501 structural-engineering "https:" "https:" "https:" "https:" "https:" "https:" "Multiple" "https:" positions at Indiana University in United States
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to represent the company with external constituents. Ability to drive multiple projects to successful completion. Strong verbal communication and listening skills. Ability to build strong customer relationships
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University (IU) campuses including: registrars, campus deans, directors, department chairs, Human Resources personnel, marketing personnel, technology personnel, financial personnel, student advisors
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, laboratory operations, and associated administrative functions Ensures safe, efficient, and compliant operations across multiple buildings and research spaces while focusing on institute-wide initiatives
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-up tracking. Leads logistical planning for conferences and events, managing venues, catering, travel, technology needs, and on-site execution. Supports the planning and implementation of IU Global
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. Provide expert guidance on equipment and latest technology and specifications. Manage multiple projects at once and communicate with team members about progress while adhering to deadlines. Maintain
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campuses, IU Online manages the IU Online brand, marketing, recruitment, student services, and compliance related to IU’s 180+ online programs, almost 50 of which are offered collaboratively across multiple
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Ability to drive multiple projects to successful completion Strong verbal communication and listening skills Ability to build strong customer relationships Friendly and service-oriented General knowledge
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commercial applications that can meet the school's needs in research. General Responsibilities Provides experienced analysis of existing data and data structures and satisfies ad-hoc reporting/analysis
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Biosciences and Technology Institute (CBATI)invite applications for tenured or tenure-track faculty positions, available at all levels, focused on advancing knowledge and developing innovative solutions in
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related dementias. Project Overview Leveraging newly developed brain organoid models, this project will: Utilize human iPSC lines from AD patients to develop multiple tiered brain organoid models