Ice Protection System Design Engineer
Cranfield University and Airbus
مجموع سنوات الخبرة :1 years, 8 أشهر
Designed the ice protection system for a commercial aircraft using the MEA concept. Introducing innovation and novelty to the aircrafts design to increase efficiency to meet stakeholder needs
• Designed the system and controls adhering to all EASA CS.25 regulations. Reported on metrics, analysing data to assess overall performance
• Maintained updated knowledge of industry advancements to implement emerging solutions and applications. Compared 2 most dominant operating modes in the industry to comply with requirements
• Contributed to all phases of the system development life cycle, from requirements analysis through system implementation. Ensuring 30% more efficiency than competition
PROFESSIONAL EXPERIENCE
Acted as the project management team member in the group design project of a next-generation Airbus aircraft.
• Used project management techniques, monitoring, and scheduling for positive outcomes. Fulfilled 100% of targets set by the customer enduring successful closure of the project
• Built and nurtured professional relationships with a wide range of stakeholders. Managed 88 multinational team members and 3 departments of aircraft design in project completion, offering continuous supervision to proactively mitigate delays
• Created a visual portfolio of data for reports, and presentations. Organised 40 meetings and delivered several deliverables within 8 month period to facilitate an agile approach
Developed innovative formulas to effectively increase the growth rate of swine and poultry.
• Responsible for developing a feed formula for the company. Achieved a 30% profit margin within 10 months of founding the company
• Assembled a talented team of 4 professionals, fostering a collaborative and results-oriented work environment. Made strategic decisions to guide the companys growth and expansion by 40%
Group Design Project: Ice Protection System design engineer, Project Management Individual Design Project: Reduction and modelling of take-off and landing noise of next-gen supersonic aircraft by 30%
Thesis: Safety issues caused by human factors and automation, and effects on commercial aviation safety Minors: Aviation safety, and Unmanned Aerial Systems GPA: 3.85 / 4.0 Earned Dean's List Award for academic performance in 2019