Sanjay C.

ReliqAI provides systems engineering, Traceable QA and embedded engineering services for complex, mission-critical programs. Built on more than two decades of hands-on experience, ReliqAI operates across three core service pillars, supported by managed hybrid engineering teams: 1. Systems Engineering & Architecture (MBSE-led) 2. Quality, Verification & Traceable Delivery 3. Embedded Systems & Edge AI Execution Engagements span early concept and proof-of-concept through NPI, architecture, verification, and delivery within structured, compliance-driven environments. Focus Areas: 1) Systems Engineering & Architecture • Systems architecture and engineering aligned with ARP4754A / ARP4761 principles • Model-based systems engineering (MBSE) using industry and agency frameworks (NASA, IEEE, ARCADIA, DoD practices) • Requirements decomposition, interfaces, and allocation across hardware and software • Architectural trade studies and lifecycle planning 2) Quality, Verification & Traceable Delivery • Requirements traceability and RTM ownership across system levels • Independent Verification & Validation (IV&V) aligned with IEEE 1012 • Software verification and assurance aligned with DO-178C objectives • Hardware and FPGA verification aligned with DO-254 principles • Configuration control, change impact analysis, and audit readiness 3) Embedded Systems & Edge AI Execution • Embedded software and hardware engineering • Firmware, BSPs, and device-level software development • Embedded AI and edge processing systems • Integration testing, system bring-up, and lifecycle support

Continuously innovate to find AI solutions for the industry, may it be Conversation AI for NLP-based human communications or computer Vision AI to help industries become efficient and safer. Contact me for anything AI.

AION Scheduler • Lead a multidisciplinary team of 18 engineers, designers, system engineers to develop ground-breaking scheduler for home healthcare agencies. • From ground up, collected, created and documented requirements, developed team and architected the scheduler for using Salesforce health cloud, FHIR, NextGen and Mobile technologies • Developed architecture to automate patient availability and using google Maps API to created routing for optimizing travel time • Architect mobile development and lead team to build AION mobile app infrastructure. AION supports Electronic Visit Verification as required under The 21st Century Cures Act. Transitions Care TV • Drove the adoption Salesforce Health cloud, managing the team for the migrating a telehealth/RPM platform to Salesforce health cloud. • Developed architecture enabling seamless deployment of Transitions’ NextGen, HCHB based practitioners and patients to work along the salesforce health cloud. • Managed team to develop a comprehensive RPM solution on salesforce health cloud. RPM meets CMS’s RPM

Multi-layered healthcare System Lead a multidisciplinary team to architect and develop a cloud based multi-tier architecture solution. The solution was centered on FHIR database, Web applications and Mobile Applications. Supported Sirona.tv IOT device as a client device. • Developed architecture to lead overall security infrastructure between servers and devices enabling HIPAA compliance • Develop AI based healthcare companion to enable seniors accompany and guide seniors. Used Google NLP technology. Sirona TV IOT From the ground up developed a multi-disciplinary multi-location to deliver new ARM process based hardware built from scratch, ported Linux, designed enclosure, obtained FCC, and made device functional with our cloud server, mobile applications, and web applications to create a seamless and secure solution.

• Developed and documented detailed requirement documents based on stakeholder input. • Conducted business analyses of functional requirements, identifying information, procedures, and decision flows. • Re-designed business processes, delivering detailed work plans and supporting the selected organization's methodologies. • Led a team of 15 members, executing projects, designs, and cloud console development using Java.

J2ME compression/streaming technology • Designed and developed compression and streaming technology for mobile Java. • Modified SUN’s and Insignia solutions’ Java embedded KVM to integrate decompression technology. • Ported the embedded real-time VM to Linux and WinCE based handheld devices. • Designed and documented different compression and streaming engines • Technologies and tools used: C, embedded Linux, , SUN Solaris, embedded Java virtual machine (in C), embedded Windows CE, Visual Studio, Windows 2000.