Was primarily responsible for the success of the Flight Sensors Program within the realms of technical, timeline, and budget within the framework of the proposed certification approach.• Led the program development of the flight sensors subsystem, a subsystem primarily responsible of the hardware and software suites required to produce the state estimate of the aircraft.• Worked alongside systems, electrical, software, and mechanical engineers, to create design specifications and system diagrams for novel aircraft equipment.• Produced and maintained schedules and drove through key design completion dates as per the proposed aircraft certification path.• Strategised the implementation of novel optical hardware for use in autonomous aerial navigation.• Prioritised and executed on the development of novel sub-scale airframe designs with the associated electronics payloads

Integrated functionality changes into a pre-existing patented thesis, which is the basis of the company’s flagship product. Work primarily focused on point cloud analysis generated by a LiDAR camera. Specifically, devised a methodology to refine the company scanning procedure to extract a vector space from a subset of points as selected by the user. This drastically increased the accuracy and processing speed of the device. Implemented the entire original state estimation algorithm from Julia to C++ to achieve real-time processing, including the creation of custom geometric classes such as unit quaternions.• Implemented agile methodologies from the ground up to manage a team of seven engineers.• Sped up the company proprietary algorithm by six times by using OpenMP to heavily parallelize robust normal estimation in point cloud processing.• Developed the entire software architecture behind the integration of the original proprietary algorithm into a user-specified UX and its re-design from a Julia program into a C++ hierarchy.• Implemented a custom distance matrix-based DBSCAN clustering algorithm to achieve a four times speed-up factor to allow for real-time processing.• Due to extensive technical leadership skills, was accepted into the prestigious HAX hardware accelerator based in Shenzhen, China for five months. Was appointed technical team leader responsible for delivering into the Chinese market. Developed significant product development skills and additionally learned about small and large scale manufacturing and the Chinese supply chain.• Implemented a communication hierarchy using Python and C++ in ROS to allow for reliable synchronous data collection in an industry grade product.

Was hired to create an app to optimize the company performance in their field of operation. This role involved significant in-depth iOS development, coupled with analysis of company performance in order to generate the most optimal solution. - Designed the user interface along with the JSON database pertaining to the project, including all logic required for proper interfacing between both front-end and back-end frameworks.- Learned extensive mobile developing practices including storyboard design, creation of custom user interface objects both programmatically and using the XCode IDE.- Implemented multiple advanced data structures using Swift to appropriately accommodate the requirements of the project as set by the client.- Structured the business agreement of the project including budget and scope, ensuring that the project achieved all desired functionality as defined by the client.- Although primarily a development role, was great experience in the field of technical consulting.

As a rehire, I obtained more hands-on experience towards the construction of the Annacis Island Wastewater Management facility, shadowing the resident engineering multiple times. More specific to my field of study, I streamlined multiple work processes by writing excel macros in visual basic, improving employee efficiency.

Aid in the writing and editing of technical specifications, discussing and resolving issues related to project management and document control. Given responsibilities related to Information Technology Services. These responsibilities included developing a system to accurately monitor and portray the work forecast of employees, and furthermore, implementing and finding a network database system to store and secure working file backups.

Helping in the construction and maintenance of structures used to model hydraulic systems. These models represented real-world systems used in civil engineering.