Chemical Engineering (Joint-Degree-Studiengang) Bachelor of Science an der Technische Universität München

Practical Course General and Inorganic Chemistry

Practical Course Organic Chemistry

Instrumental Analysis and Spectroscopy

Advanced Organic Chemistry

Green Chemistry

Cell Biology and Microbiology

Practical Course Microbiology

Bioinformatics

Molecular Biology and Genetics

Biochemistry

Practical Course Biochemistry

Enzymes and Their Reactions

Reaction Engineering and Fluid Separations

Practical Course General Process Engineering

Bioprocess Engineering

Practical Course Bioprocess Engineering

Mechanical Process Engineering

Downstream Processing

Research Internship

Applied Electrochemistry

Biopolymers

Concepts of Physics and Chemistry in Nature

Practical Course Electrobiotechnology

Introduction to Electrochemistry

Basics on Renewables Utilization

Principles and Methods of Synthetic Biology

Protein Chemistry

Applied Methods in Chemistry

Microscopy and Diffractometry

Introduction to Graphs and Networks

Research Internship Bachelor

Research Excursion Bachelor

Nobel Concepts toward Sustainable Future

Introduction to Bioengineering: Bio-inspired Material Design

Introduction to Medicinal and Spice Plants

Experimental Lab - Architecture, Science & Design

ChangeMakers: Entrepreneurial and Design Competencies for Societal Transformation

Core Topic: Gender & Diversity

Value Creation with AI at Scale: Strategy, Tech, People and Governance

Academic Prompt Engineering and Management: a Reflexive Introduction

Academic Prompt Engineering and Management: Responsible Use in Action

Open Data - Open Science (Introduction)

Data Regulation & Law (3 ECTS)

Data Regulation & Law (6 ECTS)

Aligning Generative AI to Social Values (6 ECTS)

Open Data - Open Science

Aligning Generative AI to Social Values (3 ECTS)

Innovative Entrepreneurs - Leadership of High-Tech Companies

Advanced Seminar Marketing, Strategy, Leadership & Management: Life Mastery

Innovation Sprint

Scaling Entrepreneurial Ventures

Global entrepreneurship summer school

Impact Entrepreneurship for Transformational Change

TUM Climate Ventures

Smart Start: Financial, Tax, and Legal Fundamentals for Entrepreneurs and Everyone

Business Negotiation and Mediation

Legal framework for start-ups

Principled Entrepreneurial Decisions

Advanced Topic: Ethics & Responsibility

Responsibility in the Engineering Profession

Ethics for Engineers: Foundations, Theories, and Applications

Football Analytics Hackathon

Project Week: Sleep and Circadian Health

Explore the Art of Dance - perceive, explore and experience creative performance processes

Computational Modeling of Motivation, Emotion & Coping

Scientific Methods in Workplace Health Promotion

Workplace Health Promotion

Medicine in the Tropics and Global Health

Global Health (MSc.)

Digest - A Student Social Media Project

STS 2: Philosophy of Science and Technology

Active Learning

Introduction to Psychology and Human Behavior

Introduction to Judgement and Decision Making

The Psychology of Teamwork: Theory and Practice in Organizations

Critical Thinking: Journal Club

Children, Well-Being, and Digital Technologies

Lost in Translation? Transforming Research into Policy and Practice

Comparative Politics - Fundamentals

Science Communication and Public Engagement

Society and Technology

Philosophy of Artificial Intelligence: Key Readings

Project Week: Application Project: Public Sector

History and/of Technology

Risk & Crisis Communication (6 ECTS)

Generative Design Studio: Responsible Quantum Innovation

Places of Change – Education for Sustainable Development Outside the Classroom

Environmental Politics in International Comparison

Technology and Development

Sustainable Transitions

Sustainability and Development: Causal Methods to evaluate Policy Impact

Advanced Methods for Measurement and Modeling of Choice Behavior

Sustainability Politics and Policy

EuroTeQ Collider. Enhancing Connections for Sustainable Futures (BSc)

Bachelor's Thesis

Advanced Mathematics 1

Selected topics from one-dimensional analysis and linear algebra required in engineering, including real and complex numbers, sequences, series, limits, functions, continuity, calculus, and linear equations. The module covers mathematical fundamentals essential for engineering applications.

Physics

Introduction to classical physics covering mechanics, thermal engineering, electricity, and optics. The module provides mathematical-based approach to physics for nature description with practical applications.

General and Inorganic Chemistry

General principles of inorganic and physical chemistry covering atomic and molecular construction, acid/base equilibria, redox reactions, thermodynamics, reaction kinetics, catalysis, and electrochemistry fundamentals.

Foundations of Programming

Introduction to programming using Python covering imperative and object-oriented programming, file handling, basic algorithms, data structures, recursion, and search and sorting methods.

Statistics

Statistical methods required in natural sciences and engineering covering descriptive statistics, probability calculus, statistical inference, confidence intervals, hypothesis tests, and linear regression.

Organic Chemistry

General principles of organic chemistry including structure of organic compounds, carbon-atom hybridization, functional groups, nomenclature, and selected reactions of organic chemistry with natural substances.

Advanced Mathematics 2

Selected topics from linear algebra, vector analysis, and ordinary differential equations required in engineering, including vector spaces, linear maps, multivariate functions, differentiation, integration, and differential equations.

Physical Chemistry

Basics of chemical thermodynamics covering laws of thermodynamics, energy forms, chemical equilibrium, gas properties, phase transitions, multiphase systems, and reaction kinetics.