Communication For Effective Business Outcomes

Scope: Effective Communication in Academic and Business Environments Identifying demographics of audience to define their needs Leveraging written, oral, virtual communication tools & techniques Validate shared needs (skin in the game), to focus on mutual benefits Reducing inconsistency between personal and professional environments Ensuring needs of all stakeholders Proposing solutions for validation in lieu of a focus on blame or guilt Escalating with a proposal based on collaborative resolution for approval in the event of conflicts Achieving reduction and/or elimination of Defects, Delays, and Deviations in communication outcomes

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.

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

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.