The shortage of natural resources and the need to reduce energy consumption and the resulting greenhouse gas emissions are current global challenges. To meet international climate protection goals, new technical solutions are necessary. Lightweight construction plays an important role in this context, as reducing the mass of moving components decreases both energy demand and material usage. In road-based mobility, for example, lightweight design leads to lower driving resistance, which reduces fuel consumption or increases the range of battery electric vehicles.

The research group Lightweight Construction in Automobiles (LiA) focuses on developing technical solutions for lightweight vehicle design. The main areas of research include simulation, method development, and the development of materials and processes for new lightweight concepts. These can be based on individual materials such as high strength metals or fiber reinforced plastics, or on hybrid material systems, or on components produced through additive manufacturing using powder materials.

At a glance

Ad­dit­ive Man­u­fac­tur­ing

The research focus in the field of additive manufacturing lies in process and component design. The main emphasis is on parameter development and process optimization.

Sim­u­la­tion & Meth­od De­vel­op­ment

The Simulation and Method Development team focuses on the modeling and analysis of complex mechanical systems, their manufacturing processes, and the assessment of their environmental impact.

Ma­ter­i­als & Pro­cesses

The Materials and Processes team focuses on the processing of materials with high lightweight potential.

Labor­at­ory & Work­shop

The mechanical workshop of the ILH, located in the Y-building of Paderborn University, offers a wide range of machining capabilities.

Your contact persons

Prof. Dr. Thomas Tröster

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Dr.-Ing. Thorsten Marten

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News

28.11.2024

LiA at Two In­ter­na­tion­al Sus­tain­ab­il­ity Con­fer­ences

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02.01.2025

Ger­man Mo­bil­ity Award for NeMo.bil

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30.08.2024

Er­fol­greich­er Ab­schluss des Pro­jektes „Lo­Go­Duc – Meth­odis­che Aus­wahl hoch­fester Merpha­sen­stähle bezüg­lich ihr­er lokalen und glob­alen…

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17.07.2024

Vizekan­z­ler Habeck be­sucht Pro­jekt NeMo.bil

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04.07.2024

Jo­hanna Beck­mann er­hält Young Pro­fes­sion­als Award für ihre Mas­ter­arbeit

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12.03.2024

LiA mit Ex­po­nat auf der JEC World 2024 in Par­is ver­tre­ten

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16.11.2023

In­nov­a­tion und Forts­ch­ritt in der Ad­dit­iven Fer­ti­gung: Das LiA beim 34. Sol­id Free­form Fab­ric­a­tion Sym­posi­um in Aus­tin, Texas

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29.08.2023

Start des Ver­bund­pro­jekts NeMo.bil

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21.08.2023

Zwei Fach­beiträge im Rah­men der 23rd In­ter­na­tion­al Con­fer­ence on Com­pos­ite Ma­ter­i­als (IC­CM23)

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More news

Job of­fers

Cur­rent Job Open­ings at LiA

We are continuously looking for support in our team!

Our current vacancies in both academic and non-academic roles can be found at the following link to our job postings.

Stu­dent Theses

LiA continuously offers exciting student thesis opportunities (Bachelor’s, Project, and Master’s theses) within the chair’s four research groups.

Are you interested in working on current topics in sustainable mobility or lightweight design and applying your knowledge in practice?

Then apply now!

On­line Ap­plic­a­tion – LiA

For theses that are to be carried out in cooperation with an industrial partner, an additional exposé outlining the desired topic must be submitted.

How to find us

LiA is located on the university campus in the Y-building, Mersinweg 7.

Jessica Klauke

Automotive Lightweight Design
Room Y2.113
Paderborn University
Mersinweg 7
33100 Paderborn

Office hours

Mo - Fr: 08:30 - 13:30 Uhr