, materials development, and market requirements to deliver adoptable low-carbon material solutions.
• Sustainable materials enabler：Translate research outputs into clear, implementable material specifications/formats, and scale adoption across global markets and business units.
• Innovation-to-application bridge：Support the transition from laboratory development to real-world applications, enabling technologies to be validated, industrialized, and adopted by the industry.

• Low-carbon materials R&D capability：Background in materials science or chemical engineering, with hands-on experience in formulation development, trial mixes/validation, and performance evaluation.
• Process and industrialization mindset：Understanding of cement/construction materials manufacturing processes and plant constraints, with the ability to translate R&D outputs into mass-producible solutions.
• Alternative raw materials & fuels integration：Practical experience or strong knowledge of integrating alternative raw materials, alternative fuels, or circular materials into production systems is a plus.

Resume

1. Centered on "Future Homes / Future Buildings," create a new building paradigm that combines low carbon performance, safety, and flexible usability.
2. Explore and develop next-generation sustainable building models that can be adopted across diverse global environments.
3. Through the integration of materials, engineering, and energy systems, deliver more affordable and resilient housing solutions the world can rely on long term.

• Cross-domain technical coordinator：Serve as the integrator across materials, structural/engineering design, energy systems, and on-site requirements—shaping the end-to-end concept and execution of future buildings.
• Future living solutions designer：Translate low-carbon materials, modular engineering, and energy integration into deployable, buildable building formats that can be implemented in real projects.

• Modular construction expertise：Familiarity with precast methods, modular building systems, and fundamental structural principles.
• Low-carbon building knowledge：Understanding of low-carbon materials, energy integration, and sustainable building principles.
• Systems thinking and scalability mindset：Ability to move from a "one-off design" approach to a repeatable, scalable building system.
• Global collaboration capability：Ability to drive implementation across different regulatory frameworks, cultures, and user needs in international contexts.

Resume

• Energy infrastructure project driver：Plan, deliver, and grid-connect solar-storage-charging sites, creating a regional infrastructure footprint that can be deployed at scale.
• VPP operating model and architecture builder：Contribute to VPP system architecture design and DER integration, building capabilities for resource aggregation, monitoring, and dispatch.
• Energy aggregation & power market participant：Aggregate BESS, EV charging flexibility, and renewable generation; connect to European power markets to develop asset operations and value optimization (e.g., revenue stacking).
• Contributor to multi-country expansion：Drive cross-border projects and standardization to support the Group's long-term European expansion in energy infrastructure and VPP development.

• Energy infrastructure leadership & cross-discipline integration：Background in electrical, mechanical, or civil engineering, with the ability to lead infrastructure projects end-to-end; integrate MEP and civil interfaces; interpret technical drawings/specifications; and ensure quality, efficiency, and deliverability.
• Energy systems & grid integration knowledge：Understanding of grid interconnection, medium-voltage distribution architectures, BESS, and DER integration use cases.
• Potential to build standardized, modular VPP deployment models：Experience (or strong capability to contribute) in establishing standardized and modular VPP deployment approaches—improving DER rollout speed, quality, and scalability, and supporting optimal resource configuration.
• Strong interest in power markets & energy operations：High curiosity and commercial awareness of VPP operating models and European electricity markets, with the ambition to develop capabilities in energy asset operations, dispatch, and optimization.

Resume

1. Partner with business units to design value-generating AI solutions, embedding AI into day-to-day operations to improve efficiency, quality, and decision-making speed across the Group.
2. Drive organizational performance improvement by integrating data, processes, and technology into deployable optimization programs with measurable impact.
3. Establish standardized and unified data architecture, enabling enterprise-wide intelligence and scalable AI adoption.

• AI transformation delivery lead：Translate strategic directions into implementable systems, workflows, and tools that can be deployed and adopted.
• Cross-functional integrator：Connect operations teams, IT/engineering functions, and external technology partners to ensure AI solutions deliver real outcomes.
• Outcome-driven AI optimization driver：Help plants and business lines solve real operational problems with AI—focusing on production-grade deployment rather than conceptual pilots.

• Applied AI solution understanding：Familiarity with AI tools and technologies, and the ability to translate business needs into executable optimization initiatives.
• Structured problem decomposition：Ability to identify on-the-ground pain points, break problems down, and pinpoint the highest-leverage entry points.
• Strong program/project execution：Proven ability to collaborate across functions, manage timelines, and drive solutions through to deployment.
• Process improvement capability：Experience with process optimization, operational excellence methods, and/or project management toolkits.

Resume