Right to Disconnect Solution For Public and Private Sector Corporations

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Details of Kiosk Model : Benchmark RTD Industry Best Practice from Australia State status of RTD Bill as of Date in State of CA Define, Identify & Quantify Gaps for Private & Public Sectors Using Data Devise Algorithms based on Operational Excellence to Overcome Gaps on RTD Simulate Algorithm for Public & Private Sector Environments on Productivity Losses Design, Develop & Test OSSS Algorithm to Suite OSSS Platform Engagement OSSS Platform Developed & Tested For Robustness in Public & Private Sectors OSSS Platform Deployment Planning for Seamless RTD Transition End Game: Payoff Model RTD Bill Passage

AI Based Pharmacy Kiosk Operational Excellence

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Details of Kiosk Model : Kiosk Model of Distributing vs Dispensing. Lead Time for Patient Triggers Kiosk to Initiate Packaging by Distributor/Warehouse. Alerts sent to Patient, Doctor to Authenticate, Collection of Meds on Permitted Date. Verification of Patient Pick Up Date executed ahead of pick up date. Patient authenticates transaction while arriving at window of Kiosk. Patient verifies transactional accuracy and precision via Kiosk system. Patient authorizes pertinent documentation for shipment acceptance. Kiosk closes transaction and sends relays information to warehouse. Warehouse-Kiosk Logistics stays unchanged similar to existing setup. Kiosk management optimizes supplies via FIFO to accommodate Meds expiry date. Operational Logistics incentivizes Patient through loyalty and membership services. Higher type of Meds transacted influences service levels and membership fees. Patients receive transaction rebates at participating retail stores. Kiosk App integrates with Patient GPS to match Kiosk arrival and Meds Pick up Time. Kiosk App activates transaction to render patient convenience, safety and security. Kiosk infrastructure setup benchmarks industry best practices (ATM Model). Stratify Patient demographics by convenience based on multiple choices. Nature of Meds dispensed dictates priority for Patient pick up and convenience. A 100 % rating of Patient Kiosk Service and Performance is designed by default.

Sales and Marketing of Mentorship Products and Services

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Educators are Encouraged to View this Video Via Access Provided by Industry Partner Listing All Go-to-Market Products and Services of Business Quantifying Gaps In Business for Go-To-Market Products and Services Charting Scope, Deliverables and Outcomes from Technology Platform Designing Scope and Functionalities of Desired Technology Platform Sourcing Technology Platforms for Business Goals & Objectives (AWS to Others) Assessing Other Options -> a: Access IT Department within Institution; b: Alternate resources such as Online Freelancing Platform (s) Launching Platform to Sell Products and Services online End Game: Sales Revenue for MGBS via E_Commerce

Cybersecurity Excellence Solutions for WiFi Router Security Systems

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Scope : Researching Router Systems in small, medium & large business environments. Assessing using Internet resources on how to evaluate router security risks https://routersecurity.org/testrouter.php Writing a short report of general awareness on Hacker Risk to Router Systems. Extracting quantitative & qualitative data on Router System Security for awareness. Interpreting Data on Router System Security for a risk-minimization action plan. Minimizing Access to Scammers of Home Security Systems Via IoT. Charting a design QR Code commercial plan identifying Cybersecurity Solutions. Budgeting for QR Code work related to potential solutions, including maintenance.

Connectivity Excellence Across IoT Devices for Sustained Performance

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Scope : Baselining urgency & value proposition for IoT devices, relating to SW Quantifying unexpected downtime relating to SW updates Generating Pugh Matrix to form the basis toward App design & development Mapping process for App design & development, including integration with systems Design test plan to include already purchased & to-be purchased IoT devices Testing App for robusteness across available device types & manufacturers Finalizing App design to meet standard platform compliances for commercial use End Game : (a) New IoT Device Purchase Decision Making (b) Existing IoT Device Owners to Leverage SW Updates.

Predicting Organ Availability & Compatibility For Recipient's Transplant

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Scope: Creating an animation of this vision (Animation SW or Power Point) Simulating a demo system of Project's vision using available data Reaching out to network members (Personal, Professional, & HC Specialists*) Sourcing healthcare systems on JIT* characteristics for donated organs Defining the needs of a "live donated organ" inventory tracking system Designing, Developing and Launching a "live donated organ" inventory tracking system Rendering a functional "live donated organ" inventory tracking system Empowering patients with online "live donated organ" inventory tracking system access

