{"id":328,"date":"2026-03-17T13:02:42","date_gmt":"2026-03-17T17:02:42","guid":{"rendered":"https:\/\/carleton.ca\/syst\/?page_id=328"},"modified":"2026-04-06T10:17:47","modified_gmt":"2026-04-06T14:17:47","slug":"capstone-project-selection","status":"publish","type":"page","link":"https:\/\/carleton.ca\/syst\/sysc4907\/capstone-project-selection\/","title":{"rendered":"Capstone Project Selection"},"content":{"rendered":"\n<section class=\"w-screen px-6 cu-section cu-section--white ml-offset-center md:px-8 lg:px-14\">\n    <div class=\"space-y-6 cu-max-w-child-5xl  md:space-y-10 cu-prose-first-last\">\n\n            <div class=\"cu-textmedia flex flex-col lg:flex-row mx-auto gap-6 md:gap-10 my-6 md:my-12 first:mt-0 max-w-5xl\">\n        <div class=\"justify-start cu-textmedia-content cu-prose-first-last\" style=\"flex: 0 0 100%;\">\n            <header class=\"font-light prose-xl cu-pageheader md:prose-2xl cu-component-updated cu-prose-first-last\">\n                                    <h1 class=\"cu-prose-first-last font-semibold !mt-2 mb-4 md:mb-6 relative after:absolute after:h-px after:bottom-0 after:bg-cu-red after:left-px text-3xl md:text-4xl lg:text-5xl lg:leading-[3.5rem] pb-5 after:w-10 text-cu-black-700 not-prose\">\n                        SYSC 4907 Engineering Project Form\n                    <\/h1>\n                \n                                \n                            <\/header>\n\n                    <\/div>\n\n            <\/div>\n\n    <\/div>\n<\/section>\n\n\n<script type=\"text\/javascript\">\n\/* <![CDATA[ *\/\nvar gform;gform||(document.addEventListener(\"gform_main_scripts_loaded\",function(){gform.scriptsLoaded=!0}),document.addEventListener(\"gform\/theme\/scripts_loaded\",function(){gform.themeScriptsLoaded=!0}),window.addEventListener(\"DOMContentLoaded\",function(){gform.domLoaded=!0}),gform={domLoaded:!1,scriptsLoaded:!1,themeScriptsLoaded:!1,isFormEditor:()=>\"function\"==typeof 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var(--gf-field-img-choice-check-ind-icon-size-md);--gf-field-pg-steps-number-color: rgba(17, 35, 55, 0.8);}<\/style>\n                        <div class='gform_heading'>\n                            <h2 class=\"gform_title\">Capstone Projects Selection Form<\/h2>\n                            <p class='gform_description'>This form is used to collect your project preferences for SYSC4907. Please review the list of available projects carefully and select your top five (5) project choices.<\/p>\n                        <\/div><form class='not-prose' method='post' enctype='multipart\/form-data'  id='gform_2'  action='\/syst\/wp-json\/wp\/v2\/pages\/328' data-formid='2' novalidate>\n                        <div class='gform-body gform_body'><div id='gform_fields_2' class='gform_fields top_label form_sublabel_below description_below validation_below'><div id=\"field_2_44\" class=\"gfield gfield--type-honeypot gform_validation_container field_sublabel_below gfield--has-description field_description_below field_validation_below gfield_visibility_visible\"  ><label class='gfield_label gform-field-label' for='input_2_44'>Name<\/label><div class='ginput_container'><input name='input_44' id='input_2_44' type='text' value='' autocomplete='new-password'\/><\/div><div class='gfield_description' id='gfield_description_2_44'>This field is for validation purposes and should be left unchanged.<\/div><\/div><fieldset id=\"field_2_1\" class=\"gfield gfield--type-name gfield--input-type-name gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><legend class='gfield_label gform-field-label gfield_label_before_complex' >Name<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/legend><div class='ginput_complex ginput_container ginput_container--name no_prefix has_first_name no_middle_name has_last_name no_suffix gf_name_has_2 ginput_container_name gform-grid-row' id='input_2_1'>\n                            \n                            <span id='input_2_1_3_container' class='name_first gform-grid-col gform-grid-col--size-auto' >\n                                                    <input type='text' name='input_1.3' id='input_2_1_3' value=''   aria-required='true'     \/>\n                                                    <label for='input_2_1_3' class='gform-field-label gform-field-label--type-sub '>First<\/label>\n                                                <\/span>\n                            \n                            <span id='input_2_1_6_container' class='name_last gform-grid-col gform-grid-col--size-auto' >\n                                                    <input type='text' name='input_1.6' id='input_2_1_6' value=''   aria-required='true'     \/>\n                                                    <label for='input_2_1_6' class='gform-field-label gform-field-label--type-sub '>Last<\/label>\n                                                <\/span>\n                            \n                        <\/div><\/fieldset><div id=\"field_2_3\" class=\"gfield gfield--type-text gfield--input-type-text gfield_contains_required field_sublabel_below gfield--has-description field_description_below field_validation_below gfield_visibility_visible\"  ><label class='gfield_label gform-field-label' for='input_2_3'>CUID<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/label><div class='ginput_container ginput_container_text'><input name='input_3' id='input_2_3' type='text' value='' class='large'  aria-describedby=\"gfield_description_2_3\"   aria-required=\"true\" aria-invalid=\"false\"   \/><\/div><div class='gfield_description' id='gfield_description_2_3'>Enter your student number 101******<\/div><\/div><fieldset id=\"field_2_4\" class=\"gfield gfield--type-email gfield--input-type-email gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><legend class='gfield_label gform-field-label gfield_label_before_complex' >CU Email<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/legend><div class='ginput_complex ginput_container ginput_container_email gform-grid-row' id='input_2_4_container'>\n                                <span id='input_2_4_1_container' class='ginput_left gform-grid-col gform-grid-col--size-auto'>\n                                    <input class='' type='email' name='input_4' id='input_2_4' value=''    aria-required=\"true\" aria-invalid=\"false\"  \/>\n                                    <label for='input_2_4' class='gform-field-label gform-field-label--type-sub '>Enter Email<\/label>\n                                <\/span>\n                                <span id='input_2_4_2_container' class='ginput_right gform-grid-col gform-grid-col--size-auto'>\n                                    <input class='' type='email' name='input_4_2' id='input_2_4_2' value=''    aria-required=\"true\" aria-invalid=\"false\"  \/>\n                                    <label for='input_2_4_2' class='gform-field-label gform-field-label--type-sub '>Confirm Email<\/label>\n                                <\/span>\n                                <div class='gf_clear gf_clear_complex'><\/div>\n                            <\/div><\/fieldset><div id=\"field_2_5\" class=\"gfield gfield--type-select gfield--input-type-select gfield--width-full gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><label class='gfield_label gform-field-label' for='input_2_5'>Select Your Program<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/label><div class='ginput_container ginput_container_select'><select name='input_5' id='input_2_5' class='large gfield_select'    aria-required=\"true\" aria-invalid=\"false\" ><option value='Biomedical and Electrical Engineering' >Biomedical and Electrical Engineering<\/option><option value='Communications Engineering' >Communications Engineering<\/option><option value='Computer Systems Engineering' >Computer Systems Engineering<\/option><option value='Software Engineering' >Software Engineering<\/option><option value='Electrical Engineering' >Electrical Engineering<\/option><option value='Mechanical or Aerospace Engineering' >Mechanical or Aerospace Engineering<\/option><\/select><\/div><\/div><div id=\"field_2_36\" class=\"gfield gfield--type-section gfield--input-type-section gsection field_sublabel_below gfield--has-description field_description_below field_validation_below gfield_visibility_visible\"  ><h3 class=\"gsection_title\">Project selection<\/h3><div class='gsection_description' id='gfield_description_2_36'>Select at least 3 projects. <\/div><\/div><div id=\"field_2_19\" class=\"gfield gfield--type-select gfield--input-type-select gfield--width-third gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><label class='gfield_label gform-field-label' for='input_2_19'>First project choice<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/label><div class='ginput_container ginput_container_select'><select name='input_19' id='input_2_19' class='large gfield_select'    aria-required=\"true\" aria-invalid=\"false\" ><option value='Select a project' >Select a project<\/option><option value='[1] Prof.  Atia: Project supervised by Prof. Atia' >[1] Prof.  Atia: Project supervised by Prof. Atia<\/option><option value='[55] Prof.  Bedawi: Project supervised by Prof. Bedawi' >[55] Prof.  Bedawi: Project supervised by Prof. Bedawi<\/option><option value='[2] Prof.  Chan: Project supervised by Prof. Chan' >[2] Prof.  Chan: Project supervised by Prof. Chan<\/option><option value='[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)' >[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care' >[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care<\/option><option value='[6] Prof. Gomar: Smart Splint for Post-Op Rehab' >[6] Prof. Gomar: Smart Splint for Post-Op Rehab<\/option><option value='[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes' >[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes<\/option><option value='[54] Prof. Gomar: Radar-Assisted Vision Tracking System' >[54] Prof. Gomar: Radar-Assisted Vision Tracking System<\/option><option value='[8] Prof. Green: Adding audio to video-based clinical intervention detection' >[8] Prof. Green: Adding audio to video-based clinical intervention detection<\/option><option value='[9] Prof. Green: Equitable detection by autonomous vehicles' >[9] Prof. Green: Equitable detection by autonomous vehicles<\/option><option value='[10] Prof. Green: Instrumented infant\/child car seat' >[10] Prof. Green: Instrumented infant\/child car seat<\/option><option value='[11] Prof. Green: Neonatal patient simulator and LLM summarizer' >[11] Prof. Green: Neonatal patient simulator and LLM summarizer<\/option><option value='[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction' >[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction<\/option><option value='[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences' >[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences<\/option><option value='[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests' >[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests<\/option><option value='[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery' >[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery<\/option><option value='[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)' >[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)<\/option><option value='[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform' >[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform<\/option><option value='[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles' >[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles<\/option><option value='[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW' >[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW<\/option><option value='[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey' >[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey<\/option><option value='[22] Prof. Kahani: Project supervised by Prof.  Kahani' >[22] Prof. Kahani: Project supervised by Prof.  Kahani<\/option><option value='[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment' >[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment<\/option><option value='[56] Prof. Labiche: My own handheld speedometer' >[56] Prof. Labiche: My own handheld speedometer<\/option><option value='[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)' >[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)<\/option><option value='[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)' >[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)<\/option><option value='[26] Prof. Liu: Environmental adaptive rescue robots' >[26] Prof. Liu: Environmental adaptive rescue robots<\/option><option value='[27] Prof. Liu: Glioma texture analysis' >[27] Prof. Liu: Glioma texture analysis<\/option><option value='[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties' >[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties<\/option><option value='[29] Prof. Liu: Modelling and visualization of glioma growth' >[29] Prof. Liu: Modelling and visualization of glioma growth<\/option><option value='[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue' >[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue<\/option><option value='[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System' >[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System<\/option><option