Teaching Innovation

Teaching Innovations

The goal of teaching innovations is to revamp courses from a pedagogical perspective. With support from the ZLL at TUHH, internal TUHH calls for teaching innovations provide departments with funding to fundamentally improve courses through innovative ideas. At the MLS, the following teaching innovations have been or are currently being implemented:

 

 

Adaptive Exercise System "GENIE" (2022)
Transportation Systems and Material Handling Technology | Ole Grasse
Contact PersonOle Grasse
LectureTransportation Systems and Material Handling Technology
DescriptionStarting in the 2022/2023 winter semester, we will be using the prototype of our in-house developed practice system, “GENIE,” for the first time in the course “Transportation Systems and Material Handling Technology”! GENIE is an adaptive practice system that automatically generates new practice exercises based on students’ learning behavior and presents them for completion. The system is designed specifically to identify and address students’ learning gaps. The GENIE prototype was developed as part of our GENERATING research project.
Collaborative Exam System (CES) (2020)
Projectmanagement | Marvin Kastner
Contact PersonMarvin Kastner
LectureProjectmanagement
Description As part of ZLL Call 16 on the topic of e-exams, the use of project management software is being integrated into the Project Management course. This is intended to prepare students as effectively as possible for their daily work. During the course, practice exercises are provided to help students learn how to use the software. Thus, in addition to important theoretical foundations and methods, students will also learn how to apply project management software in real-world scenarios. Consequently, these skills will also be tested in the exam. As part of this change, the exam will be converted to a digital format. This will allow students to complete tasks using the project management software and, at the same time, minimize the impact of factors such as illegible handwriting through the use of free-text fields.
Interactive online tutorials for self-directed learning of the fundamentals of simulation (2018)
Simulation of Transportation and Handling Systems | Nicole Nellen

[Translate to English:]

Contact PersonNicole Nellen
LectureSimulation of Transportation and Handling Systems
Description The goal is to provide students with an introduction to independently learning the basics of using the Plant Simulation® simulation software. This innovative teaching approach was designed so that, after completing the online tutorials—which consist of three learning modules—students would be able to apply and expand upon relevant aspects of object-oriented programming to the tasks assigned to them. Videos and brief examples aid understanding and enable students to explore the software and its associated programming language on their own.
Maritime Supply Chain (2017)
Transport and Handling Technology| Jürgen Weigell
Contact PersonJürgen Weigell
LectureTransport and Handling Technology

Description 

 

Students are expected to work in groups to independently tackle a complex task within the framework of inquiry-based learning. In doing so, students will independently study the transportation of various types of cargo (containers, wheat, project cargo, iron ore, and crude oil) throughout the entire maritime supply chain and then apply their knowledge to case studies. Each group will focus on one segment (pre-carriage, main carriage, post-carriage) of the relevant supply chain. Two case studies are to be completed. In the first case study, students are to review the literature on the various components of the maritime supply chain and describe the processes involved in the respective segment of the maritime supply chain. In the second case study, students are to identify the key performance indicators (e.g., transit times, storage costs, shipping lines’ service levels, etc.) and apply them to the case study. This group work enables students to engage with what they have learned throughout the entire semester. Furthermore, students will gain insight into real-world challenges related to group work, such as resource and time management as well as coordination within project groups.