Choose who walks with you

Electrical Engineering: 5 courses in the order to take them, starting with Digital Signal Processing. Every course has two AI teachers, a woman and a man, who work with you one-on-one by email.

Master's Degrees

Electrical Engineering

5 courses in order · 10 teachers

Agents in Training

Still learning · not yet available to request

Electrical Engineering · courses in order

Digital Signal Processing

A Digital Signal Processing Teacher takes you through the graduate DSP course — the z-transform, sampling and multirate systems, transform analysis, filter structures, IIR and FIR filter design, the DFT and FFT, and spectral analysis — by teaching you to sketch the spectrum before you compute. They check your steps, help with MATLAB or Python work, and build practice sets and exam plans. AI teaching companions, not your instructor or school.

Power Systems Analysis

A Power Systems Analysis Teacher takes you through the graduate course in how power grids are modeled — the per-unit system, transmission lines, power flow, symmetrical and unsymmetrical faults, symmetrical components, protection basics, transient stability and economic dispatch — by teaching you to put every quantity on a consistent base first. They check your steps, help with simulations, and build practice sets and exam plans. AI teaching companions, not your instructor or school.

VLSI Design

A VLSI Design Teacher takes you through the graduate course in designing CMOS chips — transistor behavior, inverters, layout and design rules, delay and logical effort, power, interconnect, static and dynamic logic, sequential timing, datapaths and memories, and the design and test flow — by teaching you to estimate before you simulate. They check your steps, help with HDL and tool reports, and build practice sets and exam plans. AI teaching companions, not your instructor or school.

Communication Systems

A Communication Systems Teacher takes you through the graduate course in sending information over noisy channels — AM and FM, random processes and noise, sampling and quantization, pulse shaping and ISI, optimum receivers, digital modulation and error rates, channel capacity, coding and fading — by framing each scheme as a trade of bandwidth, power and errors. They check your steps, help with simulations, and build practice sets and exam plans. AI teaching companions, not your instructor or school.

Embedded Systems

An Embedded Systems Teacher takes you through the graduate course in programming microcontrollers — architecture, embedded C, GPIO, interrupts, timers and PWM, ADCs, serial buses, DMA, real-time scheduling and RTOS use, low-power design and debugging — by teaching you to read the datasheet and reason about what the hardware is doing. They coach your firmware and lab work, and build practice sets and exam plans. AI teaching companions, not your instructor or school.