value='[34] Prof. Rajan: Tiny ML-based Smart Monitoring System' >[34] Prof. Rajan: Tiny ML-based Smart Monitoring System<\/option><option value='[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b' >[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b<\/option><option value='[36] Prof. Rossa: Design and Development of a Refreshable Braille Display' >[36] Prof. Rossa: Design and Development of a Refreshable Braille Display<\/option><option value='[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices' >[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices<\/option><option value='[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard' >[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard<\/option><option value='[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence' >[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence<\/option><option value='[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy' >[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy<\/option><option value='[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)' >[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)<\/option><option value='[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)' >[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)<\/option><option value='[43] Prof. Shen: Autonomous Robotic Applications' >[43] Prof. Shen: Autonomous Robotic Applications<\/option><option value='[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)' >[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform' >[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform<\/option><option value='[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models' >[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models<\/option><option value='[47] Prof. Taha: Privacy and Transparency in Modern AI Services' >[47] Prof. Taha: Privacy and Transparency in Modern AI Services<\/option><option value='[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications' >[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications<\/option><option value='[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach' >[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach<\/option><option value='[50] Prof. Wainer: Modelling Aircraft Collisions' >[50] Prof. Wainer: Modelling Aircraft Collisions<\/option><option value='[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system' >[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system<\/option><option value='[52] Prof. Wainer: YATM - Yet another Travel Map' >[52] Prof. Wainer: YATM &#8211; Yet another Travel Map<\/option><option value='[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks' >[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks<\/option><\/select><\/div><\/div><fieldset id=\"field_2_20\" class=\"gfield gfield--type-checkbox gfield--type-choice gfield--input-type-checkbox gfield--width-third gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><legend class='gfield_label gform-field-label gfield_label_before_complex' >Discussion with supervisor<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/legend><div class='ginput_container ginput_container_checkbox'><div class='gfield_checkbox ' id='input_2_20'><div class='gchoice gchoice_2_20_1'>\n\t\t\t\t\t\t\t\t<input class='gfield-choice-input' name='input_20.1' type='checkbox'  value='I have contacted the project supervisor'  id='choice_2_20_1'   \/>\n\t\t\t\t\t\t\t\t<label for='choice_2_20_1' id='label_2_20_1' class='gform-field-label gform-field-label--type-inline'>I have contacted the project supervisor<\/label>\n\t\t\t\t\t\t\t<\/div><\/div><\/div><\/fieldset><div id=\"field_2_17\" class=\"gfield gfield--type-html gfield--input-type-html gfield--width-third gfield_html gfield_html_formatted gfield_no_follows_desc field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><\/div><div id=\"field_2_22\" class=\"gfield gfield--type-select gfield--input-type-select gfield--width-third gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><label class='gfield_label gform-field-label' for='input_2_22'>Second project choice<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/label><div class='ginput_container ginput_container_select'><select name='input_22' id='input_2_22' class='large gfield_select'    aria-required=\"true\" aria-invalid=\"false\" ><option value='Select a project' >Select a project<\/option><option value='[1] Prof.  Atia: Project supervised by Prof. Atia' >[1] Prof.  Atia: Project supervised by Prof. Atia<\/option><option value='[55] Prof.  Bedawi: Project supervised by Prof. Bedawi' >[55] Prof.  Bedawi: Project supervised by Prof. Bedawi<\/option><option value='[2] Prof.  Chan: Project supervised by Prof. Chan' >[2] Prof.  Chan: Project supervised by Prof. Chan<\/option><option value='[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)' >[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care' >[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care<\/option><option value='[6] Prof. Gomar: Smart Splint for Post-Op Rehab' >[6] Prof. Gomar: Smart Splint for Post-Op Rehab<\/option><option value='[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes' >[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes<\/option><option value='[54] Prof. Gomar: Radar-Assisted Vision Tracking System' >[54] Prof. Gomar: Radar-Assisted Vision Tracking System<\/option><option value='[8] Prof. Green: Adding audio to video-based clinical intervention detection' >[8] Prof. Green: Adding audio to video-based clinical intervention detection<\/option><option value='[9] Prof. Green: Equitable detection by autonomous vehicles' >[9] Prof. Green: Equitable detection by autonomous vehicles<\/option><option value='[10] Prof. Green: Instrumented infant\/child car seat' >[10] Prof. Green: Instrumented infant\/child car seat<\/option><option value='[11] Prof. Green: Neonatal patient simulator and LLM summarizer' >[11] Prof. Green: Neonatal patient simulator and LLM summarizer<\/option><option value='[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction' >[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction<\/option><option value='[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences' >[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences<\/option><option value='[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests' >[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests<\/option><option value='[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery' >[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery<\/option><option value='[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)' >[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)<\/option><option value='[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform' >[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform<\/option><option value='[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles' >[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles<\/option><option value='[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW' >[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW<\/option><option value='[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey' >[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey<\/option><option value='[22] Prof. Kahani: Project supervised by Prof.  