o Planning curriculum for BSc & MSc students in biomedical engineering.o Equipping educational and research laboratories.o Participation in educational and research meetings of the faculty.

Teaching specialized and basic courses in electrical and biomedical engineering.• MSc Courses:o Bio-instrumentation o Bio-electromagnetics • BSc. Courses:o Electronics Measurement o Microprocessor and Lab o Engineering Mathematicalo Digital Circuits and Labo Electromagnetico Electrical Circuits IIo Instrumentationo Image processingDetermining the title and guiding the thesis of electrical and Biomedical engineering BSc & MSc students.PhD Thesis Supervisor, • Evaluation of the Artefacts Associated with Different Types of Head Motions and their Effect on the Quality of the Cone Beam Computed Tomography Images, Faculty of Dentistry, Hamadan University of Medical Sciences (2021).MSc Thesis Supervisor, • Design of a wearable biosensor to biological fluids analysis(2022- continues).• Design of impedance ring sensor to determine the electrical properties of biological solutions(2022- continues).• LORA-based IoMT system in health monitoring (2022- continues).• Recording of Impedance Cardiography (ICG) and its processing for the diagnosis of Cardiovascular diseases (2022- continues).• Evaluation of wound healing in diabetic patients by measuring electrical impedance (2022- continues).• Investigation of the effect of electric fields on the proliferation rate of cancer cells using interdigitated electrodes, Hamedan University of Technology (2022- continues).• Estimation and Modeling of the Skin Electrical Bioimpedance (2022- continues).• Reduce Motion Artifacts and Improve Cone Beam Computed Tomography Images (CBCT), (2022- continues).o Doing some research projects.• Measuring Bio-impedance of Lung Tissue During Surgery to Identify Pulmonary Nodules, (2019- continues).

Some of Experience:Medical Device1- Designing and manufacturing a smart medical stethoscope to record the sound of the heart with the ability to send it wirelessly to a smart device with ESP32 module.2- Design and manufacturing of the automatic lensometer.3- Design and construction of lung flute system for non-pharmacological clearance of airway obstruction focusing on the role of positive expiratory pressure fluctuations.4- Design and manufacture of impedance analyzer below 100 kHz with IC AD5933Biomedical Sensors Design1- Design Forceps SensorThe design and construction of bioimpedance forceps sensor for lung tissue impedance measurement during minimally invasive bronchoscopy surgery.2- Design Bioimpedance Sensor Including the design and construction of a bioimpedance sensor using a Wiener four-electrode array.3- Designing and optimizing Van Der Pauw probe Designing and optimizing the Van Der Pauw method for measuring the electrical properties of biological solutions, using the finite element method in the COMSOL software environment.4- non-invasive blood glucose microwave sensorIoT & IoMT1- LORA-based IoMT system in health monitoring.2- Embedded Systems and medical device3- Designing and Manufacturing a Device Based on the Internet of Things for Monitoring Vital Signs.4- Design, simulation, and implementation of a smart electronic device to record the wearing time of intra-oral Appliances.5- Designing and making a smart pacifier to measure temperature and send it to a smart device.Medical Robotics1- Design and construction of a remote control robot that simulates a variety of human head movements in CBCT imaging.2- A power generating system for mobile electronic medical devices using human walking motion3- Designing and building an Intelligent Mice following line and labyrinth.4- Design and Construction of a Mine Detector Robot", the basis of which was the use of a metal detector.