You will design a mission to a space destination of your choice.
Goal: Put together a clear, organized mission plan that includes all six required components:
Mission Objective
Trajectories and Orbits
Spacecraft
Launch Vehicle
Mission Integration
Mission Management and Operations
Key Vocabulary:
Mission objective: the main goal or purpose of the mission.
Trajectory: the path the spacecraft takes through space.
Orbit: a path around a planet or moon.
Transfer orbit: the path used to go from one orbit (or planet) to another.
Launch vehicle: the rocket that carries the spacecraft into space.
Payload: the part of the spacecraft that does the mission (science instruments, rover, etc.).
Integration: making sure all pieces fit and work together.
Ground station: a place on Earth that communicates with the spacecraft.
Launch window: a period of time when it is good to launch because orbital positions are favorable.
Destination
What is your destination? You may select any object in the solar system or universe.
Why did you select this destination?
Mission Objective
List 2 specific scientific or practical goals.
Example goals: study atmosphere, search for signs of life, test new technology, deliver supplies.
Identify one measure of success for your mission (how you will know it worked).
Example: “Success = return at least 2 kilograms of rock samples to Earth.”
Trajectories and Orbits
Describe the path your spacecraft will take. Will it: go straight to the destination, use gravity assists, enter orbit first, or fly by?
State one key timing decision (launch window, travel time, or when to enter orbit).
Example: “Launch window: between July and August when Earth and Mars are closest.”
Spacecraft
Name your spacecraft.
List the instruments your spacecraft would carry (3–5).
Identify one major engineering challenge. Example challenges: power for long missions, heat protection for reentry, surviving radiation.
Suggest one solution or mitigation for that challenge.
Launch Vehicle
Pick the type of rocket or launch method (solid-fuel, liquid-fuel, heavy-lift rocket, or reusable rocket).
Explain one reason your chosen launch vehicle is suitable. Example: “Heavy-lift rockets can carry more mass so they can send a large lander and rover together.”
Mission Integration
List 3 tests or checks that engineers must do before launch. Examples: vibration test, thermal/vacuum test, communications check.
For one of the tests, write one sentence describing what could go wrong and how engineers would fix or reduce the risk.
Mission Management and Operations
State which team(s) or roles are needed to run the mission (3–4). Examples: mission director, flight controllers, scientists, communications team, ground station operators.
Describe the main operations during the mission in 3 small steps. Example: “1. Launch and separation. 2. Cruise and mid-course correction. 3. Arrival, orbit insertion, landing.”
Give one plan for how you would handle a communication blackout or emergency.
State one ethical or safety consideration of your mission (one sentence). Example: “Avoid contaminating a potentially habitable world with Earth microbes.”
Reflection
What part of the mission design was easiest for you and why?
What part was hardest and what helped you make progress?
If you could change one thing in your plan to reduce risk, what would you change?