Enabling Insurance Rebates & Discounts Based On Responsible Driving

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Baselining Consumer Driving Profile for Personal Improvement and Safety Designing App for vehicles to extract driving profiles Marketing Consumers to Download App for Displaying Driving Profiles Providing Driving Profile Access to Insurance Companies Leveraging Rebates or Discounts based on Shared Driving Profile (s) End Game: a - Automobile Drivers Change Driving Behaviors b - Fewer Claims for Insurance Companies c - Increased Capacity for City Traffic Law Enforcement d - Increased Safety for Consumers as Well as Vehicle Protection

Author-Friendly App to Increase Peer Review Approval

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives post successful Project completion. Scope : Predictability model to mitigate peer review rejection for publishing in medical science. - Mapping As-Is process of peer review in the field of medical science publications - Conducting a "measurement systems analyses" (MSA) or peer review process - Compiling causes for peer review errors of ADS* vs RQS** Type Errors - Listing error-free criteria for peer review processes in the field of medical scientific publishing - Designing an Author-Friendly App to visualize risk of rejection, prior to submission - Displaying App to indicate areas of risk for author to amend, prior to final submission - Surveying Author on predicted probability of success vs. actual outcome from publisher - Compiling a crowdsourced predictability database for an Author-friendly Peer Review App * => Approving Disqualified Submissions (ADs) **=> Rejecting Qualified Submissions (RQs) End Game : Defect, Delay and Deviations Minimization in peer publication reviews, in the field of medical science & technology. Learners Will Be : a - Researching author's publishing experiences to quantify causes for peer review rejections b - Evaluating peer reviewing process for measurement system for ADs & RQs Errors c - Quantifying risks of peer review submission rejections to increase approval success d - Testing & Validating an Author-Friendly App to achieve objective in line item "c" e - Compiling Participating Author Experiences in their Peer Review Submissions Journey f - Generating a Predictability Model to increase submission acceptance during publishing

Predictive Analytics In Medical Science Publishing

Students & Instructors are encouraged to read & review our  AFAQs . Please review student incentives available, upon successful Project completion. Scope : Researching available online publications in selected fields of interest (Medical Science) Listing different customers on their need fir Predictive Analytics Generating the DB to model Predictability to varying Customer Needs Modeling the DB for Predictive Analytics for relevant customers for better planning and productivity Testing the Model for validity and statistical significance between the variable inputs and expected outputs

Evaluation of Total Carbon Foot Print Reduction Across Emerging Technologies

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives post successful Project completion. Scope : - Listing all available non-fossil fuel based battery technologies - Baselining current CFP** profile with conventional non-fossil fuel based battery technology - Analyzing current gaps of non-fossil fuel based battery technology - Assessing potential to leverage economy of scale across industry, national & global scope - Implementing metrics for net CFP associated with such non-fossil fuel battery technologies - Optimizing Investment-Payoff Model for manufacturers & public consumers End Game : A Quantitative Comparison Matrix* of Net CFP associated with different sources of non-fossil fuel battery technology *Pugh Matrix ==> A quantitative tool to compare options in a normalized manner Here is a Pugh Matrix Template in MS Excel . **CFP => Carbon Foot Print Learners will be: a - Populating a chart to quantitatively compare different sources of non-fossil fuel based battery technologies. Lithium, Sodium, Lithium Sulfide, Lithium Phosphate and other mineral based resources. b - Generating a comparison matrix (a.k.a Pugh Matrix) including cost, process complexity, yield, availability, product lifetime, and other aspects toward lowering the CFP of the entire process from ore-to-battery. c - Concluding the Project with a mathematical model to demonstrate multiple investment models relating to CFP reduction along with respective payoffs. d - Recommending the maximum Payoff investment model for CFP reduction in the Automotive Battery industry.

Modeling Soil Fertility For High Horticultural & Agricultural Yields

Please review MGBS AFAQs prior to moving forward. - Baselining Existing Blooming & Harvesting Yields for flowers & vegetables - Identifying vital parameters to understand multiple variance contribution (s) to fertility - Quantifying methodology with yields to comprehend opportunities for higher soil fertility - Conducting minimum experiments in-house to generate real data from local nurseries - Illustrating live examples of increased yields for flower blooming & vegetable harvesting - Modeling data to test hypotheses for soil fertility for increased flower & vegetable yields End Game - Predicting Soil Fertility as a function of multiple parameters enhances probability of high yield flower blooming & vegetable harvest.

