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Automation can help companies improve the safety and efficiency of their factories, minimize human error when steering ships and aircraft, and save money throughout their operations. But the future applications… Read More about Industrial Automation
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Due to dedicated professionals in the field of nanotechnology, including graduates of engineering master’s degrees, this technology is become more useful across a wide range of applications. One potential beneficiary… Read More about 6 Areas Where Nanotechnology May Impact Developing Nations
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The supply of information stored digitally and accessible to web users worldwide currently amounts to around 4.4 Zettabytes or 4.4 Trillion Gigabytes. Of that information, most of it was produced… Read More about Most Exciting Career of the 21st Century: The Data Scientist Shortage
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Throughout history, humans have continuously made efforts to heal and eradicate diseases. In early, less modern times, […] Read More about Editing Out Diseases with the Help of Bioengineering
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Sprawling cities gave way to the built up of waste, including dirty water. At first, cities were able to control the water going through the drains, but that is changing.… Read More about The Growing Need for Advanced Water Treatment
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There is no telling what the future holds for this country, but a drive towards sustainability is happening now. This drive could be the result of a growing political climate,… Read More about Major Corporations’ Growing Interest in Sustainable Product Design
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The current mode of transmission and distribution of electricity has proven to be unreliable and inefficient. This is because the grid technology currently in use has changed very little since… Read More about The Future of Smart Grid Technologies
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Air pollution is a major risk to human health and prosperity. In 2016, the World Bank estimated that pollution’s worldwide annual toll on welfare – including health expenses and income… Read More about How Environmental Engineers Help with Air Pollution Control
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Medicine is one of the most commonly cited use cases for nanomaterials. Manipulating devices and systems at nanometer scale opens up many possibilities in diagnosing and treating diseases and performing common tests with… Read More about Major Nanomaterials Use Cases in Medicine
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When you think of mechanical engineering, what industries spring to mind first? While these engineers work for companies in almost every sector, they have long been closely associated with the… Read More about The Most Promising Industries for Tomorrow’s Mechanical Engineers
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Electrical engineers are among the unsung heroes of the ongoing revolutions in mobile computing, the Internet of Things (IoT) and renewable energy. While much attention is focused on the user-facing… Read More about Industry Spotlight: How Electrical Engineers Shape Today’s Hottest Gadgets
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Water availability and quality remain fundamental challenges in most parts of the world, meaning that the special skills of hydrologists will be in high demand in the years ahead. According… Read More about Career spotlight: Hydrologist
The University of California, Riverside
One of the 10 universities that make up the prestigious University of California system, UC Riverside takes great pride in its reputation as a premier research institution, with $115 million in annual research funding. We are a pillar of academic diversity, attracting innovative minds from all demographics and walks of life.
Bourns College of Engineering
The Bourns College of Engineering at the University of California, Riverside has been recognized by U.S. News & World Report as the top public engineering college of its size in the nation. We are a leader in engineering research, receiving more than $30 million for sponsored research annually.
Cost of Attendance
Tuition
Per Credit Hour: $833
Total Tuition: $29,988
Fees
Application Fee: $80 non-refundable fee
Books/Supplies: Other additional fees include books and an online
proctoring service. The online proctoring service charges $16 for the first hour and $7 per each additional hour.
Travel/Residency: None
Admission Requirements
The following criteria are considered during the admission process for the M.S. in Engineering program:
Program Curriculum
The online Master of Science in Engineering is a comprehensive engineering program that encompasses both leadership strategy and technical skills. Coursework includes 16 credits of core engineering classes, plus 16 credits within your specialization, helping you tailor the program to your area of expertise. To accommodate busy professionals, the online Master of Science in Engineering does not include a required residency. Instead, students participate in 4 one-credit capstone courses throughout the program, providing a rich learning experience that comes with maximum flexibility.
Core (16 credit hours)
Engineering in the Global Environment (4)
Technology Innovation and Strategy for Engineers (4)
Introduction to Systems Engineering (4)
Principles of Engineering Management (4)
Bioengineering Specialization (16 credit hours)
Engineering Analysis of Physiological Systems (4)
Cellular and Molecular Engineering (4)
Integration of Computational and Experimental Biology (4)
Biotransport Phenomena (4)
Materials at the Nanoscale Specialization (16 credit hours)
Thermodynamic Foundations of Materials (4)
Crystal Structure and Bonding (4)
Nanoscale Science and Engineering (4)
Introduction to Microelectromechanical Systems (4)
Environmental Engineering (Water) Specialization (16 credit hours)
Water Chemistry in Natural and Engineered Systems (4)
Physical and Chemical Separation Processes (4)
Biological Treatment Processes (4)
Advanced Treatment Systems (4)
Electrical Engineering (Power Systems) Specialization (16 credit hours)
Intro to Engineering Optimization Techniques (4)
Power Systems Analysis (4)
Power Electronics (4)
Electric Drives (4)
Introduction to Smart Grid (4)
Power System Steady State and Market (4)
Mechanical Engineering Specialization (16 credit hours)
Plasma-aided Manufacturing and Materials Processing (4)
Secure and Reliable Control Systems (4)
Sustainable Product Design (4)
Fundamentals of Fluid Mechanics (4)
Capstone (4 credit hours)
Capstone Course A, B, C, D (1)
Total: 36 credits
Faculty Information
For UCR faculty information, click here.
Academic Calendar and Deadlines
For the UCR academic Calendar, click click here.
