This is my 'fantasy' curriculum for an electronics engineering program - complete with course codes

Note: planned for a 4-year program with 7 academics semesters (1 semester for practical training)

Fundamental Series:

• [EEC101] Circuit Theory : ohms law, kirchoffs law, circuit analysis (loop, mesh, superposition, etc)
• [EEC110] Semiconductor Devices : Semiconductor theory, PN junction, diode, triode, transistors
• [EEC111] Analog 1 : bipolars BJT, mos/mes-FETs, basic amplifiers
• [EEC211] Analog 2 : differential amplifiers, op-amp, current mirrors
• [EEC120] Computer Programming 1 : algorithms/flow chart, variables/data, branch, loop, sub-routines, file access
• [EEC220] Computer Programming 2 : project management (makefiles?), GUI programming
• [EEC121] Digital 1 : base-n numbers, basic logic (truth table, boolean equation, boolean algebra, POS/SOP form), combinational logic (basic gates), combinational logic implementation (e.g. adder), sequential logic (basic flip-flop)
• [EEC221] Digital 2 : combinational logic circuits (mux, decoder, encoder), sequential logic circuits (registers, counters), state machines

Applied Series:

• [EEC102] Electric Machines :
• [EEC222] Microprocessor : basic microprocessor system, addressing, instruction set
• [EEC203] Signal & Systems :
• [EEC230] Communication Systems :
• [EEC204] Electromagnetic Theory :
• [EEC224] Instrumentation :

Specializations (Computing):

• [EEC322] Microcontroller
• [EEC323] Computer Architecture
• [EEC420] Operating Systems

Specializations (Microelectronics):

• [EEE215] Basic IC Design : transistor level netlist, simulation, layout
• [EEE315] Digital IC Design
• [EEE325] Analog IC Design
• [EEE425] System on Chip