Kahani' >[22] Prof. Kahani: Project supervised by Prof.  Kahani<\/option><option value='[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment' >[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment<\/option><option value='[56] Prof. Labiche: My own handheld speedometer' >[56] Prof. Labiche: My own handheld speedometer<\/option><option value='[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)' >[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)<\/option><option value='[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)' >[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)<\/option><option value='[26] Prof. Liu: Environmental adaptive rescue robots' >[26] Prof. Liu: Environmental adaptive rescue robots<\/option><option value='[27] Prof. Liu: Glioma texture analysis' >[27] Prof. Liu: Glioma texture analysis<\/option><option value='[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties' >[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties<\/option><option value='[29] Prof. Liu: Modelling and visualization of glioma growth' >[29] Prof. Liu: Modelling and visualization of glioma growth<\/option><option value='[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue' >[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue<\/option><option value='[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System' >[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System<\/option><option value='[34] Prof. Rajan: Tiny ML-based Smart Monitoring System' >[34] Prof. Rajan: Tiny ML-based Smart Monitoring System<\/option><option value='[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b' >[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b<\/option><option value='[36] Prof. Rossa: Design and Development of a Refreshable Braille Display' >[36] Prof. Rossa: Design and Development of a Refreshable Braille Display<\/option><option value='[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices' >[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices<\/option><option value='[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard' >[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard<\/option><option value='[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence' >[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence<\/option><option value='[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy' >[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy<\/option><option value='[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)' >[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)<\/option><option value='[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)' >[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)<\/option><option value='[43] Prof. Shen: Autonomous Robotic Applications' >[43] Prof. Shen: Autonomous Robotic Applications<\/option><option value='[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)' >[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform' >[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform<\/option><option value='[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models' >[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models<\/option><option value='[47] Prof. Taha: Privacy and Transparency in Modern AI Services' >[47] Prof. Taha: Privacy and Transparency in Modern AI Services<\/option><option value='[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications' >[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications<\/option><option value='[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach' >[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach<\/option><option value='[50] Prof. Wainer: Modelling Aircraft Collisions' >[50] Prof. Wainer: Modelling Aircraft Collisions<\/option><option value='[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system' >[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system<\/option><option value='[52] Prof. Wainer: YATM - Yet another Travel Map' >[52] Prof. Wainer: YATM &#8211; Yet another Travel Map<\/option><option value='[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks' >[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks<\/option><\/select><\/div><\/div><fieldset id=\"field_2_23\" class=\"gfield gfield--type-checkbox gfield--type-choice gfield--input-type-checkbox gfield--width-third gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><legend class='gfield_label gform-field-label gfield_label_before_complex' >Discussion with supervisor<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/legend><div class='ginput_container ginput_container_checkbox'><div class='gfield_checkbox ' id='input_2_23'><div class='gchoice gchoice_2_23_1'>\n\t\t\t\t\t\t\t\t<input class='gfield-choice-input' name='input_23.1' type='checkbox'  value='I have contacted the project supervisor'  id='choice_2_23_1'   \/>\n\t\t\t\t\t\t\t\t<label for='choice_2_23_1' id='label_2_23_1' class='gform-field-label gform-field-label--type-inline'>I have contacted the project supervisor<\/label>\n\t\t\t\t\t\t\t<\/div><\/div><\/div><\/fieldset><div id=\"field_2_21\" class=\"gfield gfield--type-html gfield--input-type-html gfield--width-third gfield_html gfield_html_formatted gfield_no_follows_desc field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><\/div><div id=\"field_2_28\" class=\"gfield gfield--type-select gfield--input-type-select gfield--width-third gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><label class='gfield_label gform-field-label' for='input_2_28'>Third project choice<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/label><div class='ginput_container ginput_container_select'><select name='input_28' id='input_2_28' class='large gfield_select'    aria-required=\"true\" aria-invalid=\"false\" ><option value='Select a project' >Select a project<\/option><option value='[1] Prof.  Atia: Project supervised by Prof. Atia' >[1] Prof.  