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Job Analysis:
The IT Systems Administrator III role at CU Boulder’s LASP is designed for a seasoned professional responsible for maintaining and advancing a robust Windows system infrastructure essential to a top-tier research environment. Beyond routine day-to-day operational support, the position demands sophisticated problem-solving skills and deep technical expertise in areas such as Windows server management, networking (LAN/WAN), and security standards, reflecting the complexity and critical nature of supporting a high-stakes space science research community. This role involves leadership and mentorship responsibilities, indicating the need for strong interpersonal skills to guide junior administrators and student employees effectively. Active collaboration with IT leadership to shape future technology roadmaps suggests a strategic dimension where understanding institutional needs and balancing innovation with reliability are key challenges. Success here depends on vigilant maintenance of stable systems, proactive patch and upgrade scheduling, and an ability to quickly diagnose and resolve escalated problems, all while contributing to process documentation and continuous improvement initiatives. Candidates must be comfortable navigating ambiguities and complexities inherent in a research-driven, hybrid work environment, where occasional non-standard hours and physical tasks arise. Technical skills like PowerShell scripting, data center logistics, and knowledge of Microsoft 365, virtualization, and storage systems combine with excellent communication, documentation, and organizational abilities to enable smooth operations and progressive system enhancements. Thus, this position plays a pivotal role straddling hands-on technical execution, project leadership, and cross-team facilitation to sustain and evolve CU Boulder's critical IT infrastructure.
Company Analysis:
CU Boulder, specifically through its Laboratory for Atmospheric and Space Physics (LASP), occupies a prestigious position at the intersection of academia, research, and government-funded aerospace programs. As a well-established institution receiving substantial NASA funding, it blends scientific innovation with real-world engineering rigor. This creates a stimulating environment where technical excellence is paired with creativity and mentoring opportunities, particularly for students and early-career engineers. The culture appears intellectually ambitious but supportive, fostering productivity and diversity of experience. This dynamic yet structured environment suggests the IT Systems Administrator III role will require adaptability, resilience, and a collaborative mindset to work alongside scientists, engineers, and other IT professionals. The university’s commitment to equal opportunity and respectful, inclusive workplaces also signals an environment where interpersonal skills and cultural fit are priorities. The role likely holds moderate visibility within the IT department, contributing directly to mission-critical operations while supporting broad user communities on campus and in the laboratory. Strategically, this hire seems intended to fortify existing infrastructure resilience and scalability to support LASP’s expanding research ambitions, emphasizing continuous improvement and innovation within a traditional yet evolving academic setting. Therefore, succeeding here not only requires deep technical capabilities but also alignment with CU Boulder’s pioneering spirit and service-driven values.