SLRC - Operation Kaleidoscope - Printable Version +- Discovery Gaming Community (https://discoverygc.com/forums) +-- Forum: Role-Playing (https://discoverygc.com/forums/forumdisplay.php?fid=9) +--- Forum: Unofficial Factions and Groups (https://discoverygc.com/forums/forumdisplay.php?fid=67) +--- Thread: SLRC - Operation Kaleidoscope (/showthread.php?tid=197299)

SLRC - Operation Kaleidoscope - SAYER - 05-26-2023 Operation Kaleidoscope quia non potest “Because We Can” ///ACCESSING IKARUS DATABANKS/// //DOWNLOADING// /Main Menu/ 1. Project Synopsis 2. Budget 3. Project Schedule 4. Project Team 5. Project Logs 6. Approvals ///PROJECT SYNOPSIS SELECTED/// /S.A.Y.E.R. Activated/ //BEGINNING AUDIO PLAYBACK// Hello and Welcome, I'm S.A.Y.E.R. the onboard A.I. for The Aurora Borealis, and Project Manager for Operation Kaleidoscope. The project goal is to develop a system that can contain and dissipate the energy of a Baxter Object, and to harness that energy for use in other applications. The project will first focus on developing a testbed gyroscope that can contain and dissipate the energy of a Baxter Object. Once the gyroscope is proven to be effective, the project will then expand to develop an energy draw harness that can pull energy from a Baxter Object. The project will finally scale the system up to integrate into the research facility Ikarus. The projects' team consists of engineers, scientists, and technicians. Lead by Dr. Brandon Wright, a leading expert in Baxter Technology. The project is expected to take 12 months to complete. The first 6 months will be focused on developing the testbed gyroscope. The next 6 months will be focused on developing the energy draw harness. The final 6 months will be focused on integrating the system into Ikarus. Yes, I'm well aware that the timetable calculates out to 18 months, my creator believes differently. The project faces a number of risks, including the risk that the gyroscope will not be able to contain and dissipate the energy of a Baxter Object, the risk that the energy draw harness will not be able to pull energy from a Baxter Object, and the risk that the system will not be able to be integrated into Ikarus. The project team has developed a number of mitigation strategies to address the risks associated with the project. These strategies include: Conducting extensive testing of the gyroscope and energy draw harness before they are used in a real-world application. Working closely with the engineers at Ikarus to ensure that the system can be integrated into the facility. Developing a backup plan in case the project encounters any unexpected challenges. The project has been approved by the following stakeholders: Dr. Sailas Montgomery Director and Lead Researcher, SLRC Dr. Brandon Wright, Research and Development, SLRC The Board of Directors, SLRC //END AUDIO PLAYBACK// //RETURN TO MENU?// ( Y / N ) ///CLOSING FILE: HAVE A NICE DAY/// RE: SLRC - Operation Kaleidoscope - SAYER - 06-02-2023 ///ACCESSING IKARUS DATABANKS/// //DOWNLOADING// /Main Menu/ 1. Project Synopsis 2. Budget 3. Project Schedule 4. Project Team 5. Project Logs Weekly Meeting: 8300602 - 11:04 SMT 6. Approvals ///PROJECT LOGS SELECTED/// //8300602-1104 SELECTED// /S.A.Y.E.R. Activated/ //BEGINNING AUDIO PLAYBACK// Meeting Minutes Time: 10:00 AM - 11:00 AM Location: The Aurora Borealis Attendees: Dr. Sailas Montgomery, Director and Lead Researcher, SLRC Dr. Brandon Wright, Research and Development, SLRC R&D Department Leads Engineering Department Leads Logistics' Manager S.A.Y.E.R., Project Manager for Operation Kaleidoscope Topics Discussed: Main drive system Gyroscope spin cycle Risks and mitigation strategies Project schedule Next steps Decisions Made: The main drive system will be developed using a combination of electric motors and gears. The gyroscope spin cycle will be initiated using a software algorithm. The project team will develop a risk management plan to address the risks associated with the project. The project schedule has been updated to reflect the additional time needed to develop the main drive system. The next steps for the project include: Continue development of the main drive system Begin testing of the gyroscope spin cycle Develop a prototype of the energy draw harness Work with the engineers at Ikarus to integrate the system into the facility Next Meeting: The next meeting will be held on 830-06-23 at 10:00 AM. Notes: The project is on track to meet its overall goals. The project team is confident that they can overcome the risks associated with the project. The project is expected to be completed in 18 months{{USER: BWRIGHT OVERRIDE}} 12 Months. //END AUDIO PLAYBACK// //RETURN TO MENU?// ( Y / N ) ///CLOSING FILE: HAVE A NICE DAY///