Core Engineering Tracks
Comprehensive technical instruction for university engineering students, embedded system developers, and telecommunication specialists.
Circuit Theory & Electronics
Analog, Digital & Embedded Hardware
Build rock-solid foundations in circuit design, semiconductor devices, embedded systems, and PCB hardware interfacing.
- AC/DC Circuit Analysis: Kirchhoff’s laws, Thévenin/Norton equivalents, transient response, and phasors.
- Analog Electronics: Operational amplifiers (Op-Amps), MOSFETs, BJTs, filters, and power electronics.
- Digital Systems & Microcontrollers: Logic gates, FPGA/Verilog design, ARM Cortex, and STM32/ESP32 firmware.
- Hardware Interfacing Protocols: SPI, I2C, UART, CAN bus, and sensor signal conditioning.
Signals & Telecommunications
DSP, RF & Wireless Communications
Master the mathematical and physical foundations of communication systems, electromagnetic fields, and modern wireless networks.
- Signals & Systems (DSP): Continuous/discrete Fourier transforms, Laplace & Z-transforms, and FIR/IIR digital filtering.
- Wireless & RF Communications: Modulation schemes (QAM, OFDM), antenna theory, and RF propagation.
- Telecommunication Networks: 5G/6G architecture, optical fiber communications, and TCP/IP protocol stacks.
- Information Theory & Coding: Channel capacity, error-correcting codes (LDPC, Turbo codes), and noise modeling.
Engineering Lab Methodology
We pair rigorous theoretical mathematical models with hands-on hardware simulation, breadboarding, and signal analysis.
First-Principles Derivations
Deep mathematical understanding of Maxwell’s equations, network theorems, and signal transform spaces.
Simulation & Embedded Labs
Practical design experience using SPICE circuit simulation, MATLAB/Simulink, and embedded C/C++ development.
Bilingual Technical Coaching
Instruction in English or Japanese to help engineers excel in Japanese research institutes or multinational tech firms.