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’ with Dr Ciaran Moore (University of Canterbury) Catalytic Architectures research programme In this research programme we are exploring new materials that will: catch CO2 from air and waste streams
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understanding of building physics and technical aspects of architectural design. Interest in computational design, digital fabrication, and emerging construction technologies. Experience with 3D Concrete Printing
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, from hands-on technical leadership to strategic planning and day-to-day operational oversight, including: Design, implement, and optimise enterprise network architectures Lead incident response and
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Scholarship to support Architecture graduates undertaking further study overseas. An Award to support University of Auckland students and graduates enrolling in a US university and US citizens and permanent
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About the scholarship Application status: No application required Applicable study: Year 2 or 3 of Bachelor of Architectural Studies Opening date: Closing date: By nomination Tenure: For: Prize
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sintering and melting for research in fuel cells, and competence in computational fluid dynamics simulations for fuel cell and water electrolysis systems are essential. Furthermore, the candidate must have
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reports (e.g., carbon reporting). • The ability to prepare professional energy reports, audits, and business cases. • A high level of computer literacy and excellent communication skills. Further
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Network architecture and protocols Knowledge of virtual stagecraft, including camera systems and lighting. Familiarity with motion capture systems and pipelines. About You Technically skilled, solutions
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sintering and melting for research in fuel cells, and competence in computational fluid dynamics simulations for fuel cell and water electrolysis systems are essential. Furthermore, the candidate must have
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systems. This work is part of the Future Architecture of Network (FAN) project, focusing on creating low-carbon and resilient power grids. Key responsibilities include: Developing and implementing hybrid