Master of Electrical Engineering Courses

This course in Electrical Signals and Systems teaches students the fundamental principles and techniques of analyzing and processing electrical signals. Students learn about various types of signals, such as continuous-time and discrete-time signals, and their representations in time and frequency domains. The course covers topics such as signal classification, signal operations, and signal transformations. Students gain an understanding of linear time-invariant (LTI) systems and their properties, including impulse response, convolution, and frequency response. The course also introduces students to Fourier series, Fourier transforms, and Laplace transforms, providing tools for analyzing signals and systems in the frequency domain.

The course in data collection for engineers teaches students the principles and techniques involved in gathering and analyzing data for engineering purposes. Students will learn about various data collection methods, including surveys, experiments, observations, and sensor-based measurements. The course covers topics such as data sampling, data quality control, data visualization, and statistical analysis. Students will gain practical skills in designing data collection protocols, selecting appropriate instruments and sensors, and managing data sets. They will also learn about data management and storage, data privacy and security, and ethical considerations related to data collection.

This course in leadership and managing resources teaches students the essential skills and knowledge needed to effectively lead and manage resources in various organizational settings. Students will learn about different leadership styles, theories, and practices, and how they can be applied to motivate and inspire teams. The course covers topics such as strategic planning, resource allocation, decision-making, and conflict resolution. Students will develop skills in communication, delegation, and problem-solving, as well as learn how to effectively manage time, finances, and human resources. The course may include case studies, simulations, and group projects to provide students with practical experience in applying leadership and resource management principles

The course in strategic plans and execution in engineering teaches students the principles and techniques involved in developing and implementing strategic plans within the engineering industry. Students will learn about the process of strategic planning, including analyzing the external environment, identifying organizational goals, and formulating strategies to achieve those goals. The course covers topics such as market analysis, competitive positioning, innovation management, and risk assessment. Students will gain an understanding of how to align strategic plans with an organization's mission and vision, and how to effectively communicate and execute those plans. They will also learn about performance measurement, monitoring, and adjustment of strategic initiatives.

A Business Financial Management course focuses on providing students with a solid foundation in financial management principles and practices within a business context. The course typically covers a range of topics related to financial decision-making, analysis, planning, and control.

This course in regulations and building laws teaches students the fundamental principles and regulations governing the construction industry. Students will learn about local, national, and international building codes, zoning regulations, safety standards, and environmental laws. The course covers topics such as permits and inspections, building materials and techniques, fire safety, accessibility requirements, and sustainability practices. Students will gain an understanding of the legal and regulatory framework that governs the design, construction, and maintenance of buildings.

This course on managing electrical components teaches students the principles and techniques involved in effectively managing electrical components in various applications and industries. Students will learn about different types of electrical components, such as resistors, capacitors, inductors, and semiconductors, and their functions within electrical circuits. The course covers topics such as circuit analysis, troubleshooting, maintenance, and safety practices. Students will gain an understanding of how to select, install, and maintain electrical components, as well as how to diagnose and fix common electrical issues. They will also learn about electrical safety regulations and standards to ensure the proper handling and operation of electrical components.

This course builds upon your accounting knowledge by focusing on advanced financial accounting topics such as consolidations, partnership accounting, and international accounting.

The course in Machine Learning teaches students the principles and techniques used to design and develop algorithms that enable computer systems to learn and make predictions or decisions based on data.

Provides an integrative experience with all competencies and assessment topics throughout the program. Students synthesize concepts from previously completed coursework and demonstrate an understanding of responsible practices for growing and running a business. This course promotes a meaningful connection between the academic work and career experience.