Research Ignited launches pre-college aerospace pathway

Research Ignited has launched an online aerospace pathway for students in grades 7-12 and undergraduates, combining simulation, hardware systems and one-to-one research mentorship. The program is built to run during the school year and lets students enter at the level that fits their experience.

Why it matters: - The new pathway gives students a structured route from introductory aerospace concepts to advanced research. - Research Ignited is targeting middle school, high school and undergraduate students who want more than a one-off STEM workshop. - The format is fully online, which expands access for students in the U.S. and internationally.

What happened: - Research Ignited LLC announced the launch of its Pre-College Aerospace Engineering Pathway on Sept. 1, 2026. - The pathway is designed to run alongside the academic school year. - The program is built around four experience levels: Explore, Design, Build and Research. - Students can enter at the level that matches their age, interests and prior experience. - Full curricula, current schedules and downloadable program guides are available in the company's program page.

The details: - The Aerospace Engineering & Mission Design Lab introduces students in grades 7-12 to aerodynamics, aircraft systems, drones, navigation, satellites, orbital mechanics and mission design. - The Explore track uses live instruction and guided simulation-based activities. - The foundational lab ends with a Mission Design Defense, where students present and defend a mission concept. - The Rocket & Launch Vehicle Design Lab uses OpenRocket, Python and RocketPy for computational aerospace engineering. - Students in the design track work on trajectory modeling, sensitivity analysis, Monte Carlo dispersion analysis, mission-performance evaluation and failure-mode analysis. - The Rocket Lab ends with a formal Mission Design Review. - No physical rocket, motor or propellant is built, launched or operated in the Rocket Lab. - The Rocket Lab is aimed primarily at high school students and undergraduates, and it does not require calculus. - The CanSat Space Engineering & Mission Control Lab focuses on hardware and systems engineering. - A CanSat is a can-sized atmospheric satellite engineering prototype used to teach spacecraft-style sensing, telemetry, embedded computing and mission-control concepts. - The CanSat program is not orbital hardware. - Students build a working system with a flight computer, environmental and inertial sensors, GPS, LoRa radio telemetry, onboard data logging and a ground station. - The CanSat track covers sensor calibration, embedded programming, telemetry architecture, mission-control operations, data analysis and packet-loss evaluation. - Students finish the CanSat Lab with an integrated telemetry mission and a CanSat Engineering & Flight Mission Portfolio. - The Aerospace Research Fellowship is an individualized, one-to-one mentoring experience centered on an original aerospace research project. - Fellows move through question development, literature review, methodology, analysis, interpretation and a technical paper or other scholarly deliverable. - Research topics may include aerodynamics, aerospace systems, space systems, autonomous systems, robotics, artificial intelligence and related engineering disciplines. - Research Ignited offers optional publication support, including manuscript preparation, identifying publication venues and navigating submission. - Publication support does not guarantee acceptance or publication. - Research Ignited says the programs are delivered through live online instruction so students can participate around regular school schedules. - The company is based in Raleigh, North Carolina.

Between the lines: - The pathway is designed as a ladder, not a single course, so students can move from broad exposure into specialization and then into original research. - The emphasis on simulation, hardware, data and design reviews signals a focus on engineering process, not just aerospace interest. - The flexible entry points make the model more usable for both beginners and students with prior STEM experience.

What's next: - Students can begin with the broad mission design lab or enter directly into the Rocket or CanSat tracks if they are ready for a more focused experience. - Students who want deeper academic work can advance into the Aerospace Research Fellowship. - Research Ignited is directing families and students to its website for schedules, curricula and program guides at Research Ignited.