888.457.5227
We offer unique and flexible graduate programs in computer science and software engineering that will enhance your career in the technology capital of the Pacific Northwest.

Learn New Tech Skills By Joining Our Computer Science Club

If you’re a fan of technology, computer science, and software engineering, or if you’re simply interested in learning more about these dynamic fields, then check out Seattle University’s Computer Science Club. In this group, students who love tech are given valuable opportunities to work with various types of technology. The Computer Science Club benefits from having strong support and a broad professional network, and its members get to work directly with technology, from the old to the emerging, as well as acquire and practice new tech industry skills. Please visit the Seattle University College of Science and Engineering website to learn more.

If you would like to transform your passion for technology into a rewarding career, then consider earning the Seattle University College of Science and Engineering’s Master of Science in Computer Science degree. For information about this or our other graduate programs in Seattle, please give us a call today at (888) 457-5227.

Exploring Some of Today's Most In-Demand Programming Languages

The fields of computer science and software engineering are growing and evolving rapidly. If you’re considering pursuing a graduate degree in one of these areas and wonder what skills will benefit you in your studies, then read on for a quick introduction to some of today’s most in-demand programming languages.

SQL

SQL is a widely-used, database query language that comes in many variations and is utilized in the management of and communication with databases. SQL is used primarily to manage data and is a popular language for big data mining and data analysis.

Python

Python is a high-level programming language featuring built-in data structures and a syntax that is easy to learn and understand. This programming language is object-oriented and promotes increased productivity and easy maintenance, and it is used by many software engineers and back-end developers. Python is a popular choice for scientific computing, web development, and film and animation.

Java

Java is a widely-implemented, general-purpose, object-oriented programming language that can be used to build a variety of programs, such as small web page applications, computer applications, games, and Android apps. Java is a simple programming language that is easy to read and used by many Fortune 500 companies for back-end development. Knowledge of this robust and popular programming language can benefit many future programmers.

JavaScript

Not to be confused with Java, JavaScript is a dynamic, client-side, scripting language that is easy to learn and compatible across browsers. JavaScript is present in the majority of web pages and typically runs within a browser instead of a server. This programming language is frequently used in game development and front-end web development, and it allows the programmer to make web page elements more dynamic.

If you’re ready to make a career change and want to begin your graduate degree in computer science or software engineering in Seattle, then call (888) 457-5227 to learn about the masters programs that we offer at the Seattle University College of Science and Engineering.

What Does a Systems Analyst Do?

If you’re like many individuals who want to make a change in their life by furthering their education with a computer science or software engineering graduate degree, then you may find yourself weighing the variety of career options in this field. If so, then keep reading for an introduction to one of these options: computer systems analyst.

Career Summary for Systems Analysts

The primary function of a computer systems analyst is to merge internet technology and business with the goal of benefiting their organization. To effectively help organizations overcome roadblocks and become more efficient, these professionals may benefit from having skills in internet technology, computer science, and programming, as well as those in communication, critical thinking, and problem-solving. According to the Bureau of Labor Statistics, some of the duties that these professionals might be responsible for include calculating the demands of computer systems, designing computer systems using data modeling, analyzing information and data, and researching new technologies to determine if they would benefit their organization. Considering these facts, the role of a computer systems analyst may be ideal for individuals who love computer science and technology, but who also enjoy working and collaborating with others to help address the needs of an organization.

Career Outlook for Systems Analysts

If you’re ready to make a career change and wonder if the path of a computer analyst is a good fit for you, then you may benefit from knowing that the job outlook for this profession is quite encouraging. The Bureau of Labor Statistics projects that the employment of individuals skilled in computer systems analysis will grow at a much faster rate than the average for all professions at an impressive 21% between 2014 and 2024. Also, in 2016, the median pay for computer systems analysts was $87,220 per year or $41.93 per hour.

The Seattle University College of Science and Engineering offers graduate degrees in computer science and software engineering in Seattle that may prepare you to launch a new career. For information about our university or academics, please call (888) 457-5227.

Time Management Tips for Grad Students

Entering a graduate program is exciting, but it can also be a little overwhelming. The new demands on your time mean that you need to rethink your schedule to ensure that you can concentrate on your coursework. Because many graduate students also have jobs and other outside responsibilities, time management is a critical part of success. Here are some tips for tackling your schedule and managing your commitments.

Use a Calendar

You can’t stay on top of your schedule if you don’t have a plan. Use a calendar system to keep track of all of your obligations, so that you never miss a study group meeting or appointment with your professor. Use whatever system works best for you, from your smartphone scheduler to a paper pocket calendar. The format isn’t as important as actually using the calendar. Don’t forget to put long-term due dates in your calendar as well, such as financial aid deadlines.

Make a Daily To-Do List

Creating a daily to-do list will help you stay on task and will reduce some of the stress you feel about all of the demands you’re facing. By crossing items off your list, you’ll get the satisfaction of seeing the progress you’re making. Be sure to include time in your day for unexpected things that may need your attention.

Prioritize Your Tasks

You may have a lot of things you need to get done each day, but not every task has the same amount of urgency. Do the things that are most pressing first, and leave the tasks that can wait until later in the day. Doing things lets you get over the stress of your most important tasks and gives you the flexibility to shift less essential work to another day, if necessary.

In a graduate program in Seattle University’s College of Science and Engineering, you’ll find supportive faculty, advisors, and peers who will support you throughout your education. Could a graduate degree in computer science or software engineering be right for you? Contact an admissions counselor at (888) 457-5227 to find out more about our programs.

Have You Heard About Seattle University's Women in Technology Group?

More women than ever are entering technology fields, including computer science and software engineering. Students in Seattle University’s graduate programs in these fields may be interested in joining our Women in Technology (WIT) group. WIT gives aspiring women software engineers and computer scientists a safe place to discuss their unique needs and to form professional bonds.

The WIT group meets once a week and engages in conferences and other events whenever they are available. Through the group, women have the opportunity to build connections with other women in technology fields and connect with potential mentors in the community. The group also takes part in volunteer activities and helps women in graduate programs support each other’s paths to the computer science and software engineering fields.

The WIT group is just one of the many support systems available for students in Seattle University College of Science and Engineering graduate programs. We’re here to answer your questions about admission to our computer science and software engineering graduate degrees in Seattle. Call (888) 457-5227 for more information.

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