Online pathway connects aerospace fundamentals, rocket simulation, CanSat systems engineering and 1:1 mentored research.
RALEIGH, NC, UNITED STATES, September 1, 2026 /EINPresswire.com/ — Research Ignited LLC, an online STEM and research education provider, today announced the launch of a comprehensive Pre-College Aerospace Engineering Pathway designed for students in grades 7–12 and undergraduate students.
Designed to run alongside the academic school year, the pathway connects four types of student experience — Explore, Design, Build and Research — allowing students to progress from foundational aerospace concepts into computational engineering, hardware systems and original research.
Students are not required to complete every program sequentially. Instead, they can enter at the level that best matches their age, interests and prior experience.
“Students often encounter aerospace through a short, standalone experience and then aren’t sure where to go next,” said a spokesperson for Research Ignited. “We wanted to build a pathway rather than a single course — one where students can explore aerospace broadly, go deeper into simulation or hardware, and eventually develop original research of their own.”
Explore — Aerospace Engineering & Mission Design Lab
The Aerospace Engineering & Mission Design Lab introduces students in grades 7–12 to the breadth of aerospace engineering through live instruction and guided simulation-based activities.
Students explore aerodynamics, aircraft systems, drones, navigation, satellites, orbital mechanics and mission design while learning how engineers use models, data and design trade-offs to evaluate aerospace systems.
The program culminates in a Mission Design Defense, where students develop, present and defend their own aerospace mission concept.
The foundational lab is designed for students who are curious about aviation, rockets, satellites, drones or space exploration but may not yet know which area of aerospace they want to pursue more deeply.
Design — Rocket & Launch Vehicle Design Lab
Students interested in computational aerospace engineering can progress into the Rocket & Launch Vehicle Design Lab.
Using OpenRocket, Python and RocketPy, students design, simulate and analyze launch-vehicle concepts through a structured engineering workflow.
Students explore trajectory modeling, sensitivity analysis, Monte Carlo dispersion analysis, mission-performance evaluation and failure-mode analysis while examining how engineering decisions affect vehicle performance and mission outcomes.
The program culminates in a formal Mission Design Review, where students present their design against defined mission requirements and defend the engineering decisions behind it.
The Rocket Lab focuses exclusively on engineering design, modeling and simulation. No physical rocket, motor or propellant is built, launched or operated as part of the program.
The specialization is designed primarily for high school students and undergraduates. Basic algebra and the ability to interpret graphs are sufficient; calculus is not required.
Build — CanSat Space Engineering & Mission Control Lab
Students interested in hardware and systems engineering can choose the CanSat Space Engineering & Mission Control Lab.
A CanSat is a can-sized atmospheric satellite engineering prototype used to teach spacecraft-style sensing, telemetry, embedded computing and mission-control concepts. It is not orbital hardware.
Students build and configure a working CanSat system incorporating a flight computer, environmental and inertial sensors, GPS, LoRa radio telemetry, onboard data logging and a ground station.
The program covers sensor calibration, embedded programming, telemetry architecture, mission-control operations, data analysis and packet-loss evaluation.
Students conclude the program with an integrated telemetry mission in which they operate their CanSat and ground station, capture live sensor and radio data, analyze system performance and document their work in a CanSat Engineering & Flight Mission Portfolio.
The CanSat Lab is designed primarily for high school students and undergraduates who want experience connecting software, electronics, sensors, communications and engineering analysis into a working system.
Research — Aerospace Research Fellowship
Students ready to move beyond structured coursework can advance into the Aerospace Research Fellowship, an individualized research experience centered on developing an original aerospace-related research project.
Fellows work one-to-one with a research mentor through the major stages of the research process, including defining a research question, reviewing scientific literature, developing methodology, conducting analysis, interpreting results and preparing a technical research paper or other scholarly deliverable.
Research topics may draw from areas such as aerodynamics, aerospace systems, space systems, autonomous systems, robotics, artificial intelligence and related engineering disciplines.
For students who want to pursue publication, Research Ignited also provides optional support with manuscript preparation, identifying appropriate publication venues and navigating the submission process.
Publication support does not guarantee acceptance or publication by any journal, conference or other publication venue.
A Connected Aerospace Learning Journey
Together, the programs create a connected aerospace pathway through which students can:
Explore: Build a foundation in aerodynamics, aircraft systems, orbital mechanics and mission design.
Design: Computationally simulate and evaluate launch vehicles using OpenRocket, Python and RocketPy.
Build: Integrate and operate CanSat sensors, LoRa telemetry, embedded systems and a ground station.
Research: Develop an original aerospace research question and prepare an advanced technical paper through one-to-one mentorship.
The pathway is intentionally flexible. Students seeking broad exposure can begin with the Aerospace Engineering & Mission Design Lab, while students with more focused interests or relevant experience may enter directly into the Rocket or CanSat specializations where appropriate.
Students ready for deeper academic work can advance into individualized aerospace research.
“Our goal is not simply to introduce students to aerospace terminology,” said a spokesperson for Research Ignited. “We want students to experience how engineering questions are approached — using simulation, hardware, data, analysis, design reviews and research — and then give them a pathway to keep going as their interests become more sophisticated.”
Research Ignited delivers the programs through live online instruction, allowing students to participate alongside their regular academic schedules from locations across the United States and internationally.
Full curricula, current schedules and downloadable program guides are available at:
https://researchignited.com/aerospace-programs/
About Research Ignited
Research Ignited LLC is an online education provider offering live small-cohort STEM programs and individualized research mentorship for middle school, high school and undergraduate students.
Its programs span aerospace engineering, artificial intelligence, robotics and other advanced STEM fields, with an emphasis on helping students progress from foundational learning and applied projects into deeper technical work and original mentor-guided research.
Research Ignited is based in Raleigh, North Carolina, and serves students across the United States and internationally.
Learn more at:
Press Relations
Research Ignited LLC
+1 919-213-1821
email us here
Legal Disclaimer:
EIN Presswire provides this news content “as is” without warranty of any kind. We do not accept any responsibility or liability
for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this
article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
Media gallery
