Bachelor in Logistics Engineering (BSc)

4 Year On Campus Bachelors Program

Szechenyi Istvan University

Program Overview

The Bachelor in Logistics Engineering at Szechenyi Istvan University is a hands-on, 7-semester program designed for students passionate about optimizing supply chains, managing global transport, and driving efficient business operations in a fast-paced world. It's perfect for those who love problem-solving, tech, and real-world projects, equipping you with skills to thrive in logistics hotspots like Europe, where demand for experts is booming.

Curriculum Structure

Years 1-2: Building Foundations
In the first two years, you'll dive into the basics of engineering and business, getting a solid grounding in mathematics, physics, and economics to understand how logistics fits into the bigger picture. Courses like Mathematics, Physics, and Economics for Engineers introduce key concepts through practical exercises, while Introduction to Logistics lays the groundwork by exploring supply chain fundamentals and transport systems. By the end, you'll have the tools to analyze real logistics challenges with confidence.

Year 3: Core Logistics Skills
Year three ramps up with specialized modules that blend theory and practice, focusing on how goods move efficiently from A to B. You'll tackle Logistics Systems, Operations Management, and Supply Chain Management, learning to model transport networks, optimize inventory, and manage warehouse operations using industry software. These courses include group projects simulating real freight scenarios, sharpening your ability to make data-driven decisions.

Years 4 (Final Semesters): Advanced Applications and Thesis
In your final year, the focus shifts to cutting-edge topics and professional prep, culminating in a thesis project that showcases your expertise. Key courses such as International Logistics, Quality Management, and Project Management teach you to handle global trade complexities, ensure compliance with EU standards, and lead logistics teams effectively. You'll also gain hands-on experience through internships and electives like Sustainable Logistics, preparing you to step straight into industry roles.

Focus Areas
Sustainable supply chains, digital logistics technologies (like IoT and AI), international freight management, warehouse optimization, and risk assessment in global transport.

Learning Outcomes
Graduates can design efficient logistics networks, apply data analytics for optimization, manage cross-border operations compliantly, lead teams in dynamic environments, and implement green practices to reduce costs and environmental impact.

Professional Alignment (Accreditation)
This program is accredited by the Hungarian Accreditation Committee and aligns with EUR-ACE standards, ensuring your degree meets European engineering benchmarks for seamless recognition across the EU. It prepares you for certifications like APICS CSCP or CILT qualifications, boosting your global mobility.

Reputation (Employability Rankings)
Szechenyi Istvan University ranks in the top 10% of Hungarian institutions for engineering employability (Hungarian Rectors' Conference data, 2024), with logistics grads achieving 95% employment within 6 months—above the national average. It's recognized in QS Emerging Europe & Central Asia rankings (top 200, 2025) for strong industry ties, including partnerships with DHL, Waberer's, and Audi's Győr hub.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor in Logistics Engineering program at Szechenyi Istvan University, you'll dive right into hands-on learning from day one, building real-world skills through state-of-the-art facilities and industry-connected projects. Our students work with cutting-edge logistics software and simulation tools right in dedicated labs, collaborate on team-based supply chain challenges, and step into professional environments via structured internships and site visits. This isn't just theory—it's practical training that employers love, preparing you to optimize global supply chains like a pro.

Here's how we make experiential learning come alive for logistics engineering students:

- Advanced Logistics Labs: Access the university's specialized Logistics and Supply Chain Simulation Laboratory, equipped with Arena simulation software, AnyLogic for modeling complex systems, and FlexSim for 3D warehouse and transport simulations—perfect for testing real-time optimization scenarios.
- Group Projects and Industry Challenges: Participate in team-based projects like designing sustainable logistics networks or solving live case studies from partners such as Audi or Continental, fostering collaboration skills in our project-oriented courses.
- Mandatory Internships: Complete a required 4-6 week internship in your third year at top Hungarian logistics firms (e.g., Waberer's or Rába), with university coordinators helping secure placements for hands-on experience in operations and management.
- Field Trips and Company Visits: Regular excursions to logistics hubs like the Budapest Intermodal Logistics Centre or Audi's Győr plant, where you'll observe automated warehousing, drone delivery tech, and rail-freight operations up close.
- Digital Tools and Software Training: Hands-on with SAP ERP modules (including MM and WM for materials management), ERP simulators, RFID tracking systems, and GIS software for route optimization—all integrated into coursework.
- Research and Innovation Facilities: Use the Institute of Logistics labs for research projects on smart logistics, IoT in supply chains, and Industry 4.0, with access to 3D printers and prototyping tools for custom solutions.
- Dedicated Resources: Study in the modern Kálmán Kandó Library with extensive logistics journals, e-books, and databases like Scopus, plus the university's Logistics Research Group for mentoring on cutting-edge topics.

Progression & Future Opportunities

In the Bachelor in Logistics Engineering program at Szechenyi Istvan University, you'll dive straight into hands-on learning from day one, building real-world skills in supply chain management, optimization, and logistics operations using state-of-the-art tools right on campus. Our students work with industry-standard software and equipment in dedicated labs, simulating everything from warehouse automation to global transport networks, so you're not just studying theory—you're ready to hit the ground running in the job market.

Here's how we make experiential learning a core part of your journey, drawing directly from our program's setup:

- Specialized Logistics Labs: Access the university's Logistics and Supply Chain Simulation Laboratory, equipped with RFID tracking systems, automated guided vehicle (AGV) models, and warehouse management simulators for practical experiments in inventory control and process optimization.
- Industry-Standard Software: Train on professional tools like SAP ERP (including Logistics Execution module), Arena Simulation, AnyLogic for modeling complex systems, and MATLAB for data analysis—skills employers demand.
- Group Projects and Case Studies: Collaborate on team-based projects tackling real logistics challenges, such as designing sustainable supply chains or optimizing multimodal transport, often with input from industry partners.
- Mandatory Internships: Complete a compulsory 4-6 week internship in your third year at top Hungarian logistics firms like Waberer's or Continental, plus optional placements abroad through our Erasmus+ partnerships.
- Field Trips and Company Visits: Regular excursions to logistics hubs like the Budapest Intermodal Logistics Centre and Audi's Győr plant to observe live operations and network with professionals.
- Digital Tools and Platforms: Use our Moodle-based virtual learning environment with integrated logistics simulators, plus access to the university's high-performance computing cluster for advanced modeling.
- Dedicated Research Facilities: Work in the Institute of Logistics and Production Engineering's research labs, featuring 3D printing for prototyping and IoT sensor networks for smart logistics experiments.
- Library and Resource Centers: Full access to the Albert Károlyi Library's extensive collection of logistics journals, e-books, and databases like Scopus, plus specialized reading rooms for engineering.