Prepare for a Future in Engineering

Learn from the nation's top practicing Engineers

How to Apply

Apply for the Spring & Summer 2026 Gifted Engineer Program
Welcome to The Engineer Academy Gifted Program
Discover your path to an exciting engineering future! Our live online course taught by industry leading Professional Engineers empower high school students with the knowledge, strategies, and skills to thrive in a rapidly evolving world. Whether you're dreaming of building bridges, coding the next AI breakthrough, or solving global challenges, we're here to guide you every step of the way.

Is Engineering Your Calling?

During our course, we will uncover if a future in this dynamic field aligns with your strengths and dreams.

  • Assess Your Fit: Take a skills and interests quiz to see if engineering's problem-solving thrill matches your curiosity and creativity—because the best careers start with the right spark!
  • Explore Various Engineering Disciplines: From mechanical parts, civil engineering marvels, electrical innovations, to computer science AI advancements, learn which engineering type ignites your interests and leverages your unique skills.
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From designing and building structures to exploring the wonders of robotics, our real-world case studies will spark your student's curiosity and and problem-solving skills.

Navigating the Engineering Job Landscape

The engineering world is changing—learn what's ahead!
Get the inside scoop on trends shaping tomorrow's opportunities.

  • Future Job Outlook: With demand skyrocketing in sustainable tech and automation, engineering jobs are projected to grow faster than average—secure your spot in this high-reward field!
  • AI's Game-Changing Impact: Artificial intelligence isn't replacing engineers; it's amplifying them. Discover how AI is reshaping roles and which majors offer the strongest AI-proof futures.


Charting Your Career Pathways

Engineering isn't one-size-fits-all—it's a vast universe of possibilities. Let us map out the routes that lead to success.

  • Diverse Pathways: Uncover careers from aerospace pioneers to biomedical trailblazers, and find the path that turns your passions into professions.

  • Major Decisions in an AI Era: Struggling to pick a college major? We'll show you how to choose ones with unbeatable outlooks, even as AI transforms the job market.

College Prep: Gain the Edge

Start strong in high school to soar in college and beyond. Our course outlines proven strategies to stand out.

  • One-on-One Mentorship: Your instructor is a Professional Engineer and your personal mentor during this course.
  • Early Preparation for College Applications: Build a powerhouse portfolio & resume with projects, clubs, and advanced classes that make college applications irresistible.
  • Internship Pathways: Connect with top companies now—learn how to land high school internships that boost your resume, admissions chances, and future job offers.
  • Letter of Recommendation: Students that successfully complete the course receive a customized letter of recommendation signed and sealed by a Professional Engineer describing the students achievements during the course.
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One-on-One Mentorship

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College Application

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Internship Pathways

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Recommendation Letter

Essential Training for Future Success

Equip yourself with real-world skills before college. Our hands-on courses outlines the tools and software skills you need to be successful in college and your first job.
  • Engineering Principles and Software Mastery: From CAD software to coding basics, learn the required additional training that positions you as a top contender in college and the competitive job market.
  • Ready to transform potential into power? Enroll today and engineer your brightest future!
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Our Six-Week Course Outline

This six-week online course, designed for high school students, provides a structured pathway to explore engineering as a career. Each week builds on the previous, combining self-assessments, expert insights, practical activities, and resources to help students make informed decisions. Weekly sessions include live online lectures, interactive quizzes, discussion forums, and hands-on assignments. The course aims to empower students to assess fit, understand market trends, and take actionable steps toward college and career success.

Week 1: Is Engineering Right for You?
Self-Assessment and Introduction to Disciplines

Objectives: Help students and parents evaluate if engineering aligns with personal interests, strengths, and values; introduce the main types of engineering disciplines and how they match individual skills.

Key Topics:
  • Defining engineering: Problem-solving, innovation, and real-world impact.
  • Self-assessment tools: Personality quizzes, interest inventories (e.g., based on Holland Codes for STEM fields).
  • Overview of engineering disciplines: Mechanical (designing machines and systems), Electrical (circuits and electronics), Civil (infrastructure like bridges and buildings), Chemical (processes and materials), Industrial (optimizing systems), Biomedical (health tech), Aerospace (aircraft and spacecraft), and emerging fields like Software and Environmental Engineering.
  • Matching disciplines to skills: Analytical thinkers for Electrical, creative builders for Mechanical, environmentally conscious for Civil or Chemical.
Activities and Assignments:
  • Complete an online self-assessment quiz (e.g., via free tools like MyNextMove or Engineering.com).
  • Research two disciplines and journal how they align with personal hobbies or strengths.
  • Parent-student discussion: Share insights on career fit.
  • Homework: Create a "Pros/Cons" list for pursuing engineering.
Resources: Guest videos from engineers in various fields; readings from BLS on engineering basics.

