What is a Computer Engineering?
Alaska offers unique opportunities for pursuing a computer engineering degree. You can choose from comprehensive online or on-campus programs at reputable universities known for their strong focus on hands-on learning and research opportunities. These institutions can prepare you for a promising career in computer systems engineering or further graduate studies.
Computer systems engineering programs include independent research and practical experiences, ensuring graduates are ready to tackle real-world challenges. Similarly, computer engineering programs offered by universities in Alaska emphasize practical learning with required labs, allowing you to gain valuable virtual hands-on experience beyond the classroom.
If you're considering a career in computer engineering, Alaska's offerings provide robust educational pathways. You can work with award-winning faculty and participate in specialized research projects that can enhance your technical skills and prepare you for various tech roles.
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Overview of Computer Engineering
Computer engineering merges electrical engineering and computer science. You'll focus on designing and developing computer systems, from hardware to software. Computer engineering covers hardware, software, and networking systems. You'll study microprocessors, circuit design, and software development. The field requires knowledge in mathematics, physics, and programming languages.
Upon graduation, you may be able to work in embedded systems, robotics, software engineering, and network infrastructure. Employers include tech firms, research labs, and aerospace industries. A degree in this field opens paths to roles like systems engineer, software developer, and IT consultant.
History of the Field
Computer engineering grew from early computer science and electrical engineering advancements. The first computers, like ENIAC in the 1940s, combined hardware and software aspects. By the 1970s and 1980s, integrated circuits and microprocessors revolutionized the industry. This spurred the development of personal computers and advanced software applications.
Today's computer engineering field offers cutting-edge research and innovation opportunities in AI, quantum computing, and cyber security. This is a dynamic and ever-evolving discipline crucial to modern technology.
Online Computer Engineering Degrees
There are a variety of similarities and differences between online and on-campus platforms for getting a computer engineering bachelor’s degree in Alaska. This can help you decide which option fits your learning style and career goals best.
Online vs. On-campus Educational Platforms
Online platforms offer flexibility, making them ideal if you need to balance studies with work or personal commitments. You can attend virtual classes from anywhere, follow recorded lectures, and use online resources like forums and digital libraries. This mode suits self-motivated learners who value flexibility.
On-campus classrooms provide face-to-face interactions, which can enhance learning through real-time discussions and lab sessions. You’ll benefit from direct access to professors and peers. This environment suits those who prefer structured schedules and hands-on labs, which are critical for hardware-related courses. Your choice depends on your learning style and schedule flexibility.
Online Educational Pathways for a Computer Engineering Degree in Alaska
Alaska provides numerous pathways for those interested in a computer engineering degree. From Associate to PhD programs, students have many options to choose from for a computer science program. Here’s a detailed look at each level of education.
Online Associates (AS)
An associate degree in computer engineering typically takes two years to complete. These programs can be an entry point into the field, laying the groundwork for more advanced degrees. The flexible schedules allow you to manage your studies alongside other commitments. Completing an associate degree can also make you eligible for entry-level jobs in IT and technical support.
National online rankings - best online associates in computer engineeringOnline Bachelors (BS)
A bachelor’s degree in computer engineering usually takes four years. These programs cover both software development and hardware design. You will engage in either virtual or hands-on labs, research projects, and in-depth coursework. Small class sizes enable close interaction with faculty. These programs are designed to help you meet your career goals through specialized project work, and several are available online. You may even be able to engage in undergraduate research.
National online rankings - best online bachelors in computer engineeringOnline Masters (MS)
Master’s degrees in computer engineering focuses on advanced topics and typically takes two years beyond a bachelor’s degree and you may need to habe professional experience to gain access to these programs. Topics include advanced algorithms, network security, and specialized hardware design. You can participate in innovative research projects and collaborate with award-winning faculty. This degree will help you qualify for leadership roles and specialized positions in the tech industry, government agencies, and more.
National online rankings - best online masters in computer engineeringOnline PhD (PhD)
Earning a PhD in computer engineering represents the pinnacle of academic achievement. These programs usually take around four to six years. Emphasis is placed on original research, theoretical studies, and advanced technical skills. You will have the opportunity to contribute new knowledge to the field. They are designed for those interested in academic, research, and high-level industry positions.
Learn more about computer science resources and scholarships Read our financial aid and FAFSA guideOnline Certifications
Alongside degree programs, you can also pursue certifications in computer engineering. Certifications like Cisco’s CCNA, CompTIA A+, and Microsoft Certified: Azure Solutions Architect Expert can enhance your skills and marketability. Online certification programs are flexible and often shorter in duration. They can be a great way to specialize in certain areas without committing to a full degree program. Completing certifications can lead to better job prospects and increases in salary.
Financial Considerations
Pursuing a computer engineering degree in Alaska involves understanding potential costs and funding options. Here, we’ll focus on financial aid, loan programs, and scholarships that can help you manage expenses.
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Financial Aid and Loan Programs
Many computer engineering programs offer federal financial aid, including Pell Grants, Stafford Loans, and Federal Work-Study opportunities. To apply, you’ll need to complete the Free Application for Federal Student Aid (FAFSA). State aid may also be available through the Alaska Commission on Postsecondary Education (ACPE) which provides loans like the Alaska Supplemental Education Loan (ASEL).
Additionally, some universities may offer institutional loans. Interest rates and repayment plans vary, so it’s crucial to compare options.