Data Science and Analyses For Excellence in Publishing

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Leverage Existing Models For Publishing Excellence Baselining correlations between books sold with best seller's list ranking Modelling parameters of book demographics with best sellers list and ranking Extracting large Datasets for a broader range of predictive analytics Testing the model on recently published books for a given kind and category Analyzing Gaps between predicted and actual performance on seller success

Mobile and Web App Development For College Credit Transfer Processes

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Delivering a Mobile App based on research activity from another Ongoing Project Click Here for Information On Ongoing Research Project Testing & Launching App For Success Predicting education time, cost, location & payoff for Student & Parent planning

Enterprise Cloud Networks for Professional Excellence

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Validating customer requirements for a cloud-based enterprise system ( CBES ) Designing & Developing a fail-safe CBES within the PLC management model Implementing an Engineered CBES to identify, quantify & contain unacceptable risks Testing CBES for unacceptable functional errors prior to launching for Clients Instituting cloud management tools to assist in Project Cost Calculations

AI Driven Smart Hair & Scalp Maintenance Systems

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Baselining current user friendliness of self Hair & Scalp Maintenance systems Quantifying Opportunities for technology based Hair & Scalp Maintenance systems Mapping technology based improved Hair & Scalp Maintenance systems Animating (via PowerPoint) a new and improved Hair & Scalp Maintenance Designing a User Friendly automated Hair & Scalp Maintenance System Testing System for Robustness and User friendliness Launching System for User Experience and Readiness

Team Capability & Capacity Assessment System

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Collecting, Analyzing, & Interpreting Data on Team Engagement in Corporations Executing research to benchmark industry best practices on Team Engagement Evaluating strengths and growth areas to align with industry Team Engagement best practices Mapping sequential Process for Team Engagement Creating blog, website and presentations for higher levels of Team Engagement Generation of Root Cause Analyses in order to improve Team Engagement Designing a System to enable characterizing and Tracking Team Engagement Conducting System Testing. Soliciting feedback on current Social Media for its impact on Team Engagement Launching System for Users to enable peak Team Engagement

Mentoring Students For a Career of Entrepreneurship

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Baselining students on their pathway to entrepreneurship Mapping current idea-to-implementation process and methodology with data on student success Tracking student idea-to-implementation objectives, associated efforts & success rate Animating (via Powerpoint) the idea-to-implementation process and outcomes Animating (via Powerpoint) the "Would-Be" process to increase probability of outcomes Designing and Developing an App to increase entrepreneurial success Testing the App for efficiency and effectiveness for entrepreneurial success Launching the App for entrepreneurial success

Data Analytics on Product and Process Innovation

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Compiling, cleaning and processing dataset provided by Industry Sponsor in the field of Innovation. Writing a Project Report to communicate analytical conclusions and recommendations. Generating a Blue Print for Project Report Writing for Commercialization.

Predicting Career Growth Based on Leading Indicators

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Project Charter for greater clarity is available here for viewing. Scope : Leveraging Datasets to assess opportunities to Predict career/professional excellence Analyzing gaps between baseline and expectations of professionals for growth and performance indicators Designing analytical dashboards to evaluate career growth and performance indicators Cleaning and Merging datasets to perform summarization, analysis, & identifying relevant information Predicting career professional growth and performance based on multiple variable indicators

Productivity System For Graduate Studies & Research

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Baselining conventional academic process approach to graduate research studies and publishing Quantifying gaps on current academic process approach to publishing and graduation Mapping sequential tasks of current processes leveraging Unified Modified Language Creating an improved process of the entire graduate research and publishing receipt of diploma Animating (via Power Point) Speed and Quality of peer and employer recognition of an improved process Designing and Developing a System to Create the Framework for an App in the future Testing the system for its robustness

Streamlining Candidate Contact-To-Onboard Process

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Baselining Conventional ATS for Productivity toward Candidate Contacting-to-Onboarding Process Quantifying gaps on ATS for benefit of Employer, Candidate and HiringManager Mapping sequential tasks of 2 routes to justify value to all Stakeholders(Candidate, Recruiter and Hiring Manager) Animating Speed and Quality of Hiring for ease of comprehension Designing and Developing an App to render this Process Breakthrough Testing the App per conventional techniques prior to release Launching the App to achieve end game from deployment

Designing & 3D Printing of Mechanical Prototype

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Creating 3D Printed Engineering Solutions for a Market Ready Product. Drawing CAD Designs (3D Models) for this Market Ready Product. Testing CAD Designs for Quality of Model Drawing Printing Prototype with 3D Printers via 3D Modeling for a Market Ready Product. Testing Prototype for Fit, Form and Function.

