Touring the new Leinweber Innovation Lab at Michigan Engineering

Meet the MiHTEE Lab (Materials in High Temperatures and Extreme Environments)

Warm Winter Wishes from Michigan Engineering

Meet the Artificial Intelligence and Multiphysics Simulations (AIMS) Group

Being a Culture Leader at Michigan Engineering

VFX Breakdown of Michigan Engineering's 'Warm Winter Wishes'

What does a research administrator do?

Building Inclusive Communities: DEI Strategies in Engineering

Being an Equity Advocate at Michigan Engineering

Look to Michigan Engineers

A collaboration to bring undergraduate robotics courses to more universities

OpenAI CEO Sam Altman discusses the future of generative AI

Warmilu and their non-electric infant warming blankets for premature babies

A digital teaching platform used to teach students about electric vehicles

A screen using magnetic pixels stores and displays encrypted images without electronics

Celebrating 25 years of hands-on-learning

The Bumpy Road to Greatness | Michigan Baja Racing Team

How racing solar cars in the Outback as a college student builds engineering career skills

An invisible, virus-killing mask

ENGR 100 Section 430 – Music Signal Processing

ENGR 100 Section 130 – Sustainable Materials and User-Centered Design

ENGR 100 Section 250 – Microprocessors and Toys

ENGR 100 Section 330 – The Rise of Wearable Electronics

ENGR 100 Section 150 – A River Runs Through It

ENGR 100 Section 600 – Underwater Vehicle Design

An app that limits screen time by making your phone slightly more annoying to use

Taking a ride on a weather balloon during a solar eclipse | 360º

Robotic lab proves new recipes make cleaner battery materials

Civil & Environmental Engineering at Michigan

Diversity, Teams, and Collective Intelligence

Designing Load-Bearing Modular Origami Structures

ENGR 100 Section 700 – Intro to Aerospace Engineering

ENGR 100 Section 320 – Applied Data Science for Engineers

ENGR 100 Section 450 – Harnessing the Wind (Green Engineering)

ENGR 100 Section 520 – Engineering Wellness: Technologies to Support Physical and Mental Health

ENGR 100 Section 750 – Engineering for Social Impact

ENGR 100 Section 910 – Socially Engaged Design of Nuclear Energy Technologies

ENGR 100 Section 200 – Designing in the Real World

ENGR 100 Section 580 – Bio-inspired Design

ENGR 100 Section 120 – The Greatest Materials of All Time

ENGR 100 Section 900 – DiY Geiger Muller Counter

ENGR 100 Section 510 – Dissecting Modern Medical Devices

ENGR 100 Section 800 – Process and Throughput Optimization

ENGR 100 Section 810 – Continuous Improvement and Operations Management

ENGR 100 Section 400 – Self Driving Cars, Drones, and Beyond

ENGR 100 Section 590 – Wireless Microscopic Ore Rover

ENGR 100 Section 300 – Food Science and Engineering

ENGR 100 Section 180 – Deployable and Adaptable Structures

ENGR 100 Section 440 – Solar Energy and Self-Powered Wireless Systems

ENGR 100 Section 310 – Recycling and Repurposing of Plastics

ENGR 100 Section 980 – Rocket Science

ENGR 100 Section 850 – Robotics Mechanisms

ENGR 100 Section 350 – Engineering Biological Solutions

ENGR 100 Section 950 – Electronics for Atmospheric and Space Measurements

ENGR 100 Section 210 – Writing and Interdisciplinary Collaborative Design

ENGR 100 Section 420 – Solar Energy and Self-Powered Wireless Systems

How to improve traffic lights in Birmingham, Mich. with connected vehicle data

Designing Non-Metallic Squishy Magnets to Power Soft Robots

Design Justice: Creating a more equitable world together

Teaching Equity-Centered Engineering: Development of a Comprehensive Approach to Teaching Equity