Build a solid foundation in classical mechanics, energy, momentum and rotational motion. Essential for all further study in physics.
15 units
Physics I / UPI-01 · Measurement & motion
Mathematical & Physical Foundations
Establish SI measurement, dimensional reasoning, uncertainty, vectors, coordinate systems, calculus, and estimation as the working language of the course.
9topics5learning outcomes2investigations100 minsuggested practice
Connect university physics to possible degrees and careers. An indicative guide, not a degree plan.
Typical Year 1 (examples)
University Physics I: calculus-based mechanics
University Physics II: electricity, magnetism, circuits, optics, and an optional modern-physics bridge
Calculus I and II
Linear algebra and vectors
Skills to build
Translate physical situations into diagrams, assumptions, and mathematical models.
Use calculus and vectors in introductory mechanics and fields.
Collect, visualize, fit, and evaluate laboratory data.
Compare degree & career pathways →
Interactive pathway explorer
Inspect the learning sequence. Compare possible directions.
This is an orientation tool, not a degree plan or career prediction. Match every choice to your institution's official requirements.
Planning year 01
Foundations of Physics & Mathematics
Physics I available
Build modelling, calculus, measurement, computation, and laboratory habits that support every later branch of physics.
Indicative modules
University Physics I: calculus-based mechanics
University Physics II: electricity, magnetism, circuits, optics, and an optional modern-physics bridge
Calculus I and II
Linear algebra and vectors
Scientific programming foundations
Experimental Physics Laboratory I
Progression outcomes
Translate physical situations into diagrams, assumptions, and mathematical models.
Use calculus and vectors in introductory mechanics and fields.
Collect, visualize, fit, and evaluate laboratory data.
Write and test small programs for numerical physics problems.
Side-by-side comparison
Compare professional pathways
Compare the skills and portfolio evidence each direction can reward. Destinations are examples to explore, not guaranteed outcomes.
Pathway A
Academic Physics
Preparation for postgraduate research, teaching, and work in university or national-laboratory environments.
Build through
Advanced theory
Research methods
Laboratory or computational specialization
Skills bridge
Literature synthesis
Research design
Uncertainty analysis
Evidence you could create
Reproducible research notebook
Conference-style poster
Possible next studyMSc or MPhys-level study · PhD preparation
Independent research roles commonly require postgraduate training; requirements differ by field and employer.
Pathway B
Engineering Physics
Apply deep physical modelling to devices, materials, energy systems, instrumentation, and technology development.
Build through
Electronics and instrumentation
Materials and condensed matter
Design projects
Skills bridge
Requirements modelling
Instrumentation
Design verification
Evidence you could create
Instrument calibration study
Device simulation
Possible next studyEngineering conversion or specialist master's study · Professional design projects
Protected engineering titles, licensure, and role eligibility depend on jurisdiction and accredited study requirements.
A better way to study
Predict → Move the model → Explain
1
Predict before calculating
Name the direction, trend, or limiting behaviour first. A formula then tests an idea instead of replacing it.
2
Move the model
Change one variable and watch the graph, vector, field, or circuit respond with live numerical evidence.
3
Explain the result
Worked examples, quick checks, and investigation prompts connect the mathematics to a physical claim.
Academic scope & important note
GioPhysics is an independent learning platform, not a university. It is not accredited and awards no degrees or academic credit.
Read full academic scope
GioPhysics University & College Physics is an independent learning pathway. GioPhysics is not a university, does not award academic credit or degrees, and is not accredited by or affiliated with any university or professional body. This is not a universal programme specification. Course coverage and degree requirements vary by institution; confirm requirements with your university.
Use these resources alongside your university’s official handbook, lectures, tutorials and laboratory work.
Independent study. Real understanding. A stronger you.
Search lesson summaries & optional extensions
Search every course map
Which course teaches it, and where?
One box over every numbered and extension topic in Physics I, Physics II, Physics III, Physics IV, Physics V, Quantum I, Quantum II, Advanced QM, QFT I — 1230 in total, 1230 of them opening a GioPhysics lesson directly.
Try one:
Type a concept — or tap one above — to see which course and unit teaches it.