Atia: Project supervised by Prof. Atia<\/option><option value='[55] Prof.  Bedawi: Project supervised by Prof. Bedawi' >[55] Prof.  Bedawi: Project supervised by Prof. Bedawi<\/option><option value='[2] Prof.  Chan: Project supervised by Prof. Chan' >[2] Prof.  Chan: Project supervised by Prof. Chan<\/option><option value='[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)' >[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care' >[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care<\/option><option value='[6] Prof. Gomar: Smart Splint for Post-Op Rehab' >[6] Prof. Gomar: Smart Splint for Post-Op Rehab<\/option><option value='[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes' >[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes<\/option><option value='[54] Prof. Gomar: Radar-Assisted Vision Tracking System' >[54] Prof. Gomar: Radar-Assisted Vision Tracking System<\/option><option value='[8] Prof. Green: Adding audio to video-based clinical intervention detection' >[8] Prof. Green: Adding audio to video-based clinical intervention detection<\/option><option value='[9] Prof. Green: Equitable detection by autonomous vehicles' >[9] Prof. Green: Equitable detection by autonomous vehicles<\/option><option value='[10] Prof. Green: Instrumented infant\/child car seat' >[10] Prof. Green: Instrumented infant\/child car seat<\/option><option value='[11] Prof. Green: Neonatal patient simulator and LLM summarizer' >[11] Prof. Green: Neonatal patient simulator and LLM summarizer<\/option><option value='[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction' >[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction<\/option><option value='[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences' >[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences<\/option><option value='[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests' >[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests<\/option><option value='[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery' >[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery<\/option><option value='[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)' >[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)<\/option><option value='[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform' >[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform<\/option><option value='[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles' >[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles<\/option><option value='[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW' >[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW<\/option><option value='[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey' >[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey<\/option><option value='[22] Prof. Kahani: Project supervised by Prof.  Kahani' >[22] Prof. Kahani: Project supervised by Prof.  Kahani<\/option><option value='[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment' >[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment<\/option><option value='[56] Prof. Labiche: My own handheld speedometer' >[56] Prof. Labiche: My own handheld speedometer<\/option><option value='[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)' >[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)<\/option><option value='[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)' >[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)<\/option><option value='[26] Prof. Liu: Environmental adaptive rescue robots' >[26] Prof. Liu: Environmental adaptive rescue robots<\/option><option value='[27] Prof. Liu: Glioma texture analysis' >[27] Prof. Liu: Glioma texture analysis<\/option><option value='[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties' >[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties<\/option><option value='[29] Prof. Liu: Modelling and visualization of glioma growth' >[29] Prof. Liu: Modelling and visualization of glioma growth<\/option><option value='[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue' >[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue<\/option><option value='[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System' >[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System<\/option><option value='[34] Prof. Rajan: Tiny ML-based Smart Monitoring System' >[34] Prof. Rajan: Tiny ML-based Smart Monitoring System<\/option><option value='[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b' >[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b<\/option><option value='[36] Prof. Rossa: Design and Development of a Refreshable Braille Display' >[36] Prof. Rossa: Design and Development of a Refreshable Braille Display<\/option><option value='[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices' >[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices<\/option><option value='[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard' >[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard<\/option><option value='[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence' >[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence<\/option><option value='[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy' >[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy<\/option><option value='[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)' >[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)<\/option><option value='[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)' >[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)<\/option><option value='[43] Prof. Shen: Autonomous Robotic Applications' >[43] Prof. Shen: Autonomous Robotic Applications<\/option><option value='[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)' >[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform' >[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform<\/option><option value='[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models' >[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models<\/option><option value='[47] Prof. Taha: Privacy and Transparency in Modern AI Services' >[47] Prof. Taha: Privacy and Transparency in Modern AI Services<\/option><option value='[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications' >[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications<\/option><option value='[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach' >[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach<\/option><option value='[50] Prof. Wainer: Modelling Aircraft Collisions' >[50] Prof. Wainer: Modelling Aircraft Collisions<\/option><option