Dance Initiatives Project Manager (Temp)

Anne-Arundel-County-Public-Schools; Annapolis (MD); On-site; USD 24,000 - 36,000; Part time

Job summary

Anne Arundel County Public Schools is seeking a part-time TEMP Project Manager to support Health, PE and Dance initiatives in Annapolis, MD. The role involves coordinating district-wide events, managing logistics, timelines and budgets, and collaborating with internal and external stakeholders during the school year.

The successful candidate will plan and execute multiple projects, track progress, and deliver high-quality results while balancing varied time requirements for events and

Qualifications

• Bachelor's degree required in an applicable field of education.
• Two years project management experience or related field required; one year website design preferred.
• Knowledge of project management methodologies; strong communication and organizational skills.

Responsibilities

• Plan, oversee and lead projects from ideation through completion, coordinating timelines and budgets.
• Develop project plans, assign tasks and monitor progress; manage scope, risks and resources.
• Communicate status to stakeholders and ensure on-time delivery and quality outputs.
• Support after-school district-wide dance initiatives and events with detailed logistics.
• Perform quality assurance and document project outcomes.

Skills

Project management

Communication

Budget management

Scheduling

Stakeholder management

Education

Bachelor's Degree in applicable field of education

Tools

Microsoft Office

Video/Web Conferencing

Excel

PowerPoint

Job description

Anne Arundel County Public Schools is seeking a part-time TEMP Project Manager to support Health, PE and Dance initiatives in Annapolis, MD. The role involves coordinating district-wide events, managing logistics, timelines and budgets, and collaborating with internal and external stakeholders during the school year.

The successful candidate will plan and execute multiple projects, track progress, and deliver high-quality results while balancing varied time requirements for events and