Digital Marketing Specialist + Amazing Perks + Amazing Culture + Competitive PAY!

Job Summary:

The ideal candidate will be a tech-savvy marketing professional with a solid foundation in digital campaigns, data analysis, and CRM management.

Key Responsibilities:

• Develop our CRM to provide automated, targeted messaging on personalized donor and participant journeys.
• Develop CRM data dashboarding to improve decision making.
• Analyse and report on campaigns and trends using digital tools including Google Analytics.
• Work with our specialist agencies to ensure our websites are up to date, on-brand and utilizing best fundraising and SEO practices.
• Provide all-round administrative assistance and advice to the team.
• Bring new ideas across fundraiser acquisition, engagement and retention.
• Ensure our brand and culture is reflected in all communications.
• Work with the team to continually improve all comms and messaging.
• Work with the Running for Premature Babies team to ensure the smooth running of the organization and the development of our reputation.
• Keep up to date with company activities, policies and events.
• Deliver special projects and tasks as reasonably directed.

Key Skills:

• Highly competent with technology and fluent in a range of software.
• Excellent interpersonal and communication skills in English.
• Excellent social media awareness and experience.
• High-level MS Office skills.
• Medium-High level skills with CRM systems, Google Ads and Google Analytics.
• Ability to prioritize individual workload to maximize personal effectiveness.
• Ability to work solo, be flexible, take initiative and work things out.

What We Offer:

• Competitive Salary
• Career Growth Opportunities – We promote from within!
• Supportive & Inclusive Work Culture
• Exciting Perks & Benefits (HMO, Leave Credits, Discounts, etc.)

What We’re Looking For:

• Excellent English communication skills (both written and verbal)
• Customer-focused mindset with problem-solving abilities
• Ability to handle multiple customer interactions efficiently