value='[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system' >[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system<\/option><option value='[52] Prof. Wainer: YATM - Yet another Travel Map' >[52] Prof. Wainer: YATM &#8211; Yet another Travel Map<\/option><option value='[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks' >[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks<\/option><\/select><\/div><\/div><fieldset id=\"field_2_29\" class=\"gfield gfield--type-checkbox gfield--type-choice gfield--input-type-checkbox gfield--width-third gfield_contains_required field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><legend class='gfield_label gform-field-label gfield_label_before_complex' >Discussion with supervisor<span class=\"gfield_required\"><span class=\"gfield_required gfield_required_text\">(Required)<\/span><\/span><\/legend><div class='ginput_container ginput_container_checkbox'><div class='gfield_checkbox ' id='input_2_29'><div class='gchoice gchoice_2_29_1'>\n\t\t\t\t\t\t\t\t<input class='gfield-choice-input' name='input_29.1' type='checkbox'  value='I have contacted the project supervisor'  id='choice_2_29_1'   \/>\n\t\t\t\t\t\t\t\t<label for='choice_2_29_1' id='label_2_29_1' class='gform-field-label gform-field-label--type-inline'>I have contacted the project supervisor<\/label>\n\t\t\t\t\t\t\t<\/div><\/div><\/div><\/fieldset><div id=\"field_2_27\" class=\"gfield gfield--type-html gfield--input-type-html gfield--width-third gfield_html gfield_html_formatted gfield_no_follows_desc field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><\/div><div id=\"field_2_31\" class=\"gfield gfield--type-select gfield--input-type-select gfield--width-third field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><label class='gfield_label gform-field-label' for='input_2_31'>Fourth project choice<\/label><div class='ginput_container ginput_container_select'><select name='input_31' id='input_2_31' class='large gfield_select'     aria-invalid=\"false\" ><option value='Select a project' >Select a project<\/option><option value='[1] Prof.  Atia: Project supervised by Prof. Atia' >[1] Prof.  Atia: Project supervised by Prof. Atia<\/option><option value='[55] Prof.  Bedawi: Project supervised by Prof. Bedawi' >[55] Prof.  Bedawi: Project supervised by Prof. Bedawi<\/option><option value='[2] Prof.  Chan: Project supervised by Prof. Chan' >[2] Prof.  Chan: Project supervised by Prof. Chan<\/option><option value='[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)' >[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care' >[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care<\/option><option value='[6] Prof. Gomar: Smart Splint for Post-Op Rehab' >[6] Prof. Gomar: Smart Splint for Post-Op Rehab<\/option><option value='[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes' >[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes<\/option><option value='[54] Prof. Gomar: Radar-Assisted Vision Tracking System' >[54] Prof. Gomar: Radar-Assisted Vision Tracking System<\/option><option value='[8] Prof. Green: Adding audio to video-based clinical intervention detection' >[8] Prof. Green: Adding audio to video-based clinical intervention detection<\/option><option value='[9] Prof. Green: Equitable detection by autonomous vehicles' >[9] Prof. Green: Equitable detection by autonomous vehicles<\/option><option value='[10] Prof. Green: Instrumented infant\/child car seat' >[10] Prof. Green: Instrumented infant\/child car seat<\/option><option value='[11] Prof. Green: Neonatal patient simulator and LLM summarizer' >[11] Prof. Green: Neonatal patient simulator and LLM summarizer<\/option><option value='[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction' >[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction<\/option><option value='[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences' >[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences<\/option><option value='[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests' >[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests<\/option><option value='[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery' >[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery<\/option><option value='[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)' >[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)<\/option><option value='[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform' >[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform<\/option><option value='[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles' >[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles<\/option><option value='[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW' >[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW<\/option><option value='[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey' >[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey<\/option><option value='[22] Prof. Kahani: Project supervised by Prof.  Kahani' >[22] Prof. Kahani: Project supervised by Prof.  Kahani<\/option><option value='[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment' >[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment<\/option><option value='[56] Prof. Labiche: My own handheld speedometer' >[56] Prof. Labiche: My own handheld speedometer<\/option><option value='[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)' >[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)<\/option><option value='[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)' >[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)<\/option><option value='[26] Prof. Liu: Environmental adaptive rescue robots' >[26] Prof. Liu: Environmental adaptive rescue robots<\/option><option value='[27] Prof. Liu: Glioma texture analysis' >[27] Prof. Liu: Glioma texture analysis<\/option><option value='[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties' >[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties<\/option><option value='[29] Prof. Liu: Modelling and visualization of glioma growth' >[29] Prof. Liu: Modelling and visualization of glioma growth<\/option><option value='[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue' >[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue<\/option><option value='[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System' >[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System<\/option><option value='[34] Prof. Rajan: Tiny ML-based Smart Monitoring System' >[34] Prof. Rajan: Tiny ML-based Smart Monitoring System<\/option><option value='[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b' >[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b<\/option><option