The TJHSST Course Catalog organizes advanced coursework for a residential magnet center focused on science, technology, and mathematics. It defines pathways that help students align their interests with demanding, project-based classes.
Below is a structured overview of course areas, sample subjects, and typical grade bands that appear across the catalog.
| Academic Pathway | Sample Course Titles | Typical Grade Level | Instructional Focus |
|---|---|---|---|
| Computer Science | Computer Science Principles, Data Structures, AI Applications | 9–12 | Programming, algorithms, software design |
| Engineering | Intro to Engineering Design, Robotics, CAD Integration | 9–12 | Design process, prototyping, systems thinking |
| Life Sciences | Honors Biology, Genetics, Biomedical Innovation | 9–12 | Lab inquiry, research methods, ethics |
| Physical Sciences | Honors Physics, Chemistry Research, Astrophysics | 9–12 | Quantitative analysis, experimental design |
| Mathematics | Multivariable Calculus, Discrete Math, Statistics | 9–12 | Theoretical foundations, modeling, proof techniques |
Computer Science Pathway
This pathway emphasizes computational thinking, coding fluency, and real-world software projects. Students progress from foundational concepts to advanced electives in artificial intelligence and systems programming.
Coursework often integrates math and engineering ideas, enabling learners to design apps, analyze large data sets, and explore cybersecurity challenges. Collaboration tools and version control are introduced early to mirror professional environments.
Engineering and Design Track
Courses in this track focus on solving practical problems through iterative design and hands-on prototyping. Students use computer-aided design, sensors, and fabrication tools to build solutions that respond to community needs.
Project themes may include automation, sustainable infrastructure, or assistive technologies, supported by documentation, testing protocols, and technical presentations.
Research and Innovation Labs
Research-focused classes guide students through long-term investigations in biology, chemistry, physics, or computer science. Participants develop hypotheses, manage timelines, and present findings using scientific discourse and visual data representation.
Partnerships with universities and industry mentors help students refine experiments, access specialized equipment, and connect their work to current professional standards.
Maximizing Your Course Plan
- Map your interests to pathway themes such as computer science, engineering, or life sciences.
- Verify prerequisites and credit requirements before each registration period.
- Balance rigorous classes with time for independent project work and rest.
- Seek mentorship from teachers or external partners to tailor electives to your goals.
- Track progress through portfolios and performance assessments highlighted in the catalog.
FAQ
Reader questions
How do I choose courses if I am new to TJHSST programs?
Review the catalog by academic pathway, consider prior experience in programming or labs, and consult with your academic advisor to balance challenge with manageable workloads.
Can I take courses outside my designated grade band?
Permission-based options exist for exceptional cases, typically requiring teacher recommendation, prerequisite mastery, and approval from department leadership.
Are project-based classes available every year of high school?
Yes, the catalog includes introductory through capstone-level projects so that students can build continuity and depth from freshman to senior year.
Do course selections affect eligibility for internships or research programs?
Strategic course choices, especially in advanced labs and computer science, strengthen applications for internships, mentorship, and independent research opportunities.