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Key Concepts in Aerospace Engineering and Innovation

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By the end of this lesson, students should be able to:

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By the end of this lesson, students should be able to:

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Understand the Role of Aerospace Engineering

Define aerospace engineering and explain its importance in designing aircraft, spacecraft, and satellites.

Identify Dr. Aprille Ericsson’s contributions to advancing aerospace technology and NASA missions.

Explore Key Concepts and Vocabulary

Use terms like "satellite," "aerospace engineering," "problem-solving," and "pioneering contribution" to discuss Dr. Ericsson’s work.

Explain how technologies like satellites help monitor Earth and explore space.

Analyze Dr. Aprille Ericsson’s Journey and Achievements

Describe the challenges Dr. Ericsson faced as an African American woman in engineering and how she demonstrated perseverance to overcome them.

Identify her role as a mentor and discuss the impact of her work on inspiring underrepresented groups in STEM.

Connect Innovation and STEM Careers

Explain how Dr. Ericsson’s work in satellite technology has contributed to scientific discoveries and space exploration.

Discuss how innovation and problem-solving are essential skills in aerospace engineering.

Recognize the Importance of Mentorship and Role Models

Discuss how Dr. Ericsson’s role as a mentor and visionary has inspired young people to pursue STEM careers.

Reflect on how representation in STEM fields can encourage diversity and creativity.

Encourage Critical Thinking and Personal Reflection

Use discussion questions to explore the significance of Dr. Ericsson’s contributions to NASA and the barriers she overcame.

Reflect on how her story demonstrates the importance of perseverance and innovation in achieving success.

Develop Cross-Curricular Skills

Reinforce literacy through reading comprehension and vocabulary activities based on Dr. Ericsson’s biography.

Encourage creativity and collaboration through project-based activities inspired by aerospace engineering.

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Key Concepts in Aerospace Engineering

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Dr. Aprille Ericsson Quiz

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Quizizz - The world's most engaging learning platform

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Find and create gamified quizzes, lessons, presentations, and flashcards for students, employees, and everyone else. Get started for free!

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Honorable Aprille J. Ericsson is the Assistant Secretary of Defense for Science and Technology (S&T). In this role, she directs an organization responsible for the oversight, advocacy, and policy for

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Aprille Joy Ericsson Maniac Lecture | Earth

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Discussion Questions and Vocabulary Worksheets

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Discussion Questions and Vocabulary Worksheets

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Activities Inspired by Dr. Aprille Ericsson

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Engage your middle school students with these educational and interactive Black History Month worksheet sets! Each set spotlights the remarkable achievements of a notable Black scientist, physician, mathematician, or innovator, making history come alive in your classroom.Features:10 Thought-Provokin...

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The video is a valuable resource for middle school STEM education, but the term "sexy science" should be addressed or clarified beforehand to ensure appropriateness.

Pair the video with guided discussion questions to help students process more complex concepts, such as:

What is a satellite, and why are they important for space exploration?

How do STEM fields like aerospace engineering affect our everyday lives?

Highlight the key takeaway: that STEM careers are diverse, exciting, and achievable for everyone with curiosity and perseverance.

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Space is for Everyone - Dr. Aprille Ericsson

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Organization of Black Aerospace Engineers

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Organization of Black Aerospace Engineers

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Recommendations for teachers:

1. Simplify Complex Concepts:

Provide definitions or explanations for technical terms and ideas. For example:

"Attitude control systems" can be explained as systems that help spacecraft stay in the right position in space.

"Class action suit" can be framed as a group of people working together to make their workplace fair.

2. Focus on Key Themes:

Highlight themes like perseverance, the importance of STEM, and breaking barriers as a woman of color in engineering.

3. Supplement with Visuals:

Use visuals of spacecraft, coding projects, or NASA missions to help students connect with the content.

Guiding Questions for Teachers

1. STEM Exploration:

What does STEM stand for, and why are these fields important for the future?

Why does the speaker emphasize learning coding and technology?

2. Perseverance and Barriers:

What challenges did the speaker face as a student and as a professional?

How did she overcome these challenges?

3. Representation in STEM:

Why is it important to have diversity in STEM fields?

How can schools and organizations support more students from different backgrounds in pursuing STEM careers?

4. Inspiration and Careers:

How did the speaker’s first-grade experience watching the moon landing inspire her career?

What are some STEM careers that students might find exciting?

5. Technical Skills:

Why does the speaker say coding is as important as math and science skills?

How do coding and technology help in solving problems in the real world?

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OBAP - Organization of Black Aerospace Professionals