value='[36] Prof. Rossa: Design and Development of a Refreshable Braille Display' >[36] Prof. Rossa: Design and Development of a Refreshable Braille Display<\/option><option value='[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices' >[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices<\/option><option value='[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard' >[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard<\/option><option value='[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence' >[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence<\/option><option value='[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy' >[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy<\/option><option value='[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)' >[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)<\/option><option value='[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)' >[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)<\/option><option value='[43] Prof. Shen: Autonomous Robotic Applications' >[43] Prof. Shen: Autonomous Robotic Applications<\/option><option value='[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)' >[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform' >[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform<\/option><option value='[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models' >[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models<\/option><option value='[47] Prof. Taha: Privacy and Transparency in Modern AI Services' >[47] Prof. Taha: Privacy and Transparency in Modern AI Services<\/option><option value='[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications' >[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications<\/option><option value='[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach' >[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach<\/option><option value='[50] Prof. Wainer: Modelling Aircraft Collisions' >[50] Prof. Wainer: Modelling Aircraft Collisions<\/option><option value='[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system' >[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system<\/option><option value='[52] Prof. Wainer: YATM - Yet another Travel Map' >[52] Prof. Wainer: YATM &#8211; Yet another Travel Map<\/option><option value='[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks' >[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks<\/option><\/select><\/div><\/div><fieldset id=\"field_2_32\" class=\"gfield gfield--type-checkbox gfield--type-choice gfield--input-type-checkbox gfield--width-third field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><legend class='gfield_label gform-field-label gfield_label_before_complex' >Discussion with supervisor<\/legend><div class='ginput_container ginput_container_checkbox'><div class='gfield_checkbox ' id='input_2_32'><div class='gchoice gchoice_2_32_1'>\n\t\t\t\t\t\t\t\t<input class='gfield-choice-input' name='input_32.1' type='checkbox'  value='I have contacted the project supervisor'  id='choice_2_32_1'   \/>\n\t\t\t\t\t\t\t\t<label for='choice_2_32_1' id='label_2_32_1' class='gform-field-label gform-field-label--type-inline'>I have contacted the project supervisor<\/label>\n\t\t\t\t\t\t\t<\/div><\/div><\/div><\/fieldset><div id=\"field_2_30\" class=\"gfield gfield--type-html gfield--input-type-html gfield--width-third gfield_html gfield_html_formatted gfield_no_follows_desc field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><\/div><div id=\"field_2_38\" class=\"gfield gfield--type-select gfield--input-type-select gfield--width-third field_sublabel_below gfield--no-description field_description_below field_validation_below gfield_visibility_visible\"  ><label class='gfield_label gform-field-label' for='input_2_38'>Fifth project choice<\/label><div class='ginput_container ginput_container_select'><select name='input_38' id='input_2_38' class='large gfield_select'     aria-invalid=\"false\" ><option value='Select a project' >Select a project<\/option><option value='[1] Prof.  Atia: Project supervised by Prof. Atia' >[1] Prof.  Atia: Project supervised by Prof. Atia<\/option><option value='[55] Prof.  Bedawi: Project supervised by Prof. Bedawi' >[55] Prof.  Bedawi: Project supervised by Prof. Bedawi<\/option><option value='[2] Prof.  Chan: Project supervised by Prof. Chan' >[2] Prof.  Chan: Project supervised by Prof. Chan<\/option><option value='[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)' >[3] Prof. Dansereau: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[4] Prof. Gohary: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care' >[5] Prof. Gomar: Edge-AI Home Anomaly Detection for Elder Care<\/option><option value='[6] Prof. Gomar: Smart Splint for Post-Op Rehab' >[6] Prof. Gomar: Smart Splint for Post-Op Rehab<\/option><option value='[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes' >[7] Prof. Gomar: FPGA-Accelerated Muscle Fatigue Monitor for Athletes<\/option><option value='[54] Prof. Gomar: Radar-Assisted Vision Tracking System' >[54] Prof. Gomar: Radar-Assisted Vision Tracking System<\/option><option value='[8] Prof. Green: Adding audio to video-based clinical intervention detection' >[8] Prof. Green: Adding audio to video-based clinical intervention detection<\/option><option value='[9] Prof. Green: Equitable detection by autonomous vehicles' >[9] Prof. Green: Equitable detection by autonomous vehicles<\/option><option value='[10] Prof. Green: Instrumented infant\/child car seat' >[10] Prof. Green: Instrumented infant\/child car seat<\/option><option value='[11] Prof. Green: Neonatal patient simulator and LLM summarizer' >[11] Prof. Green: Neonatal patient simulator and LLM summarizer<\/option><option value='[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction' >[12] Prof. Green: Neonatal time series vital sign representation learning and outcome prediction<\/option><option value='[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences' >[13] Prof. Huang: Development of a Local Intelligent Search Agent Providing Personalized and Customized Search Results Based on User Preferences<\/option><option value='[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests' >[14] Prof. Huang: Development of a Streaming Video Player Integrated with Local AI-Based Movie Recommendation Considering User Personal Interests<\/option><option value='[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery' >[15] Prof. Huang: Development of a Virtual Test Environment for Autonomous Vehicle Algorithms Utilizing Google Street View Imagery<\/option><option value='[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)' >[16] Prof. Jaskolka: Compass Toolkit:  Secure System Analysis Solutions (Multiple Projects)<\/option><option value='[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform' >[17] Prof. Jaskolka: Threat Pilot:  A Next-Generation Threat Modeling Platform<\/option><option value='[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles' >[18] Prof. Jaskolka: VESSEL:  Versatile Environment for Secure Systems Engineering Lifecycles<\/option><option value='[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[19] Prof. Kadri: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW' >[20] Prof. Kadri: SMART-FLOW:  Secure Multi-Hockey-Player Aggregation and Real-Time Data FLOW<\/option><option value='[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey' >[21] Prof. Kadri: SMART-ICE:  Sensing and Motion Analysis in Real-Time for ICE Hockey<\/option><option value='[22] Prof. Kahani: Project supervised by Prof.  