TSA offers 37 middle school competitions, 30 of which are also offered in a virtual format. The eligibility charts below provide the eligibility requirements for each competition and are applicable to the 2021 National TSA Conference. (State delegations may choose to alter their events for local conferences. Click on your state to preview the requirements pertaining to your regional and/or state conferences.)
TSA MIDDLE SCHOOL COMPETITIONS ELIGIBILITY CHART
TSA MIDDLE SCHOOL VIRTUAL COMPETITIONS ELIGIBILITY CHART
Each participant/team shall submit only one  entry per competition.
TSA Middle School Competitions | Career Categories
Click on a category below to view a list of TSA middle school competitions and their summary descriptions in that category:
Participants design and produce a race-worthy CO2-powered dragster according to stated specifications, using only specified materials.
Participants study the principles of flight and design in order to fabricate a glider that stays in flight for the greatest elapsed time. The glider must be designed to be launched from a catapult that is provided onsite. The design process is documented in a portfolio that is submitted for evaluation.
Junior Solar Sprint (JSS)
Participants apply STEM concepts, creativity, teamwork, and problem-solving skills as they design, construct, and race a solar-powered model car. Learn more about JSS
, then register on Cvent
to begin your JSS journey.
Participants manufacture a marketable product addressing the annual theme. Teams document their design processes in a portfolio, including the duplication capability in the creation of three (3) prototypes. Semifinalists demonstrate the functionality of one (1) prototype.
Participants design and build a mechanical device to solve the problem statement for the identified theme. Teams identify and research an engineering process and construct a mechanical system. Semifinalists participate in a presentation/interview.
Participants develop a working digital device (product) with real-world applications. Through a product demonstration and documentation, the team demonstrates knowledge of microcontroller programming, simple circuitry, and product design and marketing. The project should have educational and social value, and conform to the theme for the year. Semifinalists demonstrate and promote their work in a presentation.
VEX IQ Challenge
Participants collaborate on a robotics project that explores the relationship among STEM fields, culminating in a head-to-head game to test their robot's efficiency and productivity. Learn more