Bachelors in Logistics Engineering

4 Year Part Time Bachelors Program

University of Miskolc

Program Overview

The Bachelors in Logistics Engineering at the University of Miskolc equips you with practical skills to manage material flows, transportation, and supply chains in industrial settings, blending engineering, IT, and business know-how for roles like logistics coordinator or operations specialist. It's ideal for hands-on problem-solvers who love optimizing systems and want a career in dynamic industries like manufacturing and transport, earning you a BSc in Logistics Engineer upon graduation.

Curriculum Structure
Year 1 dives into foundational sciences to build your technical base, covering physics, math, and intro engineering concepts that underpin logistics. You'll explore járművek, logisztikai gépek felépítése (vehicles and logistics machinery structure) to understand equipment basics, alongside materials science for handling real-world flows, setting you up to grasp how things move efficiently from day one.

Year 2 shifts toward core logistics processes, where you'll learn to map out networks and tech integrations. Key courses like logisztikai ismeretek, technológiák, hálózatok, folyamatok (logistics knowledge, technologies, networks, processes) teach you to design transport routes and storage systems, while informatika, irányítástechnika (IT and control systems) introduces software for tracking and automation, making complex operations feel straightforward.

Year 3 ramps up with advanced applications, focusing on production and economic angles. You'll tackle logisztikai rendszerek (logistics systems) to model full-scale supply chains, anyagáramlási rendszerek (material flow systems) for optimizing factory throughput, and logisztika alapjai (basics of logistics) to analyze costs and efficiencies, preparing you for on-site challenges.

Year 4 emphasizes innovation and specialization, culminating in a thesis. Courses such as logisztikai informatika (logistics informatics), ipar 4.0 és logisztika (Industry 4.0 and logistics), and logisztikai folyamatok szimulációja (simulation of logistics processes) let you simulate smart factories and AI-driven chains, ensuring you're ready to lead in modern, automated environments.

Focus areas: Vehicles and logistics machinery (10-25 credits), logistics technologies/networks/processes (25-40 credits), IT/control systems (10-25 credits), and specialized technical logistics (25-50 credits).

Learning outcomes: You'll interpret logistics processes, integrate knowledge from transport, machinery, and IT, design system components, and manage intra- and inter-company flows with a systems-thinking approach.

Professional alignment (accreditation): This accredited BSc program from the Faculty of Mechanical Engineering and Informatics meets Hungarian higher education standards, preparing you as a certified Logistics Engineer for EU-recognized roles in supply chain management.

Reputation (employability rankings): Graduates face no placement issues, with the faculty's strong industry ties—rooted in decades of heavy industry collaboration—boosting employability in Hungary's manufacturing hub; recent faculty awards from the Hungarian Academy of Sciences highlight expertise in logistics.

Experiential Learning (Research, Projects, Internships etc.)

The Bachelor's in Logistics Engineering at University of Miskolc isn't just classroom learning—it's a direct pipeline into real-world industrial practice. The Faculty of Mechanical Engineering and Informatics has built a program rooted in hands-on experience, where you'll learn logistics design and optimization through actual company partnerships and specialized facilities.

From your first year, you're embedded in a learning environment that mirrors what logistics professionals actually do. The university has cultivated strong relationships with major industrial partners like BOSCH, giving students direct access to Europe's largest warehouses and production lines where logistics systems operate at scale. You won't just study supply chain theory—you'll see how automation, Industry 4.0 technologies, and real-time material flow management work in leading European companies. The program connects academic fundamentals with the technologies and problem-solving approaches you'll encounter immediately after graduation.

The Faculty houses dedicated institutes and research centers focused on logistics systems design, meaning your learning happens in spaces where active industry research is taking place. This integration ensures the curriculum stays aligned with what employers actually need:

- Logistics Systems Design Institute: Your home base for understanding material flow optimization, network design, and supply chain architecture through both theoretical models and real case studies
- Specialized Logistics Courses: Core modules in Logistics Basics, Material Flow Systems, Logistics Informatics, and Logistical Systems Design that combine theory with practical problem-solving
- Industry Site Visits & Company Tours: Direct exposure to how companies like BOSCH implement logistics solutions—from warehouse management to production line integration
- Research-Embedded Learning: Access to active research projects in logistical systems planning, procurement logistics, and just-in-sequence supply chain optimization that you can participate in
- Digital Tools & Software Training: Hands-on experience with logistics informatics systems used in industry, preparing you for immediate workplace competency
- Group Projects & Case Studies: Collaborative work on real logistics challenges, developing both technical skills and teamwork abilities valued in professional settings
- International Double Degree Program: Partnership with Kyrgyz State Technical University offering a jointly developed logistics engineering degree, expanding your career options globally
- Faculty Resources: Access to modern computing facilities, design labs, and university libraries supporting advanced logistics research and project work

The program's flexibility—offered in both full-time and part-time formats—means you can structure your education around real internship and work opportunities in Hungary's strong logistics sector.

Progression & Future Opportunities

At the University of Miskolc's Faculty of Mechanical Engineering and Informatics (ME-GEIK), students in the Bachelor's in Logistics Engineering program dive right into hands-on learning through real-world industry exposure and specialized research facilities. You'll build practical skills in designing logistic systems, optimizing material flows, and using cutting-edge tools right from your coursework, with opportunities like company visits that show you production lines, warehouses, and Industry 4.0 automation in action—think touring Europe's largest Bosch warehouse to see how logistics powers global supply chains. The program ties directly into the Institute of Logistics, where faculty like Prof. Dr. Péter Tamás lead research on procurement logistics, just-in-sequence delivery, and multi-level supply systems, giving you access to projects funded by OTKA and TÁMOP that mirror industry challenges.

Here's what makes experiential learning in this program stand out, all backed by our faculty's dedicated setup:
- Company visits and industry tours: Join events like the Bosch tour, where 12 Mechanical Engineering and Informatics students explored full production lines, warehouses, and automation tech—perfect for seeing logistics in a major European manufacturer.
- Logistics-specific labs and research: Work in facilities at the Institute of Logistics, focusing on logistic system design, material flow systems (GEALT535), and procurement planning, with ties to H2020-EU4.B projects on logistic technology innovation.
- Specialized software and digital tools: Master Logistics Informatics (GEALT536) and production informatics courses, covering tools for optimizing technological and logistic parameters in manufacturing plans and resource scheduling.
- Group projects and R&D: Engage in institute-led research on supply chain optimization, including just-in-sequence delivery and multi-echelon supply advantages, often as part of team-based OTKA/TÁMOP projects.
- Industry connections for internships: Benefit from faculty-industry partnerships, like those with Diósgyőr Machine Factory historically and ongoing Bosch collaborations, plus double-degree options with Kyrgyz State Technical University for professional training.