From PhD to Science Communicator: The Fast-Track Method That Works

Becoming a science communicator after a PhD comes down to a practical sequence: identify where you’re strongest, build a portfolio fast, get visible through real opportunities, and then push into outlets that actually value the work. The payoff is a career path that turns research expertise into public-facing content—without wasting years guessing what kind of communication fits.

The first step is finding an “unfair advantage,” not chasing a vague passion. Strengths can show up in writing, talking, presenting, or producing—so the task is to discover which formats feel natural and which ones others struggle with. That discovery happens by trying multiple formats while paying attention to where effort feels manageable. The transcript gives concrete examples: writing blogs for outlets such as Cosmos magazine, ScienceAlert, and RS, plus contributing to other publications; podcasting through projects like UNDARK and an ABC Radio National science show; and moving into videos and animation after realizing editing and on-camera presentation were strong suits. For presentations, the focus is on where skills translate into value—often kid-focused science shows—rather than treating “passion” as the starting point.

Next comes skill-building that can’t wait until someone hires you. The transcript emphasizes doing early work—often unpaid—to create a portfolio that signals competence on a CV. A key example is a two-week internship at Cosmos magazine, which connected the communicator with influential people and accelerated learning: writing, editing, interviewing scientists, and taking ideas through to publication. That portfolio-building phase can take years, but it’s framed as necessary proof-of-work in a competitive space where many people offer free labor and outlets may exploit it. The message is to do some free work to get started, then stop once the work clearly functions as a job.

After skills and a body of work exist, visibility and connections become the lever. Entering awards, attending conferences, and networking with other science communicators are presented as catalysts that lead to new doors. Winning an early science communication award in 2015—linked to school-based science presentations and a business delivering science talks—helped trigger a snowball effect: recognition led to more opportunities, which led to writing and podcasting work, which then opened further pathways.

Finally, the transcript stresses that opportunities often require more than applying. In Australia, science communicators may struggle to find fair pay, so the strategy becomes locating where skills are valued and creating openings with direct outreach—offering help to outlets that need specific deliverables like videos or researched articles. The transcript also describes starting a business to package science into accessible content (using AI for research-to-content workflows), which provided income and customers worldwide until it ended during COVID. The overall conclusion is blunt: the path is competitive, outlets may undervalue the work financially in some regions, and success often depends on combining a strong portfolio with persistence and targeted networking—then moving toward markets that pay for communication expertise.