Week 2: The Engineering Job Market – Outlook and AI's Role

Objectives: Understand the future job outlook in engineering; explore how AI is transforming the field and influencing major choices.
Key Topics:
  • Overall job outlook
  • AI's impact: AI enhances efficiency in design, simulation, and automation but isn't replacing engineers—it's augmenting roles.
  • Choosing majors with AI in mind for "AI-proof" futures; avoid narrow fields vulnerable to automation.
Activities and Assignments:
  • Analyze BLS data projections in a group forum discussion.
  • AI simulation activity: Use free tools like ChatGPT to "automate" a simple engineering task and reflect on human roles.
  • Homework: Rank three majors based on outlook and personal interest, justifying with AI considerations.
Resources: BLS reports; TED Talks on AI in engineering.

Week 3: Mapping Career Pathways in Engineering

Objectives: Explore diverse career pathways and how to align them with long-term goals.
Key Topics:
  • Career pathways: From entry-level roles (e.g., technician) to advanced (e.g., project manager, researcher). Pathways include industry (tech companies), government (NASA), academia, or entrepreneurship.
  • Sector-specific opportunities: Renewable energy, biotech, robotics, and urban planning.
  • Non-traditional paths: Engineering in consulting, policy, or startups.
  • Long-term planning: Certifications, graduate degrees, and lifelong learning.
Activities and Assignments:
  • Pathway mapping exercise: Create a mind map of potential careers starting from high school.
  • Case studies: Review real engineer biographies (e.g., from IEEE or ASME).
  • Homework: Interview a family member or online contact about their career path.
Resources: Career explorer tools from sites like O*NET; videos from professional societies.

Week 4: Building a Strong Foundation – High School Preparation and Training

Objectives: Learn how to prepare early in high school for engineering college admissions and gain foundational skills.
Key Topics:
  • Academic prep: Take advanced math (AP Calculus, Statistics), sciences (Physics, Chemistry), and computer science. Aim for strong GPA and test scores.
  • Extracurriculars: Join STEM clubs, robotics teams, or science fairs for admissions edge.
  • Training programs: High school courses in engineering principles (e.g., via PLTW – Project Lead The Way) and software like CAD (AutoCAD), programming (Python, Java), or simulations. Free online options include Coursera's intro courses or NYU summer programs.
  • Positioning for success: These skills build resumes for college and jobs, reducing college workload.
Activities and Assignments:
  • Skill-building tutorial: Introductory Python coding exercise.
  • Admissions checklist: Develop a personal high school plan.
  • Homework: Enroll in a free online engineering module and report key learnings.
Resources: PLTW curriculum; Khan Academy STEM videos.

Week 5: Networking and Securing Internships

Objectives: Teach students how to start networking in high school for engineering internships that boost college admissions and future jobs.
Key Topics:
  • Networking basics: Attend career fairs, join LinkedIn (with parent supervision), or connect via school counselors.
  • Internship opportunities: Programs like Lockheed Martin High School Internships, NASA's OSTEM, Ladder Internships, or EnergyMag. Focus on paid roles in tech, aerospace, or energy for hands-on experience.
  • Benefits: Internships provide real-world exposure, resume boosts, and college essay material.
  • Strategies: Cold-email companies, volunteer at STEM events, or use platforms like Handshake.
Activities and Assignments:
  • Mock networking session: Practice elevator pitches in forums.
  • Research task: Identify three internship programs and apply to one if eligible.
  • Homework: Create a LinkedIn profile and connect with one professional.
Resources: Guides from Indeed; virtual internship listings.

Week 6: Cultivating References and Course Capstone

Objectives: Guide students on obtaining strong letters of reference; review all goals and create a personalized action plan.
Key Topics:
  • Letters of reference: Build relationships with teachers, mentors, or internship supervisors who know your work. Ask politely via email, providing context like resume and deadlines. Aim for recommenders from STEM fields.
  • Integration: Use references for college apps and jobs; combine with internships and training.
  • Capstone review: Revisit all topics, addressing lingering questions.
Activities and Assignments:
  • Reference request simulation: Draft an email to a potential recommender.
  • Final project: Develop a "Engineering Roadmap" portfolio summarizing assessments, plans, and next steps.
  • Parent involvement: Joint session on supporting student goals.
Resources: Templates for recommendation requests; course reflection journal.
"The courses provide good knowledge and the staff is approachable and able to cater to our understanding without any compromise on the standards, regulations and guidelines. I would recommend taking up this course with them as it is a necessity to learn professional skills."
Nick Dawson
"Armed with the knowledge and techniques obtained from your school, I feel more equipped to navigate the challenging social aspects of the real world and become a professional in my field of choice."
Sue Porter

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