Modern electrical engineering with embedded systems and IoT development
Master circuit analysis and design principles using computational methods for analog and digital circuit systems
Design and implement digital systems using FPGA and microcontroller platforms with hardware description languages
Design and analyze electrical power systems including generation, transmission, distribution, and renewable energy integration
Develop advanced embedded systems and IoT applications with real-time programming and wireless communication
Comprehensive physics education with computational modeling and simulation capabilities
Advanced chemistry education with molecular modeling and cheminformatics focus
Modern biology education with bioinformatics and computational biology emphasis
Before enrolling in this program, you must complete the following prerequisites:
2 weeks
hiring
Direct hiring for embedded systems roles