-Subject Matter Expert in Hai Robotics SaaS products and integrations with various third-party WMS/WES/ERP systems, as well as the main software consultant throughout the project lifecycle-Managed the software project lifecycle from pre-sales, post-sales, requirements gathering, testing and QA, to deployment, Go-Live, and UAT-Interfaced with the main IT and Software stakeholders internally/externally to define IT requirements for various solutions and client network environments-Designed software solutions and process/integration flows to integrate with client systems before presenting them to technical and non-technical audiences-Developed user stories and crafted solutions, process flows, and integration strategies to connect with client systems.-Communicated key metrics and reports to stakeholders from the Sales/Software teams, and contributed to RFQs, sales proposals, company development roadmaps, and other technical/non-technical documentation-Developed flowcharts, layouts and documentation to identify requirements and solutions-Assisted Software QA, DevOps, and Robotics Engineers in qualifying, deploying and packaging the company’s software product-Assisted Software QA in design and development of test plans and frameworks

-Worked as a pioneering member of a Silicon Valley start-up subsidiary, that is part of a larger multi-national AI robotics company, specializing in ACRs (Autonomous Case-handling Robots)-Led the systems team to deploy/test software products across client and internal servers to achieve a robot-automated warehouse, as well as integrating warehouse hardware/software seamlessly-Used Swagger/Postman to test system APIs, while integrating them with a client WMS/WCS, as well as designing Python and Bash scripts to ease automation/deployment of ACR/AGV systems-Deployed Linux Ubuntu servers by provisioning hypervisors such as ESXi or Virtual Box, and deploying VMs through OVF files-Deployed databases, docker containers, and other system level engines to initialize the software environment

-Worked as a member of the Solutions Group (SG) team to design automation software and automation classes for existing hardware in the lab, including: power supplies, oscilloscopes, temperature controllers, clock supplies, etc,.-Worked to replace the ATE through automating ATE testing on an IO-Characterization board by: designing the test flows and sequences, characterizing output data, scripting, etc,.-All scripts were written on either a Linux or Windows environment using Python, using packages such as pyVisa, pandas, numpy etc. Program execution performed using command line.-Brought up IO-Characterization/Evaluation boards as well as trained memories, ran loopback tests, captured data eyes, to ensure proper functionality of the boards/test-chips-Tested IO-Characterization/Evaluation boards on Linux environments (Raspberry Pi’s)-Responsible for post silicon product qualification as well as validated compliance to the specification-Developed hardware and software to implement methodologies to ensure products are designed for manufacturability, functionality, testability, reliability and quality-Worked with cross functional teams such as analog designers, digital designers, FW designers, system designers, and application engineers in devising experiments, drive data collection, and present results analysis

-Worked as an Engineering Scholar to tutor first-year students in various primary engineering courses, such as: Electronics I, Calculus I, Advanced Physics, Introductory Python etc.-Explained concepts such as electrical circuit analysis, along with various theorems such as Thévenin’s and Norton’s Rule, to ensure students sufficiently grasped all required theory-Assisted students with class work, as well as laboratory assignments dealing with hands-on engineering application, such as building a simple circuit or designing a software project-Experienced in tutoring/explaining engineering concepts and theory

-Assisted professors in teaching students C++ and MATLAB within the Systems Engineering Department at Carleton University-Assisted students, allowing them to write advanced mathematical software dealing with concepts such as root finding and various estimation/integration methods such as Simpson’s rule-Covered basic and advanced programming concepts with students, ranging from simple console applications to in-depth scripts dealing with functions and pointers-Experienced in teaching/explaining mathematical and programming theory to students

-Worked as a member of the Quality Control Team in the Global Solutions Services (GSS) unit to design applications to setup/test existing hardware within the electronics laboratory-Designed test scripts within Python, using the pyVisa library, to communicate with hardware such as Signal Generators and Signal Analyzers through a LAN connection-Used many Python packages such as openpyxl, to record/fetch data through Excel, pySNMP, to establish an IP-based SNMP connection with LAN-connected hardware devices, etc.-Tested with PuTTY to establish device connections through serial, Telnet, and SSH protocols-Setup various devices to test for parameters such as waveform flatness, noisefloor, and interport loss by executing previously designed test programs

-Worked as a member on the Viking Technology Team, a team responsible for designing telecommunication devices, including ICs and microelectronic components-Experienced with soldering at the microscopic level, using micro-resistors/capacitors and PCBs-Wrote programming scripts within CVI, a C-based IDE, to communicate through a GPIB with hardware such as Signal Generators, Power Meters etc.,-Created programs within LabView to acquire quick interaction between different devices such as Spectrum Analyzers and Vector Network Analyzers-Experienced with performing various tests on multi-channel amplifier boards, such as frequency harmonics analysis, frequency/power sweeping, and 1 dB compression point detection

-Worked as a member on the new Unmanned Aircraft Systems (UAS) Taskforce, a taskforce that is responsible for creating and regulating UAS safety regulations throughout Canada-Organized team meetings on a large scale, including team members nation-wide, through Transport Canada’s internal telephone-conference service-Created an innovative Employee Tracker, a tool that would assist and inform the team regarding the absences and leaves of other employees, as well as any planned events or conferences-Attended a large scale seminar organized by Transport Canada with the purpose of discussing new UAS safety regulations