Baxis Advisors specializes in technical, operational, programmatic, and organizational process improvement services to clients in Space industry.Our expertise includes mission management from operations to program and project management, systems engineering services developing, sustaining, and iteratively evolving and improving engineering processes, in depth engineering document development and reviews, and process improvement services for technical operations and organizational development of teams. We also provide services in individual areas of expertise of team members such as orbit management, requirements development and reviews, technical engineering document development and reviews, participation in engineering review boards, leading technical and team process improvement events (i.e. Lean Six Sigma and Kaizen events), and helping develop and participating in innovation initiatives. In the increasingly competitive and quickly evolving Space industry, agility, speed, precision, and efficiency are the keys to successful missions. Our people bring a variety of methods and tools to our clients to provide value-added solutions of high value to often seemingly intractable problems. Improve your development, integrations, processes, and teams to make a well-oiled machine ripe for mission and business success.

Providing the latest news on scientific research and technology from physics to artificial intelligence.

• Performing a meta-analysis on cryogenic processes for tissue preservation.• Investigating implementation methods for nanobot use in tissue repair.• Researching the brain connectome and neuronal repair options.

• Singularity University is a global learning and innovation community using exponential technologies to tackle the world’s biggest challenges and build a better future for all.• Alumnus of Singularity University’s Exponential Medicine, Global Summit and Leadership Forum.• Participating in all aspects of developing and leading an organization focused on bringing together and building a community of entrepreneurs, innovators, executives, and policy makers who use exponential technologies to positively impact humanity.

Performed research and analysis of companies in the NewSpace sector.

• Built client applications using Neota Logic’s tools and AI powered platform to automate expertise, workflow, and document creation including non-disclosure agreements, contracts, legal briefs, compliance documents, etc. • Applications developed covered a range of areas of expertise including Financial Regulation, Trade Regulation, Data Security, Immigration, Multi-Jurisdiction Compliance, Space Launch Regulation, etc.• Worked directly with clients who were building their own applications, providing training and support throughout their application development process as needed, including daily ticket support. • Reported software bugs and requested enhancements via the Jira ticketing system, tracking and following them through to release; both internal and client sourced. • Lead, coordinated and performed User Acceptance Testing (UAT) of client applications.• Updated the Neota Logic user manual as needed per client queries, software changes and best practices.• Liaison between the Solutions Architect, business and development teams:› Ensured all schedules were communicated and synchronized across the organization.› Ensured requirements were prioritized according to clients’ needs and development schedule.› Ensured minimum impact of software releases to client operations, including hotfixes. • Technologies utilized include Neota Platform, JSON, CSS, JavaScript, RESTful API, XML.• Software integrations included DocuSign, HighQ, SharePoint and others that provide APIs.

• Design for the “One healthcare app to rule them all!” • Idea arose from a medical emergency experienced while overseas.• Lead a team of 8 (Founders) engineers, scientists and a medical professional through the concept, product design and initial development stages of the app. • App design used an AI assistant to guide patients through their lifelong healthcare journey.• Functionality included maintenance of overall well-being, prevention of physical and mental health issues, and artificial intelligence-based diagnostics and treatment planning.

• The XPrize Foundation Think Tank NYC was a group of experts and entrepreneurs focused on using quickly advancing technologies and innovative solutions to discuss solutions for some of the grand challenges facing the world today (See UN SDGs), from healthcare to energy diversification. • Participants included researchers, technologists, founders, authors, educators and everything in between; the background of each member was unique.• Organized weekly meetings to discuss selected topics. • Attendees used some of the ideas in their business ventures focused on grand challenges.