Scholarships and Grants
Scholarships can significantly offset costs without the need for repayment. Some universities in Alaska offer specific scholarships for STEM fields. National programs such as National Science Foundation (NSF) Scholarships also provide aid for computer engineering students.
Grants often focus on minority groups or those pursuing high-demand fields in Alaska. Resources like Alaska Native Science & Engineering Program (ANSEP) offer scholarships for indigenous students, while industry-specific grants might be available from Alaskan tech companies.
Steps to find scholarships:
- Search university websites for specific departmental scholarships.
- Consult national databases like Fastweb or the College Board.
- Check local organizations for community-based opportunities.
Thoroughly researching and applying to these programs can substantially reduce your educational expenses and help you become a computer engineer in Alaska.
Accrediting Bodies and Organizations
Several accrediting bodies establish the standards for computer engineering programs.
- ABET (Accreditation Board for Engineering and Technology) is the primary accrediting body. Having a degree from an ABET-accredited program ensures that your education meets the quality standards set by the profession.
- The Institute of Electrical and Electronics Engineers (IEEE) also provides certifications that can bolster your credentials. Professional Engineering (PE) licensure is an esteemed certification. To become licensed as a PE, you typically need to pass the Fundamentals of Engineering (FE) exam, gain relevant work experience, and then pass the PE exam.
By obtaining these certifications, you demonstrate your commitment to professional competence and ethical practices. This is essential for career growth and gaining respect in your field. However, as helpful as these accreditations can be, the absolute minimum for accreditation is regional, which, in Alaska, is provided by the Northwest Commission on Colleges and Universities (NWCCU).
Potential Career Paths for Graduates
In Alaska, a computer engineering degree can open doors to various high-paying and in-demand careers. Whether students are interested in programming, network architecture, data analysis, research, working as software engineers, software developers, or management, there are opportunities available with competitive salaries. These are just a few of your options, along with common educational requirements and average salaries.
Computer Programmer:
Job Description: As a computer programmer, you will write and test code that allows software applications to function. Required skills include proficiency in coding languages like Java, C++, and Python. Programmers often work in diverse industries, ranging from software development firms to governmental agencies.
Requirements:
- Bachelor's degree
- Create, modify, and test the code and scripts that allow computer applications to run
- Write programs in a variety of computer languages, such as C++ and Java
- Update and expand existing programs
- Test programs for errors and fix the faulty lines of computer code
Median Salary: $107,750
learn moreComputer Network Architect:
Job Description: Computer network architects design and build data communication networks including local area networks (LANs), wide area networks (WANs), and intranets. This job requires a strong understanding of network hardware, software, and security. Often, professionals need a bachelor’s degree in computer engineering and several years of related experience.
Requirements:
- Bachelor's degree, 5 years or more work experience
- Design and implement computer and information networks, such as local area networks (LAN), wide area networks (WAN), intranets, extranets, and other data communications networks
- Create plans and layouts for data communication networks
- Present designs to management, customers, and staff
- Deploy planned networks, testing to ensure proper implementation
Median Salary: $133,930
Learn moreComputer and Information Research Technologist:
Job Description: In this role, you'd explore new and innovative ways to use existing technology. Computer and information research technologists often work in academia, government, or private research labs. This career typically necessitates a deep knowledge of advanced mathematics, algorithms, and computing theories, along with a computer engineering degree.
Requirements:
- Master's degree, Growth Potential 23% (Much faster than average)
- Explore problems in computing and develop theories and models to address those problems
- Collaborate with scientists and engineers to solve complex computing problems
- Determine computing needs and system requirements
- Develop new computing languages, software systems, and other tools to improve how people work with computers
Median Salary: $145,080
Computer and Information Systems Manager:
Job Description: As a computer and information systems manager, you would plan, coordinate, and direct computer-related activities in an organization. Responsibilities include overseeing IT staff, managing budgets, and ensuring an organization’s technology runs efficiently. This role often requires significant experience and a bachelor’s degree in computer engineering.
Requirements:
- Bachelor's degree
- Plan, direct, or coordinate activities in such fields as electronic data processing, information systems, systems analysis, and computer programming
- Analyze their organization’s computer needs and recommend possible upgrades for top executives to consider
- Plan and direct the installation and maintenance of computer hardware and software
- Ensure the security of an organization’s network and electronic documents
Median Salary: $180,720
learn moreFrequently Asked Questions
What are the requirements to pursue a computer engineering degree?
To pursue a computer engineering degree in Alaska, you'll need to complete specific prerequisites. This includes courses like Calculus II and General Physics I and II. You'll also engage in numerous hands-on labs throughout the program.
Are there accredited computer engineering degree programs in Alaska?
Yes, there are accredited programs available. Universities in Alaska offer accredited computer engineering BS degrees. These programs are well-recognized and meet industry standards.
Can you obtain a computer engineering degree online from Alaskan universities?
Currently, the programs at the University of Alaska Fairbanks and the University of Alaska Anchorage are primarily hands-on and may require in-person attendance. However, some courses within these programs might be available online, and you can always look for programs outside the state that you can attend online.
Do I need to obtain certifications to enhance a computer engineering career in Alaska?
While not mandatory, certifications can greatly enhance your career prospects. You may want to consider certifications like Cisco's CCNA, CompTIA Security+, and Microsoft Certified: Azure Fundamentals. These can provide specialized skills and make you a more competitive job candidate.
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