Capstone Design Projects

Major Design Experience: 

The Logistics Engineering program provides major design experience through LE492 Logistics Engineering projects. In this course, all students are required to carry out design projects to prepare their readiness to handle real-world engineering problems. To successfully complete these projects, students will be required to use knowledge and skills from earlier engineering courses to propose, plan, design, analyze, fabricate, and verify the proposed solutions using proper engineering standards, and incorporating appropriate multiple realistic design constraints. They must also work as a team. 

To complete projects in LE492, students must use knowledge from the following courses taken during their four-year program: 

• LE 301 Engineering Economic and Cost Analysis  
• ME 109 Engineering Drawing
• LE 202 Logistics and Supply Chain Management
• LE 302 Inventory and Warehouse Management
• LE 305 Purchasing Management
• LE 304 Information Systems and Technology for Logistics
• LE 306 Operations Research and Production Management
• LE 406 Work Study and Plant Layout Design
• LE 303 Principles of Transportation and Distribution
• LE 476 Packaging System  

Students must take the LE 492 Logistics Engineering Project course – in the first semester of their senior year. In these projects, students work as a team (typically 2 or 3 members) to propose and develop solutions based on problems from industries. Each year there is a theme for all projects. This is the highlight of this logistics engineering program. 

LE-SWU-CDP Submission Systems: 

Join us in developing the next generation of logistics engineering!

Sponsoring Capstone Design Project in Logistics Engineering

• Customized opportunities to assess student talent and recruit for jobs.
• Low-cost opportunity for a fresh look at a problem.
• Boost public awareness of your organization through student engagement.
• Companies benefit from the unique perspective and ideas that our students apply to client’s projects and problems.
• Build impactful connections within the SWU, Faculty of Engineering.