Virtual Museum For Artwork Display and Exhibition

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Initiating Artwork as a result of some social event (School, College, Peer or a necessity from another source) Achieving accuracy in artwork for simpler targets Training self on improving Art skills & competencies measured by reduced iterations (normalized for complexity) Monitoring Progress in terms of work being appreciate by others, satisfaction measured by feedback and monetary sales Launching Virtual Site for personal and professional needs

Global Podcasting Process Management Excellence

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Scope : Baselining existing Podcast Resources to educate listeners in various matters of importance Quantifying gaps & market potential for this mechanism of communication Wire-Framing various elements for this mode of communication toward a breakthrough ( Phase May End Here* ) Animating Process to Illustrate Opportunity, Productivity, Urgency of this mode of communication ( Phase May End Here* ) Designing & Developing Podcast mechanism for security & enhanced features for producitivty ( Phase May End Here* ) Launching Podcast with planning for individual Professional Podcasters Users ( Phase May End Here* ) Listing productivity benefits of this mechanism of Podcast for a breakthrough Strategy * This is to let Instructor or student that their Project Phase may end here due to Scope of Course and/or Capability of Team. Teams are allowed to engage in 1 or more Project Phases pending discussion/concurrence with Industry Partner.

Gamification Strategy For Improved User Comprehension

Notes: Students & Instructors are encouraged to read & review our AFAQs . Scope : Baselining existing Web Page and/or Mobile App Solutions for growth opportunities toward achieving goals & objectives Quantifying gaps & market potential for this gamified approach in all areas of our lives Animating Process Breakthrough to Illustrate Opportunity, Productivity, Urgency of this strategy of education Wire-Framing various elements for this Gamified approach for breakthrough for all stakeholders Designing & Developing a Gamification process to enable Stakeholders for desired outcomes Launching the Game to enable multiple entities for User Friendly interactive systems Realizing increase in use of application (Gamified) compared to the traditional App approach for desirable outcomes Elimination of burdensome Web Pages for conventional Users of Web Pages Sustaining of Membership over User's long term needs to achieve personal and professional objectives

Predictability of Career and Professional Excellence

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Leveraging Big Datasets to assess opportunities for Predicting career and professional excellence Compiling available dataset provided by Industry Partner using available programming tools and techniques Structuring big datasets to identify inputs and outputs and qualify for Mathematical Modelling Devising a mathematical model showing the influence of various profile characteristics via Machine Learning (or equivalent) Validating the mathematical model from the forecasting Tool for Career and Professional Predictability

Air Travel Passenger Security and Medical Safety

Notes: Students & Instructors are encouraged to read & review our AFAQs . Scope : Baselining current frequency of mid air incidents relating to medical safety and/or physical security Assessing market potential for this Product/Service - Animate Process to Illustrate Opportunity Wire-Framing various elements for the App from planning to executing operations between destinations of engagement Designing and Developing an App to render airlines to schedule appropriate supplemental crew for security and staffing Launching the App with planning for Corporate Enterprise as well as Passenger crowdsourcing to share experience Scheduling in-flight resource (s) capable of providing medical safety and physical security Providing Certified Personnel for Medical Safety and Physical Security

Customer Empowered Airline Performance Scorecards

Notes: Students & Instructors are encouraged to read & review our AFAQs . Scope : Phase 1: Baselining existing system to quantify opportunities for customer empowerment Researching data to formulate a DB viable for ML & Data Analytics Extracting data to build a DB for analyses & predictive Statistics Proposing Relevant Performance Metrics ==> Marketing Validation & Testing ==> Phase 1 Ends Phase 2: Visualizing system to highlight opportunity for passenger scorecard empowerment Mapping information sourcing via wire framing tools & techniques Creating filters to specific areas for airline performance scorecard Designing & Developing An App for corporate enterprise and individual passenger use Testing to validate feasibility of App deployment for Airlines and Passengers ==> Design Validation & Testing ==> Phase 2 Ends Phase 3: Planning Sales to Production towards Launching App Successfully ==> End to End Management & Testing ==> Phase 3 Ends

Religious Service Provider Excellence

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Phase 1 : Baselining current customer-provider engagement process model Analyzing gaps between customer and provider ===> Brainstorming Gaps to Date ===> Categorizing Gaps that are Customer or Provider Based Registering customers and providers Updating Database for customer and provider for ratings and availability Scheduling event and provider availability confirmation Enabling event success via on-time payments & desirable ratings of customer & provider Phase 2: Designing and Animation to illustrate the process Phase 3: Designing and Developing an App

High Public Awareness and Enrollment for Vaccinations

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Phase 1: Baselining infection rates to understand opportunity for awareness and understanding of efficacy of vaccines Documenting all inputs and outputs from vaccinations across all population demographics Compiling and Structuring all inputs and outputs from vaccinations across all population demographics Modeling multi-variables leading to high safety and efficacy of vaccines Arriving at key inputs to optimize time and level of vaccinations in a given population Optimizing factors for getting vaccinated Understanding safety and efficacy of Vaccines toward overall health and longevity Enrolling a high level of people for Vaccinations as well as Lifestyle Management Phase 2 : Creating an Animation to demonstrate Output of Phase 1 Designing and Developing an App to launch, based on information from Phase 1