Microprocessor design & digital logic.
Combinational & sequential logic, ALU design, register files, instruction decoding, and hardware synthesis using VHDL on Xilinx Vivado.
LAB-VERIFIED (NANO PROCESSOR) +Academic rigor.
Foundations in engineering.
Documentation of undergraduate studies, computer science curriculum milestones, digital hardware labs, and systems coursework.
01 / UNDERGRADUATE CURRICULUM & MODULES
From digital logic
to distributed systems.
Core academic disciplines at the Department of Computer Science & Engineering.
Structured around fundamentals, theory, and laboratory verification.
Operating systems & low-level programming.
Memory management, process isolation, virtual memory, threads, POSIX synchronization, and system calls in C and Linux environments.
CORE FOUNDATION +Algorithms, complexity & database design.
Asymptotic analysis, graph theory, trees, dynamic programming, relational database normalization, transaction isolation, and SQL indexing.
ANALYTICAL RIGOR +02 / STUDY MATERIAL & LAB WORK
Curriculum labs &
coursework.
Featured coursework and lab implementations are shared as they become available for open publication.
Currently indexing the open-source Nano Processor microarchitecture lab developed as part of the digital systems design curriculum. Additional coursework references and study notes will be added as modules progress.
DEGREE PROGRAMMEB.Sc. Engineering (Hons) in Computer Science & Engineering
INSTITUTIONUniversity of Moratuwa, Sri Lanka
STATUSCurrent CSE undergraduate · Intake 24 (Semester 3, 2026)
FEATURED LABnano-processor (VHDL Microarchitecture) ↗
03 / ACADEMIC ROADMAP
Curriculum progression.
Milestones in focus.
Progression across undergraduate study semesters at Moratuwa.
SEMESTERS 01 & 02 · LEVEL 1
COMPLETED
Engineering Mathematics & Fundamentals.
Calculus, linear algebra, discrete mathematics, programming fundamentals (C/C++), and basic electronics theory.
SEMESTER 03 · CURRENT (IN24, 2026)
IN PROGRESS
Hardware, Operating Systems & Applied Mathematics.
Microprocessors & digital systems design in VHDL, operating systems, artificial intelligence, data communications & networks, differential equations, and database systems.
SEMESTER 04 & BEYOND · UPCOMING CURRICULUM
UPCOMING
Advanced Computing, Distributed Systems & Specializations.
Advanced algorithms, software engineering, distributed systems, compiler design, networks, and advanced electives in future study terms.
CONNECT REGARDING ACADEMIC PROJECTS OR STUDY