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Microscale Certified Engineer

0/3 launch tracks
0/31 modules passed across all certified tracks (0%).
Next up

Arduino & Embedded C — Fundamentals

EMB1 · ~30 min
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Embedded Systems & Firmware

0/3
  1. Arduino & Embedded C — FundamentalsEMB1
    Ready — ~30 min
  2. ESP32 & IoT — WiFi, Sensors, InterfacingEMB2
    Requires: Arduino & Embedded C — Fundamentals
  3. Embedded RTOS with FreeRTOSEMB3
    Requires: Arduino & Embedded C — Fundamentals

Microprocessor Systems & Architecture

0/2
  1. Microprocessor Systems & Computer ArchitectureMPU1
    Ready — ~30 min
  2. SoC & Application ProcessorsMPU2
    Requires: Microprocessor Systems & Computer Architecture

Embedded Linux & BSP

0/2
  1. Embedded Linux — FundamentalsELX1
    Ready — ~30 min
  2. Embedded Linux — Yocto, Device Tree & BSPELX2
    Requires: Embedded Linux — Fundamentals

Programming for Hardware

0/2
  1. Python for Engineers — FundamentalsPROG1
    Ready — ~30 min
  2. Embedded C/C++ for MicrocontrollersPROG2
    Requires: Python for Engineers — Fundamentals

Analog Electronics

0/3
  1. Analog Electronics — Op-Amps & FundamentalsANA1
    Ready — ~30 min
  2. Analog — Active Filters & Signal ConditioningANA2
    Requires: Analog Electronics — Op-Amps & Fundamentals
  3. Analog — Precision & Low-Noise Design (Advanced)ANA3
    Requires: Analog — Active Filters & Signal Conditioning

Digital & Programmable Logic

0/3
  1. Digital Logic & Intro to VerilogFPGA1
    Ready — ~30 min
  2. Verilog & Testbenches — IntermediateFPGA2
    Requires: Digital Logic & Intro to Verilog
  3. FPGA Design & Timing (Advanced)FPGA3
    Requires: Verilog & Testbenches — Intermediate

RF & Wireless

0/3
  1. RF & Wireless — FundamentalsRF1
    Ready — ~30 min
  2. RF — Antennas, Matching & Transmission LinesRF2
    Requires: RF & Wireless — Fundamentals
  3. RF Circuit & PCB Design (Advanced)RF3
    Requires: RF — Antennas, Matching & Transmission Lines

PCB Design (KiCad)

0/3
  1. PCB Design with KiCad — FundamentalsPCB1
    Ready — ~30 min
  2. PCB Layout & DFM — IntermediatePCB2
    Requires: PCB Design with KiCad — Fundamentals
  3. PCB — High-Speed & EMC (Advanced)PCB3
    Requires: PCB Layout & DFM — Intermediate

Power Electronics

0/3
  1. Power Electronics — FundamentalsPWR1
    Ready — ~30 min
  2. Solar Power Systems — Design & SizingPWR2
    Requires: Power Electronics — Fundamentals
  3. Motor Drives & ControlPWR3
    Requires: Power Electronics — Fundamentals

CAD & Mechanical

0/4
  1. 3D CAD with Fusion 360 — FundamentalsCAD1
    Ready — ~30 min
  2. FreeCAD — Parametric 3D CAD FundamentalsFCAD1
    Ready — ~30 min
  3. Fusion 360 — Assemblies & Design IntentCAD2
    Requires: 3D CAD with Fusion 360 — Fundamentals
  4. CAD — DFM, Tolerances & GD&T (Advanced)CAD3
    Requires: Fusion 360 — Assemblies & Design Intent

3D Printing & Fabrication

0/3
  1. 3D Printing (FDM) — FundamentalsTDP1
    Ready — ~30 min
  2. 3D Printing — Materials, Calibration & Functional PartsTDP2
    Requires: 3D Printing (FDM) — Fundamentals
  3. 3D Printing — Functional Parts, Resin & Post-Processing (Advanced)TDP3
    Requires: 3D Printing — Materials, Calibration & Functional Parts