Business Intelligence Architect

• Aug 2021 - Present

Business Intelligence Engineer

• Nov 2019 - Apr 2022

Business Intelligence Engineer

• Jan 2018 - Nov 2019

Business Data Analyst

• Jul 2017 - Dec 2017

Graduate Teaching and Research Assistant

• Aug 2015 - May 2017

Flight Control Systems: Design and Development- Designing a system to optimize the flight conditions by reducing the dependence of the flight on primary actuators and also aiding in drag reduction, thus improving the fuel efficiency- Integration of various morphing systems (sweep-back and active flow control)- Design and fabrication of synthetic jet actuators as an auxiliary actuator supporting the primary actuators- Modelling and analysis of jet actuation on the aerodynamics and integration into flight control- System analysis of Active flow control using synthetic jet actuators- Optimize the morphing using LQR, LQG, Kalman filters, Cooperative control techniques and optimization schemes- Adaptive control, MRAC and Model Predictive control techniques were implemented in various phases of the project- Using sensor fusion and signal processing tools to analyze a novel sensor model- Experimental analysis of the structure and flight conditions- Programming the flight control system specific to the morphing technique and flight testing.

Student Assistant - Business Analyst/Data Analyst

• Apr 2016 - Jan 2017

- Data mining of structured and unstructured data for analysis and business initiatives- Compiled large amounts of data from various servers for forecasting- Set up the data using Data Preprocessing techniques such as Importing, Handling Missing Data, Encoding and Feature Scaling- Engaged in various client meetings to understand the business structure, to identify the factors contributing to sales, then applied various regression analysis and SVM techniques to improve the results of the analysis- Improved Inventory control and data visualization using Excel tools such as pivot tables, VLOOKUP, also Tableau and R studio- Applied advanced data analytic techniques to help with strategic initiatives and workflow models- Developed process architecture and data models to improve the productivity of Operations- The adaptive algorithm was 78% accuracy and reduced the shipping costs by 11%, resulting in considerably increasing the workforce productivity. The algorithm is designed to improve results with each term.

Project Engineer

• Aug 2012 - Dec 2014

- Design and development of a multi-band transceiver for amateur radio frequencies- Engage client to gather hardware and software requirements, and communicate the details to the development divisions, analyzed qualitative and quantitative market data to develop a robust business model- Performed user acceptance testing with the prototypes to understand the user experience- Assist in presenting the project as a commercially viable product for mass production to prospective -investors- Preparing and cataloguing documents, materials to guide new interns about the lab facilities and procedures- Conducted training workshops to train interns to mass manufacture the product

Summer Intern

• May 2013 - Jul 2013

Embedded Systems Training- Basic training included working with 8051/2 micro-controllers and ARM controllers- Understanding the system architecture and various applications- Programming ARM controllers in Kiel and simulating various scenarios- Embedded C programming Embedded Systems Training- Basic training included working with 8051/2 micro-controllers and ARM controllers- Understanding the system architecture and various applications- Programming ARM controllers in Kiel and simulating various scenarios- Embedded C programming

Systems Engineer Intern

• May 2012 - Jul 2012

- Flight testing; focusing on testing Fuel Control System and Environmental Control System of the aircraft- Worked on the Environmental Control System, Fuel control systems and Avionics on the LCA (Light combat aircraft)Responsibilities included: - Understanding various aircraft systems and their inter-dependency. - Assisted in wire routing (electrical harnessing) and installation of the avionics systems in the aircraft - Performed subsystem trade study and development on the Avionics systems of the aircraft and the technical difficulties faced during the design phase. - Learned to develop tools for system architecture and verification - Assisted in conducting and filing the flight test reports - Trade studies based on DO-178, DO-254 and ARP-4754 standards - Identified design perspectives in the ECS/FCS system and published a paper highlighting those in an International Conference held in New Delhi.