This program is designed to develop strong foundations in electrical and electronic engineering principles
combined with applied system-level understanding. The curriculum emphasizes circuit theory, system analysis,
power and signal processing, control concepts, and safe engineering practices. Students gain practical exposure
through laboratories, simulations, and industry-oriented projects aligned with real operational environments.
Modern tools, standards, and digital platforms relevant to contemporary electrical and electronics industries are
integrated throughout the coursework. Focus is placed on energy efficiency, reliability, automation, and
compliance with engineering codes and regulatory frameworks. Interdisciplinary awareness and problem-solving
capability are strengthened through case studies and implementation-based learning. Graduates are prepared for
technical roles in design, operations, maintenance, testing, and system integration, and are also positioned for
advanced studies and emerging technology-driven career pathways across global engineering sectors. This
program is designed to develop strong foundations in electrical and electronic engineering principles combined
with applied system-level understanding. The curriculum emphasizes circuit theory, system analysis, power and
signal processing, control concepts, and safe engineering practices. Students gain practical exposure through
laboratories, simulations, and industry-oriented projects aligned with real operational environments. Modern tools,
standards, and digital platforms relevant to contemporary electrical and electronics industries are integrated
throughout the coursework. Focus is placed