• Building and driving the vision, product strategy & product roadmap for MathWorks' Finance products and solutions across South East Asia particularly in areas such as Gen AI, Climate Risk (In accordance with TCFD,SASB, ISSB and BRSR), Model Risk (In accordance with SR 11-7, OFSI E23, SS1/23 and NIST), Sustainability / ESG, Time Series, Ethical AI, NLP, RegTech and ML/DL. • Building Climate Risk/ESG for Physical and Transition Risk , AI/ML, NLP, Gen AI, Liquidity Coverage Ratio (LCR) and Quant Models such as Integrated Assessment Models (IAMs) , ESG Scoring, PD/LGD, BRSR Reporting, ML Explainability, Climate Stress Testing, Nowcasting, Disclosure Monitoring etc. for multiple Financial Institutions by utilizing advanced Data Science and AI techniques such as ANNs,CNNs, XGBoost, Random Forest, Bayesian Models and Clustering. • Driving Stakeholder Management by managing existing and building new client relationships at CXO and Senior Management levels across South East Asia particularly in areas such as Climate Risk, Model Risk, Sustainability / ESG, Time Series, NLP, RegTech and ML/DL.• Driving targets with other Business teams (Marketing, Commercial Sales, Development) and helping them close gaps with suggestive improvement plans including analytics-based recommendations. • Supporting/mentoring junior Industry Leads and fresh team members across multiple topics that include Climate Risk/ESG, AI/ML/DL and NLP

Early stage Robotics/AI startup based in LA, California. • Worked with the co-founder to assess the company’s product market fit• Worked with the co-founder to finalize the company’s client interaction portal• Built the company’s financial model to forecast the annual revenues and establish the company’s valuation.• Worked directly with founders in raising the startup’s initial VC funding.

• Managed Medical Education marketing activities worth $ 2.1 M for the company's primary brand Solosec

An American privately held corporation that specializes in mathematical computing software with annual global revenue of $1B. • Developed a working Matlab/Simulink analytics based project to increase customer awareness of V&V products• Conducted preliminary research to identify the appropriate marketing material to further enhance customer awareness• Recommended digital marketing strategies that would enhance the company website's page views and visits

Healthcare Analytics and Prediction Startup based out of Johns Hopkins that provides clinical decision support for rehabilitation therapy service (physical and occupational therapy).• Worked with the co-founder to finalize the company’s wearable device dashboard• Developed the company’s technical strategy to launch a new wearable product which tracks patients undergoing rehabilitation.

Hospital San Juan de Lurigancho (HSJL), founded 41 years ago, is an established health institution of the Peru Health Ministry. As a designated category 2 hospital located in Canto Grande in the district of San Juan de Lurigancho, the institution serves the district with a population over 1.2 million.• Part of a 5 member team that was responsible for optimizing patient flow in the appointment scheduling windows to reduce patient wait times• Recommended a text messaging service system with the team to ensure efficient appointment acceptance and cancellation • Created machine learning simulations in Simio with the team to analyze patient wait times and proposed changes using the same to reduce patient wait times from 4 hours to 36 minutes

Worked with the Fluid Power and Pneumatics Team• Led the physical modeling and simulation activities for an electronic pump program for the North American market.• Supervised the product design analysis of an engine transmission technology program for the European and South American markets. Executed a comprehensive design study to reduce the lubrication requirement of the transmission system by 20%, which in turn improved fuel efficiency by ~5%.

Worked with the Fluid Power and Pneumatics Team• Mentored interns in creating an engineering toolbox, which leverages basic engineering calculations otherwise performed repeatedly in every new project. The toolbox reduced product cycle time by 10%.• Led the product design analysis and Market Research for a Vane Pump Program catering to the North American Market.

Worked with the Eaton Vehicle Product Group• Led the product design analysis of an engine brake technology product, while onsite in Turin, Italy, for the European Market. Executed a comprehensive product design analysis to reduce engine brake oil consumption by 73%.

Worked on System Integration of Embedded Systems in the EEV department.• Collaborated with various original equipment manufacturers to design the hardware for electronic control unit (ECU) testing systems. Successfully tested and commissioned various ECU testing systems.

Worked with the Electromechanical Control Systems Group (EMCS).• Created an algorithm to control diesel engine emissions, accelerating product cycle time by 30%.

Worked in the Aerospace Department.• Designed a multi-agent control algorithm for unmanned aerial vehicle (UAV) swarms, which reduced the research cycle time by 17%. This is primarily used for search and rescue operations.

Worked in the Robotics Department.Work involved developing a Guidance Navigation System for an Unmanned Aerial Vehicle (Drone). The Navigation System was developed to test the existing motion planning algorithm developed at Upenn. Developed a PD controller to achieve the target.

Worked in the Aerospace Department Work involved the Active Vibration Control of a Cantilever Beam. An actuator and sensor were placed on either side of the cantilever beam to test the ability of the cantilever beam to resist the mechanical vibration of the system due to an impulsive force.