Advanced STEM Development for Serious Middle & High School Students

The Pierce Institute Engineering & Robotics Academy was created for students who are ready to move beyond introductory robotics and begin developing real engineering, programming, and technical problem-solving skills.

This is not a beginner robotics club. This is mentored learning with real engineers.

This is an advanced engineering development pathway designed for motivated students interested in robotics, engineering, coding, physics, design, and future STEM careers. 

Our goal is to help students begin thinking like engineers:
analyzing systems, solving problems, refining designs, collaborating with teammates, keeping an engineering notebook, testing ideas, and building confidence through hands-on innovation.

Whether a student dreams of competitive robotics, engineering school, aerospace, programming, or advanced STEM opportunities, the Engineering & Robotics Academy provides a structured pathway for growth

Designed For Students Who:

• Already have some robotics, coding, or STEM experience
• Want greater challenge and technical depth
• Enjoy building, troubleshooting, designing, or programming
• Are interested in engineering, technology, or robotics careers
• Want more than simple “build-and-play” robotics activities
• May be interested in future VEX V5 competition pathways
 

Recommended Ages: 12–15+
(Placement based on experience and readiness)

Students work with advanced robotics systems including VEX V5 platforms while exploring real engineering concepts through hands-on projects, design challenges, coding labs, and collaborative technical problem solving.

Mechanical Engineering

Students explore:
• Drivetrains and gearing systems
• Torque and speed relationships
• Structural design and rigidity
• Lifting systems and mechanical advantage
• Balance, friction, and center of gravity
• Iterative prototyping and redesign

 

Electrical Engineering & Robotics Systems

Students work with:
• Motors and power systems
• Sensors and robotics inputs
• Wiring and troubleshooting
• Battery systems and efficiency
• Autonomous robotics systems
• Real-world robotics problem solving

​

Programming & Automation

Students learn:
• Robotics programming using VEXcode
• Logic flow and autonomous routines
• Variables, conditionals, and loops
• Sensor integration
• Competition-style autonomous strategy
• Foundations for future advanced coding pathways

 

Robotics Physics & Applied STEM

Students connect robotics to:
• Force and motion
• Energy transfer
• Momentum and acceleration
• Torque and rotational systems
• Mechanical efficiency
• Real-world engineering applications

Engineering Design Process

Students develop:
• Problem-solving strategies
• Technical communication skills
• Engineering notebooking
• Team collaboration
• Design testing and iteration
• Confidence through hands-on experimentation

The Engineering Pathway

Stage 1 — Engineering Foundations Lab

Students begin developing advanced robotics and engineering skills through guided projects, technical challenges, and hands-on system exploration.

This stage focuses heavily on:
• Technical skill development
• Mechanical and programming fundamentals
• Design thinking
• Robotics systems understanding
• Teamwork and communication

Stage 2 — Advanced Robotics Development

Students demonstrating strong interest and readiness may begin:
• More advanced robotics builds
• Independent problem solving
• Competition-style strategy
• Driver practice
• Autonomous programming development
• Leadership opportunities

Stage 3 — Future VEX V5 Competition Pathway

As the program expands, qualified and committed students may have opportunities to

participate in higher-level VEX V5 competition robotics experiences.

The long-term vision includes:
• Team-based engineering collaboration
• Robotics competition preparation
• Advanced technical specialization
• Leadership and mentorship roles
• Engineering portfolio development

​

More Than Robotics

Students gain experience in:
• Critical thinking
• Technical communication
• Leadership and teamwork
• Design analysis
• Applied mathematics and physics
• Creative problem solving
• Engineering confidence and resilience

These experiences can support future:
• Advanced STEM coursework
• Engineering academies and magnet programs
• Robotics competitions
• STEM internships and opportunities
• College applications and scholarship pathways
• Engineering and technology careers

​

A Different Kind of STEM Program

​

Many robotics programs focus primarily on assembling kits or following instructions.

Our philosophy is different.

We believe students learn best when they are challenged to think critically, troubleshoot

problems, improve systems, collaborate with others, and take ownership of the engineering

process itself.

We intentionally keep upper-level groups smaller to allow for mentorship, technical guidance, individualized development, and deeper engineering exploration.

​

Program Structure

The Engineering & Robotics Academy may include:
• Weekly engineering lab sessions
• Small-group mentorship
• Robotics build labs
• Programming and coding workshops
• Open build and testing sessions
• Leadership opportunities
• Competition preparation pathways
• Specialized engineering workshops

Program offerings and placement recommendations may vary based on student age,

experience level, and technical readiness.

Join the Interest List

We are currently expanding the Pierce Institute Engineering & Robotics Academy and

building future advanced robotics pathways for motivated STEM students.

Space will remain intentionally limited as the program develops in order to preserve a strong mentorship-based environment.