The Virtual Laboratory is a browser-based practical learning environment supporting students across engineering and technical disciplines — a single platform to explore concepts, perform experiments, build skills and practice discipline-specific activities as part of laboratory coursework.
Build intuition for core structures by operating on them directly.
A real, browser-embedded SQLite engine — write and execute genuine SQL.
Pre-loaded schema: Students(id, name, branch, semester, cgpa) · Courses(code, title, credits) · Enrollments(student_id, course_code, grade)
Subnetting arithmetic and a packet-journey walkthrough.
CPU scheduling and page-replacement algorithms with worked output.
| Process | Arrival | Burst | Priority |
|---|
Strength of materials, beam analysis and thermodynamics calculators.
Enter load, cross-section area and length change to find stress, strain and Young's Modulus.
Ohm's law, resistor networks and AC circuit analysis.
Fill in any two of Voltage, Current and Resistance (leave others blank) to compute the rest, including Power.
Concrete mix design, beam analysis and levelling calculations.
Nominal mix by volume ratio (Cement : Sand : Aggregate), e.g. 1:2:4. Dry volume factor of 1.54 is applied automatically.
Digital logic gates, amplifier gain and modulation index calculators.