6 Research Levels Every Academic Must Master - You're Stuck at Level 2

Academic success in research depends on mastering a ladder of six skills—yet many people stall early, especially at “doing” and “directing.” The core message is that progress up the research pyramid requires deliberate practice of each level, because later abilities build directly on earlier ones. Those who stay only in hands-on execution may earn results, but they often struggle when it’s time to shape a research agenda, coordinate others, and win resources.

At the base is “doing,” the technician work of producing results: running experiments, analyzing data, and learning instruments. This is where most researchers begin—during undergraduate projects, honors years, or master’s work—and it can take years to become competent. The next step, “directing,” shifts attention from personal execution to leading others through the work. Directing means explaining expected outcomes, training students or lab members on techniques and instruments, and troubleshooting when their approach differs from how the director would do it. It’s a first taste of stepping back from daily lab tasks and understanding research well enough to guide someone else.

The level where many careers stall is “designing.” After directing others, researchers must zoom out from individual experiments and build experiments that serve a larger goal—often tied to a personal career niche. Designing requires choosing what area to become known for (the “active layer,” “transparent electrode,” or similar focus points in OPV research were used as an example), then iterating through trial and error over years. The challenge is psychological as well as technical: people who enjoy the nuts-and-bolts of doing may find the broader, long-horizon planning less engaging, even though it’s essential for progression.

“Collaborating” comes next and is more than teamwork. It involves understanding another group’s research niche, identifying overlap, and managing conflicts between different aims. Collaboration is slower and logistically heavy—sharing samples and data back and forth, coordinating emails, and aligning complementary skill sets. Still, it’s framed as a necessity for going further, even though early-career academics often lack the “luxury” of time and connections needed to build collaborations.

“Leading” then reframes research as something that must be sustained through networks and administration. Real leadership includes building collaborators across departments and regions, and handling the practical burdens of grants: finances, reporting, and communication with universities, governments, and funding bodies. It’s described as looking upward to secure resources, then translating that vision downward into coordinated action.

The final level, “convincing,” is portrayed as the hardest skill: persuading people that a researcher’s work deserves funding and attention. This includes convincing funders and authorities, but also motivating those under one’s direction by communicating purpose and confidence. Persuasion is not treated as salesmanship; it’s about conveying belief and creating momentum so others leave meetings ready to act. Together, the six levels—doing, directing, designing, collaborating, leading, convincing—form a cumulative pathway; skipping a step makes later work far more difficult.