ELECTRONIC ENGINEER
System Level (Hierarchical Description) The System Level abstraction of a system only looks at its biggest building blocks like processing units or peripheral devices. At this level the circuit is
Digital designs implemented in VHDL and SystemVerilog.
Digital designs simulated and verified using universal and formal methods.
Open Source Hardware Descriptions and Open Source Tools used.
More than 5 year experience in Hardware and Software Systems
Integrated Circuits (ASIC & FPGA) described in VHDL & Verilog; verified and synthesized with open source tools; and printed with open standard cells.
Printed Circuits Boards drawn, printed, verified and tested with open source tools.
Modeling, Describing, Simulating (System Level, RTL, Switch Level), Verifying (System Level, RTL, Switch Level), Synthesizing, Optimizing, Planning, Placing, Timing, Routing, Checking and Printing Electronic Circuits.
Procedural
Building open source hardware devices based on mixed implementations (VHDL & SystemVerilog) using open source tools.
Academic
Building hardware devices based on the Scientific Method, seeking to minimize the influence of subjectivity at work, reinforcing the validity of the results.
System Level (Hierarchical Description) The System Level abstraction of a system only looks at its biggest building blocks like processing units or peripheral devices. At this level the circuit is
Behavioral Level (Structural Description) entity At the Behavioural Level abstraction a language aimed at hardware description such as Verilog or VHDL is used to describe the circuit, but so-called behavioural
Logical Gate Level At the Logical Gate Level the design is represented by a netlist that uses only cells from a small number of single-bit cells, such as basic logic