Training Module Development

Our company provides regular training for employees, so they are up-to-date on ethics and safety standards as well as changes within the industry. We would like to collaborate with students to examine our company’s training programs and recommend areas for further training and development.Tasks may involve: Familiarizing themselves with our company’s training programs and their objectives, templates, and implementations.Conducting research on corporate training programs of other organizations.Analyzing data from employee interviews and surveys regarding training.Identifying topics of future training such as those related to new employee training, new product training, security procedure training, leadership development, diversity training, mentorship programming, or sexual harassment training.Recommending next steps for improving our company’s training programs.

Technology Based Consumer Empowered Auto Insurance

Notes: Students & Instructors are encouraged to read & review our AFAQs.Please review student incentives available, upon successful Project completion.Scope:Phase 1 and 2 can be executed by two different student team resources within or outside of the InstitutionPhase 1:Building a Presentation with Facts and Figures to pitch to a Stakeholder Audience for Likely to Fund Piloting and DeploymentSeeking Source (s) of Funding==> Government (BBB), Minority Owned Business Space, Mayors of Cities==> Angel Investors (Looking for Equity)==> Available Grants Based in Low Carbon Footprint (Same as BBB) Skills Needed for Team To Design the PitchPhase 2:Listing requirements for Animation to design Sales & Marketing StrategyCoding to create Animation production

Smart Decisions During Critical Illnesses

Notes: Students & Instructors are encouraged to read & review our AFAQs.Please review student incentives available, upon successful Project completion.Scope:Phase 1:Baselining frequency for risk in medical and fiscal decision making during critical illnessesQuantifying gap analyses for a need toward reduced risk in medical and fiscal decisionsAnimating systemic intervention as a result of reduced risk in medical and fiscal decisionsDesigning and Developing a system based App to enable risk minimization in medical and fiscal decisionsTesting system based App for robusteness across nations, medical systems and institutionsLaunching system based App to enable stakeholders for personal physical, emotional & fiscal objectivesImplementing logical decision in medical and fiscal intervention during critical illnesses

Quantifying Design Parameters for Optimum Product Performance

Notes: Students & Instructors are encouraged to read & review our AFAQs.Please review student incentives available, upon successful Project completion.Scope:Building various airplane models to test flight performance via distance & timeUsing office materials such as paper & metal to influence design & flight performanceVarying available designs by raw material parameters to build airplanesFormulating to build airplanes using materials in simple formats & affordable costTracking cycle time to build different airplane designs for different applicationsMonitoring flight (linear or areal) distance & time (launch to land) by design typesEnd Game: Quantifying Design Parameters for Optimum Flight Performance- Varying airplane design for differing flight performance (Distance and Time)- Controlling parameters to vary performance characteristics of flight (Distance and Time)