• Lead end-to-end delivery of web-based software application focused on automating all piste caterpillar vehicle tracking, geographic route and property border intersections, and property owner allocations to ensure landowners residing over 500km of cross-country skiing trails are accurately remunerated.
• Leverage on technical methodologies to identify customer needs, gather technical requirements, develop and execute strategic application roadmaps, prioritize key deliverables and competing demands, calculate project costs, manage governance, and project scoping.
• Coordinate end-to-end development and deployment of analytics initiatives including creating data and application architecture, backend programming and coding, algorithm derivation and testing, designing user interface, and dashboard & report creation.
• Spearhead software updates, integration, system, and regression testing, ensuring technical specifications and calculated results are in alignment with quality accreditation standards.
• Partner with cross-functional teams and landowners to provide regular project updates, identify challenges, resolve issues, and ensure project acceptance and smooth execution.
• Provide technical advisory and support; continuously update software, create end user documentation, and collaborate with stakeholders to define future product roadmap.

Significant Achievements:

• Saved one man-month YoY by deriving algorithms and designing and delivering back-end web application which autonomously collected and processed vehicle fleet tracking data, enabled automation of calculations, and retained remuneration amounts valued at >100K EUR YoY for crossed properties daily.
• Facilitated acceptance and transparency of calculated remuneration amounts by implementing web frontend enabling property owners to generate daily reports of owed amounts including map visualization of owned properties and trail intersection areas. 

• Direct software development solutions throughout lifecycle including designing and developing end-to-end technology key features such as autofocus system, GPU based stereo image display, and other application and multimedia features and interfacing of medical devices across global markets.
• Review, refine, and release software requirements, develop detailed software design specification, and support establishment of project timeframes for implementation, financials and budget costs, and project scoping.
• Design, implement, and review source code, algorithms design, backend programming and feature integration, write automated unit and integration tests, drive code quality metrics and test coverage, conduct debugging and issue resolution, and advise in software change impact analysis.
• Collaborate with production team and 1st and 2nd level support to monitor portfolio for quality assurance, manage critical production incidents, escalations, root cause analysis and recovery.
• Mentor junior software engineers on technical processes, establish coding conventions, and standards to drive quality and timely project outputs.

Significant Achievements:

• Headed end-to-end software development of 3D visualization and analysis software to monitor all aircraft and engine data, streamline aircraft data collection, compare, analyze, and comment on different pilots in heat of competition, and drive aircraft performance optimization and race strategy formation for pilots competing in Red Bull Air Race World Championship.
• Oversaw software development initiatives from conception to completion including designing analysis software and concepts, conducting research design and development, coding, requirements testing, and performing modifications and specification reviews.
• Designed algorithms allowing commentator and producer of Red Bull TV event to analyze data, track competitors in race, and live broadcast with calculated play-by-play analysis on global television in 183 countries.
• Collaborated with race pilots and external partners, leveraging on aerospace engineering methodologies to present preliminary analysis, disseminate performance data, and lead strategies and recommendations to set race tactics and on how to optimize race aircraft.
• Continuously update and redesign portfolio, and write technical programs and end user documentation. 

Significant Achievements:

• Headed end-to-end software development of 3D visualization and analysis software to monitor all aircraft and engine data, streamline aircraft data collection, compare, analyze, and comment on different pilots in heat of competition, and drive aircraft performance optimization and race strategy formation for pilots competing in Red Bull Air Race World Championship.
• Oversaw software development initiatives from conception to completion including designing analysis software and concepts, conducting research design and development, coding, requirements testing, and performing modifications and specification reviews.
• Designed algorithms allowing commentator and producer of Red Bull TV event to analyze data, track competitors in race, and live broadcast with calculated play-by-play analysis on global television in 183 countries.
• Collaborated with race pilots and external partners, leveraging on aerospace engineering methodologies to present preliminary analysis, disseminate performance data, and lead strategies and recommendations to set race tactics and on how to optimize race aircraft.
• Continuously update and redesign portfolio, and write technical programs and end user documentation. 

Significant Achievements:

• Developed a 3D visual system software for two distributed, warped, and blended dome simulators for manned and unmanned simulation; also used by the German armed forces as a simulator

• Headed end-to-end software development of 3D visualization and analysis software to monitor all aircraft and engine data, streamline aircraft data collection, compare, analyze, and comment on different pilots in heat of competition, and drive aircraft performance optimization and race strategy formation for pilots competing in Red Bull Air Race World Championship.
• Oversaw software development initiatives from conception to completion including designing analysis software and concepts, conducting research design and development, coding, requirements testing, and performing modifications and specification reviews.
• Designed algorithms allowing commentator and producer of Red Bull TV event to analyze data, track competitors in race, and live broadcast with calculated play-by-play analysis on global television in 183 countries.
• Collaborated with race pilots and external partners, leveraging on aerospace engineering methodologies to present preliminary analysis, disseminate performance data, and lead strategies and recommendations to set race tactics and on how to optimize race aircraft.
• Continuously update and redesign portfolio, and write technical programs and end user documentation. 

Significant Achievements:

• Developed a 3D analysis and visualization software to compare, analyze and comment on different competitor tracks during the Alpine Ski World Cup broadcast live on television

• Lead development of generic engineering visualization and analysis software solutions including customizations across various industry sectors across global markets

• Developed 3D visual software and visualization of the instructor operating station for AlphaJet FTD flight simulator used by the Belgian and French air force

• Developed engineering analysis software ?728Jet Aircraft Attitude and Configuration Visualization? to be used during development of the Fairchild Dornier 728 Regional Jet aircraft