Today's ever increasing digital society demands computer engineers who can research, design, implement and manage every aspect of the electrical systems and their components. This can include detailed knowledge of computer architecture, software, wireless communication, signal processing, electromagnetics, fiber optics and physical electronics.
A master's in computer engineering from Florida Tech provides the type of high-level engineering training that gives graduates the skills they need to enter a technical workforce. Businesses in every major industry from aerospace and medical to communications, electronics and computing demand employees who are prepared for complex work environments where they can provide sound engineering solutions.
Graduates with a computer engineering degree develop in-depth technical expertise in electronics, as well as the needed expertise for their particular degree program. Florida Tech's master's in computer engineering is uniquely flexible, allowing students to design their degree to their specific interests. This could include such areas as semiconductor modeling, machine learning, wireless communication, computational electromagnetics and more. This advanced technical proficiency not only prepares students to begin their career, but also to have a solid foundation prior to entering a doctoral program.
Professors in the master's in computer engineering program bring many years of experience in the field to the classroom, where they mentor students to succeed, encouraging them to develop new ideas. Small class sizes ensure specialized attention from professors who get to work one-on-one with students in classroom study and field research. Florida Tech's program is built on its reputation of over 50 years of excellence in engineering education.
Florida Tech is respected as a leading research university and individual or faculty-led research projects are part of every degree curriculum. Graduate students in the master's in computer engineering program pursue research topics that align with their career goals, and the research recap gives students a chance to apply coursework knowledge and expand their learning beyond the classroom into the type of computer engineering challenges they might face in their career. Students are encouraged to submit articles for publication in respected industry journals such as the Institute of Electrical and Electronics Engineers and SPIE, the international society for optics and photonics.
Students working towards a master's in computer engineering at Florida Tech also have an opportunity for internships. Florida Tech is located among the Florida High Tech Corridor – home to more than 5,000 high-tech companies and the fifth largest high-tech workforce in the nation.
Florida Tech is home to a number of centers and institutes where faculty members and students work side-by-side conducting research. Students in the master's in computer engineering program have access to laboratories related to signal processing, computational electromagnetics, wireless communication and fiber-optics.
Graduates of Florida Tech with a master's in computer engineering are prepared for the highly competitive technical workforce, skilled in a number of areas related to computing and electronics.
With a master's degree, graduates have the expertise they need to begin their career in just about any industry including aerospace, automotive, medical, railway and nuclear as well as non-electrical industries such as computers, communications and power. Florida Tech engineering and technical degree programs empower future leaders; where "High Tech with a Human Touch," is at the heart of every degree.
Florida Tech's faculty brings a wide range of experience to the classroom. Small class sizes allow professors to mentor students and work closely on relevant topical research in the industry – the kind of specialized attention not often found in university classrooms.
As technological innovations continue to develop, employers demand employees with advanced expertise reflective of the issues currently facing their industry. Florida Tech consistently updates degree programs like the master's in computer engineering to give students robust topical curriculum that reflects prevailing trends, theoretical applications and best practices in the industry.
The capstone research experience gives students in the master's in computer engineering program not only advanced research skills, but also a better understanding of the type of complex challenges they will face on the job. This training could include such topics as image processing, wireless communication or speech processing.
Florida Tech is at heart a research university and provides students with the tools and facilities they need to conduct cutting-edge research in their preferred area of expertise. Florida Tech's advanced research centers and laboratories are home to essential engineering equipment and software. Students earning a master's in computer engineering also have access to the Wireless Center of Excellence.
While many students in the computer-engineering program are working professionals, Florida Tech's proximity to more than 5,000 high-tech companies in the Florida High Tech Corridor – the fifth largest high-tech workforce in the nation – makes Florida Tech an ideal choice for a master's in computer engineering.
As a top tier research institute, Florida Tech offers students opportunities for computer engineering internships and research. Pairing classroom learning with hands-on fieldwork engages students in modern topics facing the industry they have chosen for their career, preparing them for the type of work they will likely do when on the job. Having a chance to develop imaginative solutions to complex computer engineering issues motivates students to think creatively and further expand their knowledge of the industry.
In addition to computer engineering internships from any of the surrounding companies in the high-tech workforce of Melbourne, FL, the program also involves another hands-on learning approach through the capstone research experience. Working independently or collaboratively with faculty or peers, graduate students choose a topic relevant to computer engineering to apply their knowledge and expand their expertise. Advanced research topics can include speech processing, machine learning, image processing, software systems and wireless communication.
Florida Tech boasts a wide range of cutting-edge research facilities and laboratories, including The Wireless Center of Excellence – dedicated to fostering the next generation of wireless engineering professionals through education and research. WICE provides the opportunity for students and faculty to conduct research in a variety of wireless related topics, including propagation modeling, wireless systems engineering, personal communications systems and wireless sensors.
Submitting articles and attending conferences and workshops offer a deeper knowledge of the industry. Students also stay abreast of trends through organizations such as Institute of Electrical and Electronics Engineers and SPIE, the international society for optics and photonics. Combined with computer engineering internships and research, students have a wide range of methods for expanding their knowledge outside of the classroom.
When considering careers in computer engineering, graduates will quickly see the range and opportunity of jobs the industry provides. As a graduate of Florida Tech, students have the comprehensive technical expertise they need to be highly attractive to employers.
Many graduates begin a career immediately following a successful internship with one of the many technical companies in the local area. Florida Tech is located amidst more than 5,000 high-tech companies in the largest high-tech workforce in the nation. Companies such as Harris, Northrop Grumman, Rockwell Collins, NASA, GE and DRS Technologies are just a few of the companies located here.
Florida Tech graduates are trained to qualify for careers in computer engineering that include:
Careers in computer engineering can also include leadership roles of technical and development teams including management of computer engineering staff, supervising programmers and systems analysts, leading software engineers and performing strategic planning and implementation.
Graduates with a master's in computer engineering will find career opportunities in a variety of industries that will offer positions in research, design or management. Employment of computer engineers is projected to grow seven percent through 2022, according to the Bureau of Labor Statistics, as innovation continues in computing and electronics.
The United States Department of Labor, Bureau of Labor Statistics (BLS), provides information about a variety of computer engineering industry segments.
Additional employment growth will also come from the demands of cyber security concerns, new technologies in online record keeping, cloud computing advances and changes in the systems and processes in the financial industry.
The Occupational Outlook Handbook provides information on careers in computer engineering as well as hundreds of other occupations, including entry-level education, overall working environment and employment prospects. Visit the website for more information.
Entry-level salaries for careers in computer engineering vary widely depending on the employment area and the industry. Company size, location and level of education are also factors.
PayScale.com reports entry-level salaries for computer engineering to be $62,700 with an opportunity to grow to $105,000. Graduates who enter electrical engineering may find salaries starting at $63,400 with growth to $106,000, while electrical engineering technology salaries begin at $58,400 with growth to $86,900.
PayScale.com is an online salary information company that helps people obtain accurate real-time information on job market compensation. In addition to the wages individuals earn, master's degree graduates often earn other compensation such as performance bonuses, expense allowances and company-paid benefits.