Sustainable Engineering and Future Technologies B.Eng

4 Years On Campus Bachelors Program

Hochschule Konstanz University of Applied Sciences

Program Overview

The Sustainable Engineering and Future Technologies B.Eng at Hochschule Konstanz University of Applied Sciences is a hands-on program that builds on mechanical engineering foundations to focus on innovative, eco-friendly tech like emissions-free drivetrains and energy-efficient systems—perfect for students passionate about tackling climate challenges through engineering. You'll gain interdisciplinary skills to design sustainable vehicles and systems, blending technical expertise with real-world societal impact, making it ideal if you want a career shaping a greener future.

Curriculum Structure
Year 1-2 (Foundation Building):
In the early years, you'll solidify core mechanical engineering skills while diving into sustainability basics, like understanding CO2 legislation and future trends in automobile development. Key modules such as Simulation and Systems Engineering teach you to model dynamic systems and run complex vehicle simulations, while Fuel Cells and Electrical Drives in Vehicles introduces emissions-free propulsion technologies. This sets a strong base for coordinating technical, economic, and ecological demands in team projects.

Year 3 (Advanced Integration):
Here, the focus shifts to synthesizing electronics, software, and electromechanics for practical applications, emphasizing traffic safety and energy efficiency. You'll explore Systems Engineering Methods to break down complex requirements into team-managed tasks with clear interfaces, alongside deeper dives into Drivetrains and Fuel Cell Systems. Hands-on work prepares you to analyze tech details against economic and political contexts.

Year 4 (Capstone and Specialization):
The final year ramps up with project-based learning in applied research and development, like prototyping for series production or testing. Modules reinforce Vehicle Technology for Safety and Efficiency and advanced simulations, culminating in interdisciplinary projects that tie everything to sustainable society goals. You'll graduate ready to lead in real-world innovation.

Focus Areas: Systems Engineering, emissions-free drivetrains, fuel cells, electrical drives, vehicle simulation, energy efficiency, and interdisciplinary sustainability.

Learning Outcomes: Master dynamic modeling and simulations for vehicles; apply Systems Engineering to coordinate complex, eco-technical projects; understand legal standards on emissions, energy use, and safety; critically link tech innovations to economic-political concepts for societal discussions.

Professional Alignment (Accreditation): This consecutive Master's-level program (building on B.Eng mechanical engineering) is fully accredited through HTWG Konstanz's quality assurance, qualifying you for roles in R&D, prototyping, applied research, and production at machine, plant, or automotive firms—with a strong emphasis on responsible, sustainable engineering practice.

Reputation (Employability): HTWG Konstanz graduates excel in engineering fields, with official stats showing high employability in automotive and green tech sectors due to the program's practical, industry-aligned focus—preparing you for in-demand roles in Vor- and Serienentwicklung (pre-production and series development).

Experiential Learning (Research, Projects, Internships etc.)

In the Sustainable Engineering and Future Technologies B.Eng. program at HTWG Konstanz University of Applied Sciences, you'll dive right into hands-on learning from day one, building real-world skills through labs, projects, and industry connections that make you stand out to employers. Our focus on applied knowledge means you'll experiment in state-of-the-art facilities, tackle actual challenges like sustainable mobility or robotics, and even integrate internships and company theses into your studies—giving you that edge in one of Europe's top engineering regions. Whether it's wiring up embedded systems or innovating in teams, this program turns theory into practice fast.

Here's how you'll gain those practical skills, backed by our top-notch setup:
- Interdisciplinary project teams: Join groups to develop electric motorcycles with the eLaketric Racing Team or race cars with the Bodensee Racing Team, applying mech eng, electrical, and IT skills right away.
- Labs and real-world projects: Work early on real topics in our wide range of labs, including the state-of-the-art Open Innovation Lab where you can test your own ideas.
- Integrated internships: Put classroom knowledge to work during dedicated internship semesters at companies, often leading to your bachelor's thesis there too.
- Modern computer center: Access cutting-edge digital tools for data analysis, AI, cyberphysical systems, and more—perfect for our "Future Skills" like data-based engineering.
- Award-winning library: A go-to resource for research, supporting your projects in sustainability, robotics, and environmental tech.

Progression & Future Opportunities

In the Sustainable Engineering and Future Technologies B.Eng. program at HTWG Konstanz University of Applied Sciences, you'll dive right into hands-on learning from day one, building real-world skills through labs, projects, and industry connections that make you stand out to employers. Our focus on applied knowledge means you'll experiment with cutting-edge topics in sustainability, digitalization, and engineering right away, using state-of-the-art facilities like specialized labs and our Open Innovation Lab to turn ideas into prototypes—think developing electric motorcycles or race cars in interdisciplinary teams. Integrated internships and company-based theses give you that crucial professional edge in one of Europe's top engineering regions.

Here are some standout ways you'll gain practical experience tailored to this program:
- Interdisciplinary project teams: Collaborate on real-world challenges like electric motorcycles with the eLaketric Racing Team or race cars with the Bodensee Racing Team, applying skills in sustainable mobility, robotics, and cyberphysical systems.
- Open Innovation Lab: Experiment with your own ideas in this state-of-the-art space, perfect for prototyping future tech in sustainability and digitalization.
- Labs and early real-world projects: Gain hands-on practice in dedicated labs from Mechanical Engineering and Electrical Engineering departments, working on topics like AI, sustainable energy, environmental engineering, and data-based engineering.
- Integrated internships: Spend dedicated semesters applying your knowledge at companies, often leading to theses done on-site with industry partners like those in the high-innovation Lake Constance region.
- Modern computer center and award-winning library: Access cutting-edge digital tools and resources for data analysis, simulations, and "Future Skills" like collaboration and business mindset.
- Startup support: Get dedicated help to launch your own ventures, building on project experience for entrepreneurial projects in sustainable tech.