Careers in electronics
start here!
eProjectCPU — FROM RTL TO 104 MIPS
Built in SystemVerilog for the Digilent Basys 3, eProjectCPU develops from verified modules and a single-cycle core into BRAM-aware multi-cycle and pipelined architectures. Each redesign is supported by simulation, Vivado timing and physical FPGA evidence.
The final five-stage implementation ran at 119 MHz and measured approximately 104 million benchmark instructions per second. View the RTL, testbenches, programs, constraints and reports on GitHub.
Supporting engineering and innovation.
When electronics and coding come together, amazing things happen. Welcome to the world of robotics!
Materials for Learning
Electronic engineering is expanding exponentially as we go through this digital age. As it expands, most of the materials for learning in schools cannot keep up with how fast electronic engineering is growing. We help give a taste for students about to move to university on the concept of electronic engineering.
Support for aspiring electronic engineers
Education happens within the context of a larger community. Our approach extends beyond the school to help ensure students have the necessary support to reach their potential.
“Demystifying robotics for the engineers of the future”
— Dilan Jayasena
“Simple steps. Serious engineering.”
— Kiran Jayasena