What is Computer Engineering?
Pursuing a computer engineering degree in Wisconsin opens doors to a range of exciting opportunities. Whether you are interested in wearable technology, mobile devices, or cloud computing systems, this field has a lot to offer. Wisconsin provides a variety of educational paths, including online and in-person programs, allowing you to tailor your studies to your needs.
Computer engineering programs emphasize both theoretical knowledge and practical skills. You can explore areas like machine learning, data science, and embedded systems. Schools in this state are known for their specialized programs and supportive academic environments
To support your education, you can find several funding options, including scholarships and financial aid. Once you obtain your computer engineering degree, career prospects are broad, ranging from tech companies to innovative startups. With the right credentials, you'll have the potential to earn a competitive salary in this dynamic industry.
Compare Popular Online Computer Engineering Programs
Overview of Computer Engineering
Pursuing a degree in computer engineering involves learning about both hardware and software. Programs in Wisconsin offer diverse options, so you can find one that matches your interests and career goals.
Studying computer engineering in Wisconsin means you can choose from several respected universities. Prominent institutions provide specializations in areas such as networking and security, computer architecture, and semiconductor technology.
These programs blend electrical engineering with computer science, preparing you to tackle complex technical challenges. You will engage in courses on computer networks, deep learning, and machine learning. This education equips you with the skills needed to analyze problems and design efficient technological solutions.
What is a Computer Engineer?
A computer engineer designs, develops, and tests computer systems and components. These include circuits, microchips, and software. Your work may lead to advancements in computing technology, from personal devices to large-scale servers.
You’ll often work closely with other engineers and developers in this role. This collaboration ensures that hardware and software components integrate smoothly. This teamwork can take place in industries like telecommunications, robotics, and electronics.
If you pursue a computer engineering degree in Wisconsin, you'll learn about hardware and software integration. Your role might also involve improving computer security. This means designing systems that protect data and digital assets. With hackers becoming more sophisticated, your work is pivotal in keeping data safe.
As a computer engineer, your career can evolve in many directions. Whether you design hardware, write software, or work on both, your impact on technology is significant. Stay curious and be prepared to learn continuously in this rapidly changing field.
Online Computer Engineering Degrees
Choosing between online and on-campus options for a computer engineer degree in Wisconsin has significant implications for your learning environment and lifestyle. Each mode has its distinct benefits and challenges.
Studying Online vs. On-campus
When deciding on an online program, flexibility is often the biggest advantage. Online courses allow you to learn at your own pace and schedule, which is useful if you have work or family commitments.
In contrast, attending classes on campus offers face-to-face interactions with faculty and peers. This can be valuable for networking and receiving immediate feedback. It also provides access to on-campus resources and laboratories.
Online courses may lack hands-on experiences that on-campus programs offer, such as lab work. Carefully consider these factors to determine which setting aligns with your educational and career goals.
Online Educational Pathways
Online programs offer flexible options for pursuing a computer engineering degree in Wisconsin. You'll find pathways ranging from associate to doctoral levels, catering to diverse educational goals and entry points. Below, we explore various the degrees and certifications available.
Online Associate (AS)
An associate computer engineering degree program can be a starting point for your computer engineering journey. Typically completed in two years, these programs prepare you for entry-level roles or further study. Online options allow for a flexible schedule, which is ideal if you are balancing work or family commitments. Look for programs that provide transferable credits if you plan to continue to a bachelor's program later on.
National Rankings - Online AS in Computer EngineeringOnline Bachelors (BS)
Earning a bachelor’s computer engineering program opens doors to more advanced opportunities and specializations. Wisconsin offers several online Bachelor’s programs aimed at building both theoretical knowledge and practical skills. Some programs in the state allow you to focus on areas like machine learning or data science. Most programs are designed to be completed in four years.
National Rankings - Online BS in Computer EngineeringOnline Masters (MS)
A master’s degree with a computer engineering major enables specialization and can lead to higher-level positions in the tech industry. Master’s programs often emphasize advanced topics such as network security, embedded systems, computer hardware, and artificial intelligence. Completing a master’s usually involves around 30-36 credits of coursework, along with a capstone project or thesis. These programs can prepare computer science students for higher-level ethical and professional responsibilities, to solve complex engineering problems, work in a collaborative and inclusive environment, and more.
National Rankings - Online MS in Computer EngineeringOnline Doctorates (PhD)
For those interested in research or academia, a PhD in computer engineering offers the highest level of education in computer engineering. PhD programs often require several years of study, including coursework, exams, and a dissertation. You can engage deeply in research, usually working closely with faculty advisors. PhD programs provide access to digital libraries, research platforms, and virtual collaboration tools.
