Silicon engineering, taught properly.
Free, deeply technical hardware courses built by practising engineers - not freelance bloggers. Every module ships real synthesizable RTL, hand-drawn timing waveforms, and curated problem vaults modeling the core technical challenges set across leading semiconductor engineering teams.
Course catalog
Verilog & SystemVerilog Silicon Masterclass
From hardware concurrency and the stratified event queue through FSM engineering, clock
domain crossing, asynchronous FIFOs, static timing analysis, and constrained-random
verification. The complete path from first always block to tape-out intuition.
FPGA Mastery: Vivado, Zynq & Hardware Bring-Up
Taking RTL off the simulator and onto real silicon - the LUT and DSP fabric you are really targeting, the Vivado flow, XDC timing constraints, block RAM inference, the AXI4 family, Zynq PS-PL integration, and hardware debug with the Integrated Logic Analyzer.
ASIC & Physical Design Flow (OpenLane / Sky130)
The open-source RTL-to-GDSII flow: what a PDK contains, Yosys synthesis, floorplanning and power distribution, placement and clock tree synthesis, routing and RC extraction, and STA, DRC and LVS sign-off - all on OpenLane and the Sky130 PDK, no licence needed.
Why this academy exists
Most online tutorials teach simulation syntax without ever explaining what the synthesis tool actually builds in silicon. BlinkNBuild Academy bridges that gap: synthesizable RTL, hand-drawn timing diagrams, realistic tool reports, and the exact conceptual depth tested in technical VLSI interviews.
Who this is for
- ECE / EEE / CSE undergraduates who need lab notes that actually explain the hardware, not just the syntax.
- GATE and ESE aspirants working through digital circuits and needing derivations with no skipped steps.
- Interview candidates targeting RTL design and design-verification roles at semiconductor companies.
- Working engineers refreshing CDC, FIFO depth sizing, or STA before a design review.