Introduction

The Master of Science in Electronics Engineering (MSEE) is a 46-credit-hour program that includes a focus, or concentration in photovoltaic, manufacturing technology, microelectronics and mechatronics. The program is designed to equip graduates with the theoretical knowledge, skills and training necessary to embark on a career as a design or development engineer and to develop transferable skills in research and knowledge acquisition.

Learners must complete a total of 46 credit hours to be eligible for the award of Master of Science in Electronics Engineering. Learners must satisfy MSEE core courses by completing 30 credit hours and remaining 16 credit hours are earned from the concentrations, electives and university orientation course. A full-time student will take an average of one and a half month to complete 3 credits.

Learner’s can begin their course of study when they are ready and within defined parameters progress at your own pace. Learners may take more than one course at a time, however it is recommend that you do not, at least until you become entirely comfortable with your study system. The distance learning element of the program guarantees that learning takes place without any sort of disruption to learner careers. 

Program Learning Outcome

Upon graduation, learners are expected to demonstrate the following skill set; 

• a sound knowledge of the key areas related to electronics engineering and its applications;
• perform elementary analysis with an appreciation of current electronics technology and its application; to plan, execute and report on a program of project work within a closely specified timescale;
• to devise projects in electronics and carry them out safely with due regard for the safety of others.;
• enhanced technical competence in modern and emerging photonics technology;
• demonstrate the essential knowledge and skills in appreciating the state of the art electronics technology, design process using computer aided software’s;
• demonstrate ability to do research/design project experience pertinent to electronics technology;
• develop an acceptable skill level in collecting data, analyze the data collected, interpret the results obtained and prepare a strategic report to overcome problems identified.

Admission Requirements

A Bachelor Degree from a recognized institution of higher learning; or a minimum of 120 semester hours of undergraduate credit

Degree Requirements

• Successful completion of 46 credits hours;
• Student must satisfy a minimum of 36 credit  hours with IPU;
• Maintain a 2.0 grade point average

Curriculum

MS Electronics Engineering - Core Courses

ORI1101

Orientation

1 Credit Hours

MSEE5101

Engineering Ethics

3 Credit Hours

MSEE5102

Semiconductor Physics and Materials

3 Credit Hours

MSEE5103

Semiconductor Devices

3 Credit Hours

MSEE5104

Advanced Computer Architecture

3 Credit Hours

MSEE5105

Digital System Engineering

3 Credit Hours

MSEE5106

Management Information Systems

3 Credit Hours

MSEE5107

Engineering Economics

3 Credit Hours

MSEE5108

Electronics Packaging

3 Credit Hours

MSEE5111

Reliability Engineering

3 Credit Hours

MSEE5115

Project

6 Credit Hours

MS Electronics Engineering - Elective Courses - Complete a minimum of 12 credit hours

MSEE5116

Microelectronics 

3 Credit Hours

MSEE5123

Optoelectronic Devices

3 Credit Hours

MSEE5130

Project Management

3 Credit Hours

MSEE5131

Productivity and Operations Management

3 Credit Hours

MSEE5117

VLSI Circuits and Systems

3 Credit Hours

MSEE5119

Analog CMOS Integrated Circuits

3 Credit Hours

Total Credit Hours

46 Credit Hours

For More Information

For online advising, email our advisors at

Ineter Pacific University
17146, NE Sandy Blvd,
Portland Oregon 97230
United States of America
Phone: 1-855-811-1947
FAX: 1-248-928-0446
E-mail:info@interpacificuni.net
Website:www.interpacificuni.net