Kahani' >[22] Prof. Kahani: Project supervised by Prof.  Kahani<\/option><option value='[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment' >[55] Prof. Labiche: Warehouse Robot Mobility Using SONiC FRRouting Environment<\/option><option value='[56] Prof. Labiche: My own handheld speedometer' >[56] Prof. Labiche: My own handheld speedometer<\/option><option value='[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[23] Prof. Lambadaris: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)' >[24] Prof. Lambadaris: Robot Cooperation and Competition 1  (Co-supervisor:  Schwartz)<\/option><option value='[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)' >[25] Prof. Lambadaris: Robot Cooperation and Competition 2  (Co-supervisor:  Schwartz)<\/option><option value='[26] Prof. Liu: Environmental adaptive rescue robots' >[26] Prof. Liu: Environmental adaptive rescue robots<\/option><option value='[27] Prof. Liu: Glioma texture analysis' >[27] Prof. Liu: Glioma texture analysis<\/option><option value='[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties' >[28] Prof. Liu: Medical Image\u2013Driven Estimation of Soft Tissue Biomechanical Properties<\/option><option value='[29] Prof. Liu: Modelling and visualization of glioma growth' >[29] Prof. Liu: Modelling and visualization of glioma growth<\/option><option value='[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[30] Prof. Marsland: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)' >[31] Prof. Rajan: Digital Text Communication System Using On-Off Keying with Pixie QRP Transceivers and Raspberry Pi (5 Supervisors:  Gohari,Kadri,Lambadaris,Marsland,Rajan)<\/option><option value='[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue' >[32] Prof. Rajan: Quantitative analysis of cancer margins in fluorescence microscopy images of patient tissue<\/option><option value='[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System' >[33] Prof. Rajan: Tiny ML-based Smart Contact-based Sensing and Monitoring System<\/option><option value='[34] Prof. Rajan: Tiny ML-based Smart Monitoring System' >[34] Prof. Rajan: Tiny ML-based Smart Monitoring System<\/option><option value='[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b' >[35] Prof. Rossa: Design and Development of an Instrumented Laparoscopy Forceps for Real-Time Tissue Classification\u200b<\/option><option value='[36] Prof. Rossa: Design and Development of a Refreshable Braille Display' >[36] Prof. Rossa: Design and Development of a Refreshable Braille Display<\/option><option value='[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices' >[37] Prof. Rossa: Design and Development of a Wireless Ultrasonic Charger for Implantable Medical Devices<\/option><option value='[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard' >[38] Prof. Rossa: Design and Development of an Autonomous Self-Moving Chessboard<\/option><option value='[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence' >[39] Prof. Rossa: Design and Development of an Intelligent Camera-Guided Sprinkler for Targeted Irrigation and Wildlife Deterrence<\/option><option value='[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy' >[40] Prof. Rossa: Design and Development of Smart Surgical Needles with Impedance Sensors for Tissue Biopsy<\/option><option value='[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)' >[41] Prof. Schwartz: Robot Cooperation and Competition 1 (Co-supervisor:  Lambadaris)<\/option><option value='[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)' >[42] Prof. Schwartz: Robot Cooperation and Competition 2 (Co-supervisor:  Lambadaris)<\/option><option value='[43] Prof. Shen: Autonomous Robotic Applications' >[43] Prof. Shen: Autonomous Robotic Applications<\/option><option value='[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)' >[44] Prof. Shen: Autonomous Vehicles (Co-supervisor:  Shen)<\/option><option value='[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform' >[45] Prof. Taha:  QuantumVerify:  Design and Evaluation of a Post-Quantum Secure Document Signing Platform<\/option><option value='[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models' >[46] Prof. Taha: NeuroLogic Shield:  A Modular Robustness Assessment Platform for Neural and Logic-Based AI Models<\/option><option value='[47] Prof. Taha: Privacy and Transparency in Modern AI Services' >[47] Prof. Taha: Privacy and Transparency in Modern AI Services<\/option><option value='[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications' >[48] Prof. Wainer: A platform for development and testing of simulation and real-time applications<\/option><option value='[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach' >[49] Prof. Wainer: Development of cyber-physical systems using a model-based approach<\/option><option value='[50] Prof. Wainer: Modelling Aircraft Collisions' >[50] Prof. Wainer: Modelling Aircraft Collisions<\/option><option value='[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system' >[51] Prof. Wainer: Tools for development of Discrete event controllers:  the case of a helicopter supervisory system<\/option><option value='[52] Prof. Wainer: YATM - Yet another Travel Map' >[52] Prof. Wainer: YATM &#8211; Yet another Travel Map<\/option><option value='[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks' >[53] Prof. Yanikomeroglu: Design, Simulation, and Analysis of LEO Satellite Communications and Networks<\/option><\/select><\/div><\/div><fieldset id=\"field_2_39\" class=\"gfield gfield--type-checkbox gfield--type-choice gfield--input-type-checkbox gfield--width-third field_sublabel_below gfield--no-description field_description_below 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