Graduate Certificate in Electrical Engineering offered by NC State University
- Public University
- 3 Campuses
- Estd. 1887
Graduate Certificate in Electrical Engineering at NC State University Overview
Duration | 12 months |
Start from | Start Now |
Mode of learning | Online |
Official Website | Go to Website |
Course Level | UG Certificate |
Graduate Certificate in Electrical Engineering at NC State University Highlights
- Earn a certificate from NC State University
- Learn from industry experts
Graduate Certificate in Electrical Engineering at NC State University Course details
- For individuals who want to enhance their knowledge & skills in the field
- Become a problem-solver who is well-versed in designing, analyzing, and operating the various electrical systems that power our world
- Design a range of applications through AI, programming, and electrical engineering
- Implement infrastructure of any scale, from the largest industrial complexes to the most intricate of applications
- Use effective strategies to lead projects and innovation within an engineering context
- The online Graduate Certificate Program in Electrical Engineering (EE) is designed for those who wish to increase their knowledge and skills in electrical engineering either for future career opportunities or in preparation for a graduate degree
- This certificate provides the opportunity for students to take graduate courses without the commitment of undertaking a full master’s degree
- Some electrical engineering master's programs will let you apply your certificate coursework to degree requirements
Graduate Certificate in Electrical Engineering at NC State University Curriculum
ECE 511 - Analog Electronics
ECE 513 - Digital Signal Processing
ECE 514 - Random Processes
ECE 515 - Digital Communications
ECE 516 - System Control Engineering
ECE 522 - Medical Instrumentation
ECE 523 - Photonics and Optical Communications
ECE 524 - Radio System Design
ECE 530 - Physical Electronics
ECE 531 - Principles Of Transistor Devices
ECE 532 - Principles Of Microwave Circuits
ECE 533 - Power Electronics Design & Packaging
ECE 534 - Power Electronics
ECE 535 - Design of Electromechanical Systems
ECE 540 - Electromagnetic Fields
ECE 542 - Neural Networks
ECE 544 - Design Of Electronic Packaging and Interconnects
ECE 546 - VLSI Systems Design
ECE 549 - RF Design for Wireless
ECE 550 - Power System Operation and Control
ECE 551 - Smart Electric Power Distribution Systems
ECE 552 - Renewable Electric Energy Systems
ECE 553 - Semiconductor Power Devices
ECE 555 - Computer Control of Robots
ECE 556 - Mechatronics
ECE 557 - Principles Of MOS Transistors
ECE 558 - Digital Imaging Systems
ECE 568 - Conventional and Emerging Nanomanufacturing Techniques and Their Applications in Nanosystems
ECE 581 - Electric Power System Protection
ECE 582 - Wireless Communication Systems
ECE 583 - Electric Power Engineering Practicum I
ECE 584 - Electric Power Engineering Practicum II
ECE 585 - The Business of the Electric Utility Industry
ECE 586 - Communication and SCADA Systems for Smart Grid
ECE 589 - Solid State Solar and Thermal Energy Harvesting
ECE 712 - Integrated Circuit Design for Wireless Communications
ECE 718 - Computer-Aided Circuit Analysis
ECE 719 - Advanced Microwave Design
ECE 723 - Optical Properties Of Semiconductors
ECE 724 - Electronic Properties Of Solid-State Devices
ECE 725 - Quantum Engineering
ECE 726 - Advanced Feedback Control
ECE 732 - Dynamics and Control of Electric Machines
ECE 733 - Digital Electronics
ECE 734 - Power Management Integrated Circuits
ECE 736 - Power System Stability and Control
ECE 739 - Integrated Circuits Technology and Fabrication Laboratory
ECE 751 - Detection and Estimation Theory
ECE 752 - Information Theory
ECE 753 - Computational Methods for Power Systems
ECE 756 - Advanced Mechatronics
ECE 759 - Pattern Recognition
ECE 762 - Advanced Digital Communications Systems
ECE 763 - Computer Vision
ECE 766 - Signal Processing for Communications & Networking
ECE 767 - Error-Control Coding