Chief Executive Officer

• Nov 2020 - Present

SenseLoaf is revolutionizing the way businesses approach document and text analysis, classification, and automation.Our advanced NLP/Vision modules can help classify, organize, and extract insights from unstructured data (document, text, and image). With our intelligent automation solutions, businesses can reduce the time and resources required for manual processes, freeing up valuable time to focus on higher-level tasks At SenseLoaf, our vision is to empower businesses to work smarter, not harder. By harnessing the power of AI, we are able to transform complex and time-consuming processes into streamlined, automated workflows that drive efficiency, accuracy, and productivity. Join us on this exciting journey to the future of work. Show less

Co-Founder/BD/Sales

• May 2018 - Present

https://www.senseloaf.ai

Manufacturing Process Engineer

• Dec 2018 - Oct 2019

Research Mechanical Engineer

• Nov 2017 - Sep 2018

Responsible for creating functional mechanical designs in broad applications ranging from fluidics to robotic mechanisms. Part of a small multi-disciplinary team whose role is to develop proof-of-concept prototype devices. These systems are used to take on some of the worlds most intractable analytical problems, specifically in the fields of proteomics, metabolomics and natural products analysis. Responsibilities: • Worked with scientists and engineers to understand performance characteristics and limits of new design concepts of analytical instruments through its lifecycle. • As the Lead engineer on the project, successfully developed and tested micro - fluidic systems to validate proof of concept for advancements in separation science using CE. • Performed Tolerance analysis using GD&T and Monte Carlo simulation to design & manufacture parts within an accuracy of .001”. • Designed parts, complex assemblies using Solidworks and used SAP ECTR to co-ordinate with team to improve prototypes. • Worked with sophisticated equipment like Keyence microscope and precision laser for rapid prototyping ideas and verify the feasibility of concepts. • Analyzed designs before and during product development phase using analysis tools such as FEA, CFD and CAD. • Provided technical analysis support and guidance to team members and other development groups to implement designs with proven feasibility while ensuring conformance to company and stakeholder requirements. Show less

Mechanical Engineer

• Aug 2016 - Oct 2017

• Responsible for product development of a 6-ton Ground Station by developing & creating structural models based on stress, fatigue failure, thermal, vibration & lifecycle limits in ANSYS (transient, dynamic). • Created different financial models of the product to assess feasibility in Asian markets as compared to USA. • Compared Market Required document(MRD) & Product Required Document(PRD) to evaluate performances of new and existing designs. • Defined design strategy of sub - systems by studying functional requirements and analyzing test data. • Tested prototypes & analyzed flight data using MATLAB to update the aerodynamic model. • Defined the docking algorithm by studying the 6 D.O.F Dynamic behavior of Aerostat and translating it into 3-D CAD to understand motion limits. • Provided project support throughout the project life cycle as directed by the project manager and project lead. • Facilitated design reviews on bi-weekly basis to administer in house testing & application development. • Negotiated with vendors & suppliers and worked on configuring accounts receivable (Sales), accounts payable (purchase), inventory management, bill of materials and production • Interpreted blueprints, technical drawings, schematics and computer-generated reports for product development. • Collaborated with cross functional teams to implement Design for Six Sigma principles to meet project deliverables. Show less

Competitive Sports Supervisor

• Dec 2015 - Apr 2016

Supervise, coordinate, and assist with practices and events for Intramural Sports and Sport Clubs Supervise, coordinate, and assist with practices and events for Intramural Sports and Sport Clubs

Team Lead, Manufacturing Engineer, SAE International Go Kart Championship

• Sep 2013 - Apr 2014

• Team Lead as Manufacturing and Steering Engineer and were ranked 5th out of the 55 participating teams • Achieved the goal of designing and building a Go-Kart under an extremely low budget of US $810 equivalent. • Responsible for Implementing lever arm steering mechanism in the Go - kart. • Improved stability of the Go-Kart while turning and cornering by designing the chassis to be of wider track width. • Used Cold Drawn seamless steel for manufacturing chassis for a higher strength to weight ratio. Show less

Project lead, Mechanical Engineer - Shell ECO - Marathon

• Feb 2013 - Feb 2014

Shell Eco-marathon is a unique competition that challenges students around the world to design, build and drive the most energy-efficient car. With three annual events in Asia, Americas and Europe, student teams take to the track to see who goes further on the least amount of fuel. • Partnered successfully with the project team to clear technical and safety rounds for designing and manufacturing a concept-utility vehicle to achieve maximum fuel efficiency • Presented technical report to the panel of judges, explaining the concept, calculations, financial model & life cycle of the vehicle design. • Responsible for initial stage testing of the vehicle components and study its effects on Engine performance to optimize fuel Efficiency. • Reduced overall weight of the vehicle approximately 30% by using plastic fiber as the material for shell and Aluminum 6066 for Chassis. • Performed FEA stress analysis of the chassis under fully - stressed condition to remove extra links from the design. • Implemented Double piston head in the engine to reduce fuel consumption and increase efficiency. Show less

Manufacturing Intern

• Jun 2012 - Sep 2012

• Improved and implemented Scheduling for Optimal Casting Sequence, which helped increasing time efficiency of the process and saved company’s time and money. • Apprenticed general manager and became proficient in understanding operations and machinery of entire plant including the cupola furnace, casting process and the machining of cast products. • Improved and implemented Scheduling for Optimal Casting Sequence, which helped increasing time efficiency of the process and saved company’s time and money. • Apprenticed general manager and became proficient in understanding operations and machinery of entire plant including the cupola furnace, casting process and the machining of cast products.