Online Certifications
Computer engineering certifications can be a valuable addition to your degree. They help demonstrate specific skills in areas like cyber security, cloud computing, or project management. Many institutions and online platforms in Wisconsin offer certification programs that can be completed in months, not years. These courses provide focused training and are particularly useful for keeping your skills current in a rapidly evolving tech environment.
How to Become a Computer Engineer in Wisconsin
To become a computer engineering professional, you need to complete a series of educational and career steps. This involves earning a degree, gaining practical experience, and considering advanced education, if necessary.
Step 1: Obtain a Bachelor's Degree in Computer Engineering
You can start by enrolling in a bachelor's degree program in computer engineering. Universities in Wisconsin offer comprehensive online programs that cover key topics such as embedded systems, mobile devices, and machine learning. Classes may include mathematics, computer science, and electrical engineering. Ensure the program you choose is accredited to meet industry standards and equip you with essential skills. This foundation prepares you for various roles in industries utilizing technology.
Step 2: Gain Practical Experience
After completing your online degree, aim to gain practical experience through internships or cooperative education programs. These opportunities are often facilitated by your university's career services department. Engaging with real-world projects helps you apply theoretical knowledge and develop technical skills. Internships also allow you to network with professionals and can lead to job offers post-graduation, enhancing your employability.
Step 3: Consider Professional Certifications
While not always required, obtaining professional certifications can set you apart. Certifications like those from the IEEE Computer Society can validate your skills and commitment to continual learning. Research which certifications are valued in your desired field or by potential employers in Wisconsin. These credentials can provide an edge in competitive job markets, emphasizing your expertise and dedication.
Step 4: Explore Advanced Education and Specialization
If you wish to specialize further or move into research or academic roles, consider pursuing a master’s or PhD in computer engineering or related fields. Programs might focus on areas like data science or electrical engineering.
Advanced degrees offer deeper insights and advanced skills. Many universities provide online opportunities for specialization, which can open doors to higher-level positions in both industry and academia.
Funding Your Education
Finding the right funding sources can be crucial for pursuing a computer engineering degree. There are several options to explore such as scholarships, grants, and various financial aid programs. Understanding these opportunities can help make your education more affordable.
Find Online Computer Engineering Schools
Scholarships and Grants
Scholarships and grants are valuable resources for funding your education. They are typically awarded based on factors like academic merit, financial need, or specific criteria related to computer engineering. For example, some scholarships might be available through universities, while others could be offered by private organizations.
Grants are similar to scholarships in that they often don’t need to be repaid. They are usually need-based and can significantly reduce your education costs. Applying for multiple scholarships and grants increases your chances of receiving funding. It's important to check deadlines and requirements for each program.
Financial Aid and Loan Programs
Financial aid and loan programs are another way to fund your degree. Federal and state programs can provide substantial support for eligible computer engineering students. You might consider applying for the Free Application for Federal Student Aid (FAFSA) to determine your eligibility for these programs.
Loans are also available and can bridge the gap between other funding and your actual costs. While loans must be repaid, they often have lower interest rates than private loans. It's important to fully understand the terms and plan your repayment strategy accordingly. Look for student-specific loans, as they often offer more favorable terms.
Learn more about computer science resources and scholarships Read our financial aid and FAFSA guideCertification and Licensure Requirements
When pursuing a computer engineering degree, it's important to understand the certification and accreditation processes. This section will guide you through the key state certification requirements and outline the main accrediting organizations involved.
State Certification Requirements
In Wisconsin, obtaining certification as a Professional Engineer requires meeting specific criteria. Your Professional Engineer credential must be renewed every even-numbered year by July 31. If you receive your initial credential shortly before this date, you must still renew as scheduled.
You need a degree from an accredited program and must pass the Fundamentals of Engineering (FE) exam. This is followed by gaining work experience, typically four years, under a licensed Professional Engineer. Finally, passing the Principles and Practice of Engineering (PE) exam is required. Staying informed about state regulations ensures compliance.
Accrediting Bodies and Organizations
The primary body responsible for accrediting computer engineering programs specifically is the Accreditation Board for Engineering and Technology (ABET). This organization establishes critical quality standards and evaluates whether educational programs meet those.
Being accredited by ABET not only validates the program's quality but also simplifies your path to professional certification. Most employers prefer graduates from accredited programs. Other organizations like the National Society of Professional Engineers (NSPE) can offer guidance and additional resources. Their support can be invaluable as you navigate your career in computer engineering.
