Quantum software for enterprise, to make simulation, data loading and application development easier and higher performing.

Building a full stack open source ion trap based quantum computer.

► Created Python software to automate moderator binder PDF creation. This task normally takes hours to assemble a 150-page document for moderators in the program to manage the discussion at session events. Using this software, a user can easily assemble the binder in minutes, reducing time across the CDL network. ► Proposed design and prototyping of optimization software for scheduling mentor and venture matching for session events.► Developed statistical analysis of mentor distribution, hand raises (mentor time commitments), and venture distribution for all streams.

► Spearheaded the Quantum Stream expansion by establishing a strategic partnership with our Montreal site, unlocking access to crucial operational, human, and financial resources for enhanced efficiency and growth.► Outreach and closed partnerships with Amazon Web Services (AWS) and British Petroleum (BP).► Recruited 10 new quantum specialized mentors with business domain and technical experience. ► Managed a team of 3 to design and support a new quantum bootcamp, venture recruitment, and ecosystem engagement structure.

► Managed 17 early-stage quantum companies in industries such as high-performance computing, telecommunication, medical imaging, cybersecurity, pharmaceutical, and logistics. Supported them in identifying business challenges, design product development roadmaps, refine sales, and improve marketing strategy.► Designed a 5-week virtual quantum bootcamp and hackathon to provide technical and business training to 100 participants with over 40 speakers, and 5 quantum technology partners.► Outreached, recruited, and evaluated individuals and ventures in the quantum and machine learning space leading to the most applicants as a team in 5 years.► Designed and implemented software to improve analysis of bootcamp feedback data, efficiency of stakeholder outreach, and improve mentor matching.

► Designed and Implemented a full-stack web SQL database solution for analyzing text in Canada's public accounts financial data using Vue.js, Amazon Web Services (AWS), and Flask.► Developed a natural language processing (NLP) software for the extraction of environmental liabilities data from firms’ annual financial statements.► Created an advanced data parsing pipeline for preprocessing of unstructured data within PDF's to map to Excel.

► Provided expertise for the development of neurostimulation and biosensing wearable technology for consumer & military.► Advised strategy for technology and business development.► 5k Velocity Pitch Winner.

► Provided technical strategy for predictive machine learning battery maintenance platform for e-vehicles.► Guided process for machine learning development for real-time satellite collision detection system.► Advised strategy for overall technology and business development.► A representative for various B2G sales interactions.

► A quantum machine learning bootcamp with both technical and business components, placing 3rd in the Hackathon and winning the DWAVE prize.► Developed expertise in software control of the Xanadu, IBM, DWAVE, and Rigetti quantum devices.► Created Flask web application which integrates a simple search query interface for solving graph based optimization and dense sub-graph problems, leveraging Gaussian Boson Sampling (GBS), Quantum Annealing and the the Superconducting gate model.

► Focused on biosensing device analysis and machine learning for biomolecule detection.► Worked on the mechanical fluid transfer device using C and JS software control to develop data collection experiments.► Developed software systems architecture design for a new biosensing product.► Designed mechanical housing for a chip loading mechanism.► Preformed electronic assembly and soldering for a biosensing testing rig.

► Developed an email chatbot system for the real estate industry using data parsing techniques from NLP and training large data sets on GPUs using CUDA.► Researched and tested various chatbot implementations and machine learning models.► Helped advise business and product strategy.► Worked extensively with google cloud platform (GCP) for machine learning and NoSQL databases.

► Applied Agile, Continuous Integration, QA, and DevOps practices on production React JS products for both chatbots and web survey systems.► Developed a QA test platform to account for edge cases in the data pipeline and security for these web apps.

► Focused on the design and implementation of vertical take-off and landing (VTOL) autonomous electric aircraft.► Made key contributions for designing the power system and avionics system.► Build a prototype autonomous air traffic control AI assistant.► Worked in a team size of 3 with a business specialist and industrial aircraft designer.► Spend extensive time to advise business and product strategy.

