Airport Sr. Manager, Information Systems - ESA
The Clark County Department of Aviation is seeking an Airport Sr. Manager, Information Systems – ESA (Enterprise Systems and Applications). In this role, you will be critical to the technological innovation at Harry Reid International Airport and its General Aviation facilities. Reporting to the Managing Director of Information Technology responsible for the Project Management Office, you will advance IT development and operations through specialized teams in three core areas: Geographical Information Systems (GIS), Enterprise Systems, and Application Development.
We seek a forward-thinking leader with deep enterprise systems expertise who can:
- Architect and implement next-generation applications while managing release cycles and user adoption
- Leverage advanced GIS capabilities to revolutionize spatial data management and enhance operations
- Orchestrate strategic budget allocation and create technology roadmaps aligned with department demand and aviation industry evolution
- Lead digital workflow transformation initiatives that propel us toward a future-ready workplace
- Embrace modernization, establish new standards, and deliver seamless integrations
Education and Experience
- Bachelors in Computer Science, Information Technology, or related discipline
- Minimum 5 years of enterprise IT systems management experience
- 2+ years leadership experience in aviation or comparable advanced IT operations
- Advanced degree preferred
Preferred Professional Training and Experience:
- Demonstrated expertise in enterprise architecture and system integration
- Strong knowledge of GIS systems (ESRI Platform)
- Strong development standards in the Microsoft Azure environment
- Project Management Professional (PMP) certification
- Experience in aviation technology systems preferred
- Proven track record managing large-scale IT implementations
- Strong background in operational technology and infrastructure management
Equivalent combinations of education and senior-level IT experience in complex operational environments may be considered.
