Ece engineering

Department of Electrical and Computer Engineering Welcome to the Department of Electrical and Computer Engineering (ECE) in the College of Engineering and Computer Science (ECS) at California State University, Fullerton (CSUF). ECE is committed to providing exciting academic programs in Electrical and Computer Engineering. It strives to combine the best facilities along with a driven faculty and an innovative curriculum to prepare students for the significant engineering challenges of the 21st century. The department offers undergraduate (BS) and graduate (MS) degree programs in Electrical and Computer Engineering and a 4-Year Integrated BS-MS degree in Computer Engineering. Web Accessibility CSUF is committed to ensuring equal accessibility to our users. Let us know about any accessibility problems you encounter using this website. We'll do our best to improve things and get you the information you need. • Resources: • Download Adobe Acrobat Reader • • Download Word viewer, or download Excel viewer, or download PowerPoint viewer • • •

Electrical and Computer Engineering Course Descriptions On this page: The ECE Curriculum consists of basic math and science classes, core ECE classes, Engineering Clinic sequence classes and ECE electives. The descriptions of all core ECE courses as well as Engineering Clinic courses are described below. For course descriptions of classes offered by other departments, such as Mathematics, Computer Science, and Physics, please see the ECE 09101 - Electrical and Computer Engineering: Solving Tomorrow's Problems (2.s.h.) Electrical and Computer Engineering (ECE) is the field of engineering that has a broad reach, many real-world applications and a great impact on our lives, yet few know the impact of ECE in solving humanity’s problems. This course will introduce students to the field of ECE and provide a broad overview of its subfields and its applications through a series of hands-on project experiences based on current design trends. This course will also stimulate students’ interests in this field by demonstrating the extensive reach of ECE in solving a very wide range of current and emerging problems that most people do not even realize that are solved by advancements in ECE. Finally, this course will also provide a preview of the ECE program of study, introducing some of the most critical concepts taught throughout the curriculum, including instrumentation, microprocessor programming, embedded systems, circuit analysis, signal processing, and machine learning. This cours...

ECE Engineers, formerly Eyesizwe Consultants is a multi-disciplinary consulting engineering company, made up of experienced professionals who are proven in their industries. ECE provides professional engineering across all disciplines, with a great emphasis currently being on civil engineering, structural engineering and project/contract management. At the core of our business operations, we’re a diversified consulting engineering company, with many years of experience and a proven track record in the industry. ECE is the partner that your project needs, from modest to massive, we specialise in delivering excellence and innovation in ways that you could never have dreamed of. Client achievements are at the heart of our company. From small to large and start to finish, we’re committed to helping our clients achieve their project objectives in all aspects of construction. Our list of projects is testament to our unparalleled depth of expertise and ability to deliver beyond our customers expectations. For over a decade, ECE has been providing a competitive and proven advantage to the South African construction industry through unparalleled service delivery. We have long been recognized for our impartiality and technical credibility. Through a multi-disciplinary approach we draw on our expertise and experience, and bring together professional engineering knowledge and expertise focused to make your project a success. Our company has a pool of resourceful professionals with yea...

Breadth vs. Depth in Electrical and Computer Engineering and Computer Engineering Both electrical and computer engineering build from a core understanding of electrical phenomena, the concepts of systems and signals, and computers. At the junior and senior level, however, they branch into a large and diverse set of rich intellectual areas, ranging from bioengineering to power systems. When EE and CompE students reach junior year, they find that, for the first time in their undergraduate career, they have to make choices among large numbers of technical elective courses. At a general level, they will need to strike a balance between the breadth and depth of what they choose to learn. Many of the 300-level electives in our curricula provide broad knowledge of utility to all EEs and CompEs, regardless of areas of specialization defined by the various 400-level elective courses offered in our curricula. The material provided within the links listed below describe the main areas of specialization or focus in CompE and EE programs. For each area, you’ll find a short description, followed with lists of suggested courses and ECE faculty members who specialize in these areas. Many ECE students select their 400-level specialization courses based this information. Many students’ career interests will combine two or more focus areas. As a result, students will likely select courses listed under multiple areas. The specialization choices of ECE students will not be recorded in the BS d...

The Electrical & Computer Engineering master’s degree program at WPI offers extensive and rewarding research opportunities to advance your expertise in your specialty. With master’s courses for ECE students offered on campus or online, you’ll have the flexibility to earn your degree full-time or part-time around your professional obligations. Value Proposition Description WPI is home to the first building in the nation devoted exclusively to electrical engineering education. Atwater Kent Laboratories houses extensive labs and workstation facilities for furthering the practical application of theories. And no matter how you study as an ECE master’s student, you get full access to our world-renowned faculty and the comprehensive and sophisticated facilities where transformative research happens. Students in the master’s in ECE program complete the majority of their courses and research in electrical and computer engineering, but can also select from master’s courses for ECE students in allied areas such as computer science, robotics, systems engineering, mathematics, and physics. WPI’s flexible electrical and computer engineering master’s degree allows you to tailor the studies to your interests. As you fulfill your master’s in electrical and computer engineering, you’ll complete either a non-thesis option (which permits directed research and/or independent study) or a thesis option. The thesis option is strongly recommended if you plan to enter a PhD program. Students and f...

The historical backdrop of Electronics and Communication engineering is excessively antiquated. But today, it is one of the rapidly developing fields among all the other engineering courses. It includes the transmission of data across various channels. The field of Engineering has consistently been one of the essential professional choices among the youth in India. ECE incorporates the core areas of both Communication Engineering and Electronics Engineering. The idea is to understand the concept and application of electronics for communication. The popularity of this course is showing an inclination due to the emerging scope, and career opportunities associated are expanding far beyond comparison. Choosing amongst the top 10 engineering colleges in Noida for Electronics and Communication Engineering today can put you on the track to a lucrative career. Let us dive into the blog further to learn more about the private colleges in Delhi for B.Tech and also answer several queries like After Career Options After Electronics & Communication Engineering Electronics & Communication Engineering knocks on every door within its niche to create an everlasting impact. As an ECE professional, you will witness a lot of opportunities as you sit back & start applying for job roles. Depending on the knowledge and skills you deliver during the interview process, the companies will sign the deal and offer you exciting career options after engineering in electronics and communication. A gradu...

Professors Michael Taylor and Mo Li contribute to UW effort seeking CHIPS and Science Act funding UW ECE and Allen School Professor Michael Taylor (left) as well as UW ECE and Physics Professor Mo Li (right) are participating in UW proposals related to AI, chip design and microelectronics technologies. Tech leaders size up what it will take to turn the Pacific Northwest into a ‘Quantum Valley’ Kai-Mei Fu, who is the Virginia and Prentice Bloedel Professor of Physics and Electrical and Computer Engineering, is part of a larger group of experts working to solidify Seattle's stance in the field of quantum computing. Listening to the ocean to measure the impact of climate change UW ECE doctoral student John Ragland is finding ways to improve signal-processing and data-driven techniques for listening to ambient noise in the ocean. His work is providing more powerful tools for measuring ocean temperatures and underwater processes impacted by climate change. Professor Georg Seelig recognized as 'DNA Computer Scientist of the Year' Seelig, a faculty member in UW ECE and the Allen School, received the 2023 Rozenberg Tulip Award from the International Society for Nanoscale Science, Computation and Engineering. The award was in recognition of his original contributions advancing the field of DNA computing. Zerina Kapetanovic receives Yang Research Award, other honors, and secures a tenure-track faculty position at Stanford University Recent UW ECE graduate Zerina Kapetanovic (Ph.D. ‘...