• Principal team member in the development of a requirements management process for a customer program office. • Identified and protected the stakeholder user group’s equities during requirements definition, concept definition, system specification, development, and verification phases.• Tracked requirements throughout the development lifecycle. Assessed potential impacts associated with the interpretation and implementation of system requirements.• Led a team to develop an architectural and procedural solution for data storage, product creation and data/product dissemination.• Participated in and advised on the development and integration of system capabilities, advocated on behalf of stakeholder user groups for the procurement of necessary capabilities and facilitated the maturation of capabilities through enhancement or transition to enterprise acquisition efforts.• Member of the team architecting the integration of multiple systems into to one unified system that included customer tasking, collection, processing, exploitation, and dissemination systems.• Development, analysis and coordination of engineering documents throughout the Systems/Software Development Lifecycle (SDLC), including Concept of Operations (CONOPS), Initial Capabilities Documents (ICDs), Capabilities Definition Documents (CDDs), System Requirements Documents (SRDs), Engineering Change Proposals (ECPs), Requests for Change (RFCs), Software/Systems Test Procedures (IV&V), Statements of Work (SOWs), Task Orders (TOs), and software delivery plans.• Provided both operational and technical expertise to concept definition Technical Exchange Meetings (TEMs), Integrated Product Teams (IPTs) and other forums. • Participated in systems and software transitions and integration activities.

• Mission Analyst - Performed system planning and analysis, monitored and maintained all systems, troubleshot problems, updated and maintain databases, system performance analysis and system anomaly recovery.• Wrote SQL and PERL scripts to optimize data collection, storage and retrieval. • Developed new operational procedures and make updates and changes to Concept of Operations (CONOPS).• Supported software developers and test personnel, maintain test environments, report operational software discrepancies and assist in regression testing. • Briefed customer management at all levels on overall system status.•Daily communication and coordination with associate contractor teams and customer management to ensure operational continuity. •Technical lead for LM 21 (Lean & Six Sigma) process improvement activities creating customer value through mistake proofing by standardizing processes, improving communication and clarifying roles and responsibilities across multiple contractors and customer management. •Accomplishments: -Performed concept development, customer marketing and proof-of-concept test procedures for an enterprise solution to mitigate single-point-of-failure risks.

• Orbit Analyst - Performed orbit planning and analysis utilizing custom in-house software and Satellite Toolkit (STK), monitored and maintained all ephemeris systems, troubleshot ephemeris problems, updated and maintained databases, collected data for historical records and performance analysis, wrote software scripts and assisted in vehicle anomaly recovery. • Wrote SQL and PERL scripts to optimize data collection, storage and retrieval. • Developed new operational procedures and made updates and changes to Concept of Operations (CONOPS).• Supported software developers and test personnel, maintained test environments, reported operational software discrepancies and assisted in regression testing. • Briefed customer management at all levels on overall system status.• Daily communication and coordination with associate contractor teams and customer management to ensure operational continuity. • Technical lead for LM 21 (Lean & Six Sigma) process improvement activities creating customer value through mistake proofing by standardizing processes, improving communication and clarifying roles and responsibilities across multiple contractors and customer management. •Accomplishments: -Achieved 100% remediation of a critical problem that was key to maximizing mission success and decreased annual off-hour call-ins by 30% using LM 21 (Lean & Six Sigma) process improvement methodologies.-Utilized in depth technical understanding of both internal and external customer systems developed as an extracurricular activity to quickly discover the cause of an anomaly on an external customer’s system that was severely impacting time critical operations.

• Developed new algorithms to calculate false alarm probabilities. • Performed testing of tracking RADAR detection capabilities utilizing simulators.• Developed Monte Carlo simulations using MATLAB.• Co-authored a technical memorandum and patent disclosure.• Accomplishments: Co-author on a paper: False Alarm Thresholds in Cluster Formation, February 2005.

•Performed synchrotron based photoemission and X-ray absorption spectroscopy to study fundamental and applied problems in condensed matter physics and materials science.•Performed experiments on X-ray beamlines at the National Synchrotron Light Source at Brookhaven National Laboratories. Participated in the full life cycle of the experimental process, which included experiment design, data analysis, and final presentation of results orally and via written reports/papers.

•Studied the energetics of accelerated electrons and the Neupert Effect in solar flares using the spectroscopic imaging capabilities of the Reuven Ramaty High Energy Solar Spectroscopic Imager (RHESSI). •Data analysis performed using IDL based RHESSI mission specific software. •Oral presentations given at various scientific conferences discussing current results and future direction of research and preparation of reports and papers for publication.