Aaditya Vyas Email & Phone Number

Hartford, Ct, Us

Hartford, Connecticut, United States

Pratt & Whitney, an RTX business, is a global leader in propulsion systems, powering the most advanced aircraft in the world, and we are shaping the future of aviation. As a Senior Software Engineer I specialize in Data Science & Analytics, where my expertise lies in leading initiatives that drive data science and business intelligence endeavors. In my role, I have been entrusted with the development and ownership of 20+ Power BI dashboards tailored to serve 150+ associates in the field of commercial jet engine repairing. This initiative has resulted in significant efficiency gains, saving over 120 hours of reporting time to date. My commitment to staying at the forefront of technological advancements and leveraging innovative solutions in the realm of data science and analytics reflects my dedication to pushing the boundaries of what is possible. I take pride in not only meeting but exceeding the expectations of my role, fostering a culture of continuous improvement and excellence in the domain of data-driven insights. Accomplishments Include:- Analyzed complex and diverse data sets to streamline organizational reporting and operational outcomes; led an enterprise-wide commercial jet engine repair project to analyze 60K+ engine repairs tracking data reports back to Y’17 through Pandas and Jupyter.- Identified repair task identification codes across six (6) databases to decrease error reporting; enacted the usage of Python, Pandas, and Jupyter to identify discrepancies in repair task identification codes, allowing for amendment of 10K+ errors across databases.

Hartford, Connecticut, United States

As the ASE Teamcenter Lead I am at the forefront of steering and facilitating new initiatives across departments, strategically driving future organizational engineering enhancements. In recognition of my exceptional performance outcomes, I was promoted to serve as the department lead in Y’20. Prior to this role, I demonstrated leadership as the Repair Design Engineering Lead where I played a key role in optimizing operations and contributing to the overall success of the department. As acknowledged by my managers, my dedication to excellence and ability to lead transformative efforts have been pivotal in shaping the trajectory of engineering operations within the organization.Currently, I position myself as a Trusted Advisor, specializing in establishing meaningful connections with key stakeholders. With a strategic focus on understanding and aligning with enterprise goals, my primary objective is to guide and support in achieving desired Business Outcomes. Drawing on my extensive experience, I have honed the art of building trust-based relationships with stakeholders. By actively listening to their needs, concerns, and aspirations, I work collaboratively to provide tailored solutions that go beyond meeting expectations. My commitment to being a Trusted Advisor is rooted in my belief that success lies in helping navigate challenges, capitalize on opportunities, and ultimately realize business objectives.Accomplishments Include:- Serves as the primary interface for all issues concerning to the usage of Siemens Teamcenter product operations; promoted to lead associates and members for all commercial jet engine repair efforts across the enterprise, a stride exceeding $1B in portfolio value.- Directed learning and teaching operations for the enterprises Engineering Technical University; led and oversees a cohort of 30+ students to aid them master engineering operations including, documentation management, reverse engineering, and quality reporting.

Hartford, Connecticut, United States

In my role as a Repair Design Engineer, I played a pivotal role in fortifying the value and performance of static jet engine hardware. My responsibilities extended to authoring detailed repair plans aimed at enhancing the reliability and functionality of critical components. Overseeing a total of 115 repairs, I meticulously led the final sign-off for 30 comprehensive documents, ensuring the seamless integration of engineering workflows within the enterprise.Each repair document I authored was a testament to my commitment to precision and adherence to stringent industry standards, particularly those set forth by the Federal Aviation Administration (FAA). By aligning every repair with regulatory requirements, I not only upheld the highest standards of safety but also contributed to the overall compliance and reliability of the aerospace products.Accomplishments Include:- Developed and led a team of associates and engineers to establish airworthy repairs to return damaged parts back to serviceable conditions; managed to lead associates and a team to achieve a Level 3 personal proficiency ranking overseeing 34+ repairs.- Promoted to spearhead a special project on a PW4000 engine model repair exceeding $1M in total value; streamlined end to end project engineering operations while increasing bolt hole repairs from 16 to 60, driving fleet life expectancy levels by +25% post project.

Rocky Hill, Ct

MTU Aero Engines North America provides project integration leadership and support across key engineering disciplines, including design, data analysis, project management and root cause analysis for customers in the aerospace and power generation industries. As a Design Integration Engineer with a specialized focus on High-Pressure Compressor & Nacelle, I began my journey within the organization as undertaking the responsibility of leading engineering operations for MTU Aero Engines in North America. Recognized for exceptional performance and surpassing organizational excellence, I earned a well-deserved promotion to the role of Design Integration Engineer in Y’15.Throughout my tenure, I excelled in steering Engineering Change Management and Technology Change Management initiatives, ensuring seamless transitions and advancements in design processes. Adept in the intricacies of Design for Manufacturing, I contributed to the optimization of design practices for enhanced efficiency and manufacturability. My analytical prowess extended to proficiency in SQL, allowing me to navigate and extract valuable insights from complex data sets. This skill set played a crucial role in informing data-driven decisions and facilitating a more streamlined and informed design integration process.Accomplishments Include:- Designed integration processes for nacelle and High-Pressure Compressor jet engine hardware from 2015 to 2016; served as the service flight test hardware lead, spearheading service evaluation engineering change authorized compliance usage for the PW1900G program.- Spearheaded design, structural analysis, and engineering operations alongside 8+ senior managers to drive global engineering efforts and outcomes; oversaw the daily collaboration between MTU Munich and P&W compression and cold section engineering teams.