This course is intended to help practicing engineers and managers (structural or non-structural) with limited structural background become familiar with the concepts, techniques, and practices that are essential to the development of spacecraft structures. The general background of spacecraft structures, fundamental structural mechanics theories, and the engineering procedures that are employed in daily engineering practices from design to verification are introduced.

In this course, students learn the basic engineering calculations and design rules of air conditioning systems.    

This course presents the fundamentals of modern molecular biology from the perspectives of known mechanisms as well as theoretical perspectives used in laboratories.

This course presents the genetic, cellular and molecular mechanisms involved in the development of animal embryology and related developmental defects and disease.

Analyze the organization, structure, and function at the molecular level of cell membranes and signaling, membrane transport, intracellular trafficking and cell energetics.

This course explores the molecular and cellular biology of cancer and the current advances in therapy.

This course describes sensor and data fusion methods that improve the probability of correct target detection, classification, identification, and state estimation.

This course presents the structure, unique attributes and capabilities, and implementation considerations of standard multirate filter structures including polyphase, dyadic half-band, and Cascade Integrator-Comb (CIC).

This course will teach you how to design printed circuit assemblies & enclosures for EMI-EMC compliance including IOT and 5G. This course will be held virtually via Adobe Connect.

Course is designed to benefit industry scientists, engineers, program managers, and other professionals who have a need to develop the necessary technical background to effectively design, develop, test, deploy, and operate Li-Ion battery energy storage systems.

This course emphasizes the DSP technology used in modern communication systems.  

This course is the second of the Calculus series and covers transcendental functions, methods, applications of integration, sequences and series. The course prepares students for Calculus-based Chemistry and Physics.

Learn how to program in Python on the Linux operating system on Raspberry Pi boards. Students will write programs in Python and connect basic electronic designs to the board. Once connected, they will learn to use Python to interface with their own electronics.

Numerical computing plays an essential role in data processing. Get an introduction to core numerical methods using Python. The Python package for numerical computing, Numpy, is used for implementing these methods.

Get an introduction to core concepts in probability and statistics that will be useful throughout your data science career. This course also introduces students to important Python tools used by data scientists. 

This course introduces Pandas, one of the core Python data analysis packages, and uses it as the basis for performing various types of data analysis tasks. Essential data visualization techniques will also be covered. 

This course is the first of the Calculus series and covers differential calculus and applications and the introduction to integration. The course prepares students for Math XL 31B as well as Chemistry and Physics.

This foundational course covers topics in Precalculus and is designed to prepare students for college-level Calculus (Math XL 31A).

This online course covers the different applications of differential and integral calculus to characteristic problems in the public and private economic sectors. Students learn practical applications of calculus.

This course is part of the UCLA Henry Samueli School of Engineering and Applied Science (HSSEAS) Master of Science in Engineering Online (MSOL) program.  It is available only to students pre-approved by HSSEAS. For more information visit msol.ucla.edu.