A 110 kV substation at dusk with digital-twin data tags
Master’s · 2 years · 13.04.02 · Electromechanics, Electrical & Electronic Apparatus

You’ve mastered the basics. Now master the edge of what’s possible.

You know the field. This is where a good engineer becomes the one companies fight over: interrupters, digital twins, AI protection and solid-state power, on real hardware.

Initiate upgrade Break the grid (safely)
—
—
f 50.00 Hz BUS A 112.4 kV FAULT CLEARING — ms Scroll to fly through the twin ↓
// 02 · Peer review
You already know Ohm’s law. Cute.

Now keep a meshed grid of 2 000 nodes stable while a dozen inverter-based sources refuse to give you fault current and a hospital sits on feeder 7. Clear the fault before the generators notice. That’s a regular Tuesday here.

Grid frequency · live50.000 Hz
Fault current · feeder 7— kA
Renewable share
34 %
IBR fault current
1.1–1.5×
of rated · relays go half-blind
// 03 · Industry 4.0 needs you

Open issues. Unassigned. Take one.

Real problems industry is paying to solve right now. Assign one to yourself and it becomes your research track.

Open6

In progress · you0

// 04 · Research vectors

Six frontiers. Real hardware.

Every render here is a live 3D model of the kind of hardware you’ll research. Open it, turn it, look inside.

// 05 · Fault simulation

Click any line. Short-circuit it.

A meshed grid with thermal, hydro, wind and solar. Protection responds in real time (slowed 9× so you can watch). Then fail a breaker and see backup protection earn its keep.

Use left and right arrow keys to pick a line, Enter to short-circuit it.
Tap or click a line to strike a fault
Clearing—
Load kept100 %
Breakers0
Event recorder armed. Waiting for a fault…
// 06 · Curriculum skill tree

Core is unlocked. Spend 6 points on your build.

Electives are a skill tree: each tier needs the one before it. Pick a branch or mix them; your build gets a name.

Swipe to see all branches →
Skill points
Your build
—
    // 07 · Thesis topics

    Pick your boss battle.

    Each thesis is an open problem with a real weakness. Engage one to see how the fight goes: models, prototypes, test lab, defence.

    // 08 · Research labs

    Serious hardware. Serious access.

    Master’s students book lab time like staff do. Specs below are placeholders for your actual equipment list.

    // 09 · Industry partners

    Industry is already watching this program.

    Grid operators, switchgear makers, EV and data-center players co-supervise theses and hire from the lab.

    Placeholders. Add partner logos once agreements are confirmed.

    // 10 · Career acceleration

    Bachelor’s gets you in. Master’s puts you in the room where decisions are made.

    Same field, higher ceiling. Ranges are indicative monthly salaries in Russia; they vary by region and company.

    Bachelor’s trackMaster’s trackIllustrative, based on typical role requirements. Not a promise.
    Why the gap
    Chief engineers, R&D leads and protection specialists are usually asked for a master’s degree and a research record. You leave with both.
    // 11 · International mobility

    Departures board.

    Conferences, exchanges and joint programs. Destinations in brackets are placeholders to confirm.

    Swipe for the full board →
    DestinationWhereTypeStatus
    // 12 · Admission

    Upgrade initiated.

    System prerequisites for MSc 2.0. Tap “Run check” and see if you’re compatible.

    msc_upgrade_v2.0.pkg
    Five prerequisites. Run the check.
      Deadline ·

      Seats: [N] state-funded · [N] paid · [N] targeted. Entrance exam: electrical apparatus & power engineering, [format].

      Install sequence
        // 13 · FAQ

        Straight answers.

        Model