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Conducting introductory and/or in-depth courses in the fields of Electronics Engineering and Robotics for Bachelor's degree programs, all taught in English.
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Practical professional experience in conducting laboratory sessions for undergraduate students, including hardware- and software-based experiments.
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Teaching experience in microprocessors and microcontrollers, including CPU architecture, assembly language fundamentals, and system-level design concepts using platforms such as 8086, PIC24H, and AVR AT-mega.
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Teaching and supporting laboratory courses related to embedded systems, electronics, and robotic systems.
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Supervising practical experiments involving sensor integration, microcontroller programming, and hardware interfacing.
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Guiding students in the development and testing of small-scale robotic and embedded system prototypes, including programming in C, embedded C, and assembly language.
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Advising and supervising students in course projects, laboratory work, and technical assignments.
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Supporting students in problem-solving, system design, and implementation of engineering solutions.
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Providing academic mentoring for project work, programming tasks and technical development.
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Contributing to the development of teaching materials and laboratory exercises.
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Preparing lecture content, tutorials, and practical demonstrations related to robotics microcontrollers, and embedded systems.
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Supporting the continuous improvement of course structure and lab activities.
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Administering examinations and evaluating student performance.
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Ability to write research Proposals for funding and strong Publication record is a must.