Potential Careers and Salaries for Graduates
Graduating with a computer engineering degree in Wisconsin opens diverse career paths. Many roles offer competitive salaries and growth opportunities. You'll find roles in tech infrastructure, data management, and educational sectors. Here are just some options you might have access to.
Computer Network Architect:
Job Description: As a computer network architect, you design and build data communication networks including local area networks, wide area networks, and intranets. In Wisconsin, this role demands strong skills in network hardware and software. Keeping up with evolving technologies is key, as is the ability to plan network expansion to meet an organization's growing needs. Problem-solving and analytical thinking are crucial in this field.
Requirements:
- Bachelor's degree, 5 years or more work experience
- Design and implement computer and information networks, such as local area networks, wide area networks, intranets, extranets, and other data communications networks
- Create plans and layouts for data communication networks
- Upgrade hardware, such as routers or adaptors, and software, such as network drivers, as needed to support computer networks
- Research and recommend new technologies for network performance
Median Salary: $133,930
Computer Systems Analyst:
Job Description: Computer systems analysts examine and improve computer systems for organizations. They ensure systems run efficiently and meet business goals. In Wisconsin, you might find roles in healthcare, manufacturing, or tech companies. You’ll need to balance understanding both IT and business needs. Working with databases, systems design, and user needs analysis are common tasks. Analytical skills and attention to detail are important.
Requirements:
- Bachelor's degree in computer science, Growth Potential 10% (Much faster than average)
- Analyze science, engineering, business, and other data processing problems to develop and implement solutions to complex applications problems, system administration issues, or network concerns
- Oversee the installation and configuration of new systems and customize them for the organization
- Test systems to ensure that they work as expected
- Write instruction manuals and train the systems’ end users
Median Salary: $110,800
learn moreDatabase Architect:
Job Description: Database architects are responsible for designing, managing, and optimizing databases. Their work ensures data integrity and accessibility, which is crucial for companies making data-driven decisions. Knowledge of SQL, data modeling, and database architecture is essential. The demand for skilled database architects is high, with salaries reflecting the level of expertise and the critical nature of the role in managing data securely and efficiently.
Requirements:
- Bachelor's degree, Growth Potential 8% (Faster than average)
- Design strategies for enterprise databases, data warehouse systems, and multidimensional networks
- Develop and document database architectures
- Design databases to support business applications, ensuring system scalability, security, performance, and reliability
- Develop data models for applications, metadata tables, views or related database structures
Median Salary: $137,030
learn moreComputer Science Teacher, Postsecondary:
Job Description: As a computer science teacher in Wisconsin's universities or colleges, you play a vital role in educating the next generation of computer engineers. The position involves teaching, research, and mentoring students in various computer science disciplines. Teachers must stay current with educational and technological advancements. A passion for teaching and strong communication skills are necessary.
Requirements:
- PhD
- Teach courses in computer science
- Initiate, facilitate, and moderate classroom discussions
- Plan, evaluate, and revise curricula, course content, and course materials and methods of instruction
- Supervise students' laboratory work
Median Salary: $106,380
Frequently Asked Questions
What are the requirements to obtain a computer engineering degree?
To earn this degree, you typically need to complete certain coursework in mathematics, physics, and computer systems. You'll also have to meet specific GPA criteria. Check with individual universities for detailed requirements.
In Wisconsin, is a computer engineering degree an accredited program?
Yes, computer engineering programs in Wisconsin are accredited by organizations like ABET. This ensures that the education meets high-quality standards, preparing you effectively for engineering careers.
Are there online programs available for a computer engineering degree in Wisconsin?
Yes, universities in Wisconsin offer fully online degrees through their Wisconsin Online portal. These programs provide flexibility for those who need to balance studies with other commitments.
How much does it cost to obtain a computer engineering degree?
Costs for a degree can vary greatly depending on factors like the specific university and your residency status. It's best to check the tuition details on university websites for precise figures.
Are there certifications I can use to enhance my computer engineering degree?
Yes, online certifications in areas like coding, machine learning, and data science can add value to your degree. Many platforms offer these, allowing you to build skills that are highly regarded in the tech industry.
How challenging would it be to find a job in Wisconsin after completing a computer engineering degree?
Job prospects in Wisconsin for computer engineering graduates are generally strong, given the tech industry demand. However, competition can vary by region and specific roles, so gaining experience and networking can be beneficial.
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