This program focuses on the engineering, planning, and optimization of logistics and supply chain systems that
support modern industry and global trade. The curriculum emphasizes material flow design, transportation
systems, warehousing operations, inventory control, and process integration across supply networks. Students
gain applied exposure through case studies, simulations, and industry-oriented projects reflecting real operational
and distribution challenges. Core learning integrates quality standards, regulatory compliance, risk management,
and cost-efficiency principles relevant to logistics-intensive sectors. Digital tools, analytics platforms, and
automation concepts are embedded to align with contemporary supply chain transformation initiatives.
Sustainability, traceability, and resilience considerations are incorporated to address evolving market and
regulatory expectations. Graduates are prepared for technical and coordination roles in logistics operations,
supply chain planning, packaging systems, process industries, and management support functions, and are also
positioned for advanced studies and interdisciplinary engineering careers in global logistics and industrial
ecosystems. This program focuses on the engineering, planning, and optimization of logistics and supply chain
systems that support modern industry and global trade. The curriculum emphasizes material flow design,
transportation systems, warehousing operations, inventory control, and process integration across supply
networks. Students gain applied exposure through case studies, simulations, and industry-oriented projects
reflecting real operational and distribution challenges.