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The ECE field has many different technical areas of emphasis such as integrated circuit design, computer architecture, power engineering, signal processing and so on. Of all the possible ECE technical areas, which one interests you the most? Be specific and tell us how you originally became interested in a particular technical area.
 
The ECE field has many different technical areas of emphasis such as integrated circuit design, computer architecture, power engineering, signal processing and so on. Of all the possible ECE technical areas, which one interests you the most? Be specific and tell us how you originally became interested in a particular technical area.
 

 

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(1) What are your long-term career goals?
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In the world of electrical and computer engineering, the development of embedded systems interests me to the greatest degree.  As a student returning from career and family life, I have lived enough seasons to see the progression of embedded systems evolve from primarily 8-bit microcontrollers with few peripherals to remarkably powerful 32-bit MCUs with tens of on-chip peripherals and multiple cores.  The appearance and evolution of real time operating systems has also expanded the realm of embedded systems.  The future development of programmatic elements of embedded systems, for example Zephyr RTOS, is of particular interest to me.  I'm interested to learn where and how new SoC, peripheral and sensor support could be streamlined, as hardware is evolving quickly and Zephyr RTOS project already employs languages like device tree source and Kconfig to abstract hardware and configuration choices away from specific application logic.
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In the world of electrical and computer engineering, the development of embedded systems interests me to the greatest degree.  As a student returning from career and family life, I have lived enough seasons to see the progression of embedded systems evolve from primarily 8-bit microcontrollers with few peripherals to remarkably powerful 32-bit MCUs with tens of on-chip peripherals and multiple cores.  The appearance and evolution of real time operating systems has also expanded the realm of embedded systems.  The future development of programmatic elements of embedded systems, for example Zephyr RTOS, is of particular interest to me.  I'm interested to learn where and how new SoC, peripheral and sensor support could be streamlined, as hardware is evolving quickly and Zephyr RTOS project already employs languages like device tree source and Kconfig to abstract hardware and configuration choices away from specific application logic.  But more than anything I am curious to learn what areas in embedded systems graduate studies the program at Maseeh College of Engineering would find most fitting for the path I've taken so far and wish to pursue moving forward.
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In the world of electrical and computer engineering, the development of embedded systems interests me to the greatest degree.  As a student returning from career and family life, I have lived enough seasons to see the progression of embedded systems evolve from primarily 8-bit microcontrollers with few peripherals to remarkably powerful 32-bit MCUs with tens of on-chip peripherals and multiple cores.  The appearance and evolution of real time operating systems has also expanded the realm of embedded systems.  The future development of programmatic elements of embedded systems, for example Zephyr RTOS, is of particular interest to me.  I'm interested to learn where and how new SoC, peripheral and sensor support could be streamlined, as hardware is evolving quickly and Zephyr RTOS project already employs languages like device tree source and Kconfig to abstract hardware and configuration choices away from specific application logic.  But more than anything I am curious to learn what areas in embedded systems graduate studies the program at Maseeh College of Engineering would find most fitting for the path I've taken so far and wish to pursue moving forward.
  
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(2) You already have, or shortly will have, a bachelor's degree. Why do you want to pursue a master's degree?
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(2) What are your long-term career goals?
 
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Draft fragment (may need editing to better match question):
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My long term career goals are to continue to develop my knowledge of embedded systems and their constituent technologies, both hardware and software.  I anticipate working another twelve to fifteen years or longer.  When leadership and architectural planning roles become available I want to have a deeper and broader knowledge I may bring to bear in those roles.  I also want to prepare myself to apply for possible teaching roles.  While I know that university level instructor positions are fiercely competitive I have long had interest in teaching, and have enjoyed giving training in previous job roles which I held.  I would like to open this set of doors in addition to investing for the long term in being a stronger and more knowledgeable embedded engineer.
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Two personal interest areas I hold in embedded systems include (1) driver development for constrained systems, such as ARM Cortex-M class microcontrollers and (2) scheduling and concurrency design patterns for applications which run on multi-core processors.
 
  
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(3) Which track most closely aligns with your interests? Please note that your answer has no impact on admissions decisions.
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(3) You already have, or shortly will have, a bachelor's degree. Why do you want to pursue a master's degree?
 
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Coming from career life, I have a better appreciation of learning opportunities, of when and how they arise and that they are often less common to find in work life than in school.  School life provides learning in a full time sense, every week and every term.  Work life can have periods of intense learning, but roles and projects often becomes more focused over time making it a challenge to keep abreast of technological trends and developments on ones own.
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Volunteering in technical groups and activities can help, but there are limits to continued learning without making a renewed investment in formal education.
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My goal in applying for a graduate program is to infuse my base of knowledge and experience with a period of focused learning and exploration, and intellectual development.  For the career years ahead of me which I have I would like to make a greater and more meaningful impact.  I believe that graduate level studies will inform and strengthen me to achieve these goals.
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Which track most closely aligns with your interests? Please note that your answer has no impact on admissions decisions.
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(this is a drop down menu item)
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[x] Embedded Systems
  
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Embedded Systems
 
 
Recommendations
 
Recommendations
 
Please note, this program requires three recommendations.  
 
Please note, this program requires three recommendations.  
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Latest revision as of 22:01, 12 May 2026


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