► Managed multidisciplinary 50+ person team in for design of mechanical, electrical, software systems & business development.► Ranked Top 10 percentile of teams in the Space X Hyperloop Competition II, building the only contactless near drag free design.► 44% weight reduction over the previous design, now at 150kg. ► 80% cost reduction in fiberglass composite shell manufacturing using improved techniques. ► Implemented an HR recruitment process with individual & group interviews, that allowed dedicated & talented students to be recruited.► TedX & Ideacity Speaker, spoke at multiple schools, businesses, and events to share our project.► Extensive work on designing & manufacturing the electrical components, leading to a much simpler system.

► Managed 20 person team comprised of 3 subsystems :- Eddy Current Braking Team- Lateral Control Team- Propulsion Team► Designed various initial CAD models and concepts using Solidworks and FusionCAD 360 including:-EM Coil Stabilizers, High-frequency electromagnets for lateral control-Variable Magnetic Array of Gears, a mechanically adjustable Halbach array braking system-Magnetic Shielded Brakes, a fixed magnet design with a moving sheet of magnetic shielding material -Magnetic Wheels, contact-free lateral control, and propulsion system (Implemented ✔)► Sensors and Controls embedded C implementation using the microcontrollers STM32 and Ardunio.► Various modeling and experimentation for defining limits and improving performance. ► Succesful low-speed testing on our constructed 300ft test track for the hyperpod.

► Managed a team of 10 in 3 subdivisions of : -Mechanical Design, Fabrication and Assembly-Mathematical Modeling-Sensors and Control► Designed a weld-free 5:1 part complexity reduction and 22% weight reduction for the brake frame over previous designs.► Designed and implemented a series of experiments using controlled high-speed Aluminum disc to verify EM model results and improve designs.► Performed mathematical analysis techniques to optimize for smooth EC-Friction brake transition phase.► Using first-principle modeling techniques of EM, then translating the model to Python and COMSOL to optimize the parameters of the design.► Using photo-electric distance sensor in combination with a precision electric-pneumatic actuator to create a PID feedback control for a linearized acceleration profile► Designed and implemented the pneumatic system used for failsafe linear actuation.

► Performed thermal, fluid and vibration analysis for many subsystems of the pod► Computationally developed a thermal heat map in Matlab to describe areas of thermal risk► Designed various cooling/heating solutions that would allow the possibility of cooled brakes, cooled battery, heated air casters, cooled tube air using a fluid based heat exchanging system. ► Optimized thermal efficiency using a set of modeling techniques for each subsystem.► Designed compressor system for overcoming Kantrowitz limit inside the tube.

► Used natural language processing (NLP) and vision machine learning in a full-stack (Mongo, Express, Angular, Node) JS web app designed to analyze the market demographics of new product ideas.► Created one of the first demonstrations of the IBM quantum experience by developing a quantum neural network to learning basic discrete functions using a 5-qubit chip, then presented the results in New York.

► Advanced the implementation of a MATLAB control software for the Digital Quantum Matter Group for superconducting (SC) qubits. ► Developed a Go web interface for real-time display of experimental data, allowing researchers to get live feedback from the control software.► Worked closely with academics in quantum computing to investigate physics and engineering challenges with various architectures.

► Designed and fabricated components for the manned test kit to measure RPM of the propulsion mechanism.► Designed and implemented a PWM circuit on propeller tester motor with teammate James Ro.► Designed propellers for testing based on various mathematical analysis from propeller theory. ► Designed a system to measure the thrust of each propeller with a focus on design for manufacturability.

► Assisting with core decisions to allow the building construction process to be more efficient, connecting different processes and people.► Assisting with large building projects with tasks such as improving building plans, reviewing progress, communicating, and negotiating with clients.► Working closely with Mechanical, Electrical, Structural, Architectural plans, to calculate and compare costs of specific features of the plan.