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Programs

Explore the S.T.E.A.M. Program

Project-Based Learning: Design projects that require a synthesis of science, technology, engineering, mathematics, and art. For instance, designing a sustainable building (engineering) that is aesthetically pleasing (art) and energy-efficient (science and technology).

Collaborative Workshops: Organize workshops in which students work in teams on projects that integrate elements from all STEAM disciplines.

Art and Science Exhibitions: Host exhibitions where students showcase their work, highlighting the integration of artistic creativity with scientific principles.

Introduction to EXCCEL Tech STEAM Program (approximately 60 minutes each term)

  • Overview of STEAM subjects and their importance
  • Engage participants in a discussion about their interests and expectations for the program.
  • Introduce the program’s goals and objectives!
  • Questions, feedback, ideas!

Science

  • Basic and Advanced Concepts: Cover fundamental concepts in physics, chemistry, biology, and earth sciences. For advanced levels, delve into topics like genetics, environmental science, and astrophysics.
  • Laboratory Work: Hands-on experiments and lab work to reinforce theoretical knowledge.
  • Scientific Method and Research Skills: Teach students how to formulate hypotheses, conduct experiments, analyze data, and present findings. Artistic Representation of Scientific Concepts: Encourage students to visually represent scientific ideas through drawing, painting, or digital media.
    Science and Art History: Explore the intersection of art and science throughout history, such as Leonardo da Vinci’s work.
  • Field trips to laboratories: Conduct chemistry experiments, physics demonstrations, or biology activities.

Technology

  • Focus on coding and programming concepts through interactive activities.
  • Use resources like coding games or block-based programming tools to teach programming logic and problem-solving. Computer Literacy: Basic computer skills, including the use of software and internet research.
  • Coding and Programming: Introduction to programming languages like Python, Java, or Scratch for younger students.
  • Digital Citizenship: Understanding ethical and safe use of technology and the internet.
  • Emerging Technologies: Exposure to AI, robotics, virtual reality, and other cutting-edge technologies.
  • Digital Art and Design: Teach skills in graphic design, digital photography, and video production, highlighting the role of technology in art.
  • Web Design and Multimedia: Incorporate web design, combining coding skills with visual aesthetics.
  • Field trips to local tech companies.

Engineering

  • Engage participants in engineering challenges that encourage innovation and critical thinking. Examples: Building structures with various materials, designing bridges or towers, or creating simple machines.
  • Computer Literacy: Basic computer skills, including the use of software and internet research.
  • Engineering Principles: Basic principles of mechanical, electrical, and civil engineering.
  • Design and Build Projects: Hands-on projects like building simple machines, electronic circuits, or model bridges.
  • Problem-Solving Challenges: Real-world engineering challenges that require creative problem-solving skills.
  • Design Aesthetics in Engineering: Emphasize the importance of design and aesthetics in engineering projects.
  • Creative Problem Solving: Encourage innovative approaches to engineering challenges, incorporating artistic design and creativity.
  • Field trips to engineering companies.

Art

  • Combine art and creativity with science and technology.
  • Activities can include creating scientific illustrations, designing infographics, or incorporating art into engineering projects.
  • Visual and Performing Arts: Include a wide range of art forms such as painting, sculpture, music, dance, and theater.
  • History of Art: Teach about different art movements, famous artworks, and artists.
  • Artistic Expression: Encourage personal expression and creativity in various art forms.
  • Cultural Art Studies: Explore art from different cultures to understand the diversity of artistic expression.

Math

  • Explore mathematical concepts through interactive games, puzzles, and activities.
  • Logic puzzles, math games, or problem-solving challenges. Core Concepts: Cover arithmetic, algebra, geometry, trigonometry, and calculus (depending on grade level).
  • Applied Mathematics: Show how math is used in real-world contexts, like finance, engineering, and science.
  • Mathematical Reasoning: Develop logical thinking and problem-solving skills through puzzles and challenges.
  • Mathematics in Art: Explore concepts like symmetry, geometry, and fractals in art.
  • Mathematical Modeling of Art: Use mathematical software to create artistic designs and models.
  • Field trips relevant to coursework.

Are you passionate about pursuing a future in STEAM?

Take the first step towards realizing your dreams with our internship program!

Explore the Rising Stars Program

Rising Stars is an incubator for talented individuals, fostering a nurturing environment where creativity, innovation, and individual skills are honed and celebrated. At the heart of this initiative is a commitment to cultivating each participant’s unique abilities, providing them with the resources, mentorship, and opportunities to flourish. Through a combination of personalized guidance, collaborative projects, and real-world exposure, Rising Stars empowers these budding talents to push the boundaries of their potential.

This program not only focuses on skill development but also emphasizes the importance of character building, resilience, and adaptability in the face of challenges. By creating a community of like-minded individuals, Rising Stars encourages a culture of mutual learning and inspiration, ensuring that each member not only grows in their respective fields but also contributes to a vibrant ecosystem of innovative thinkers and problem solvers. Our ambition extends beyond merely witnessing these individuals thrive in their careers; we aspire to see them evolve into influential change-makers, leaving indelible marks on their industries and communities.

To realize these aspirations, we will employ a variety of vehicles including:

Mister & Miss
EX.CCEL Competitions

Coming Soon

Academic Accolades
& Distinctions

Leading to Scholarships & Grants

Guidance by Community Leadership

Opportunities from Mentorship

Are you interested in the Rising Star program?

Take the first step and join our waiting list!

Internships

Take the first step towards realizing your dreams with our internship program!

“Empowering youth, reclaiming communities, and shaping futures!”

Help the next generation

Every dollar donated goes directly towards the future of a child in need

Connect

T: (520) 554-5080

E: velma.jones@excceltech.com

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