Sagar Jadhav

• Lead project to enhance mission-critical avionic system functions using MBSE • Establishing requirements for conception, design, and necessary verification using IBM Rational DOORS • Development and support of electronic systems throughout the entire life cycle • Creating system architectures using Model-Based System Engineering (MBSE) and analyzing them • Executing Verification and Validation activities • Evaluating, documenting, and communicating verification results

• Developed and evaluated Verification and Validation test cases in collaboration with the team • Identified and implemented process improvements and reduced manual work by 90% • Proficient in modeling System Architecture, structural and behavioral diagrams using CAMEO • Experienced in Agile methodologies and Python • Highly skilled in utilizing DOORS for requirement creation, management, traceability, and documentation • Leveraged Confluence and Jira for effective collaboration and project management

• Analyzed, designed, and modeled anti-lock braking system architecture for automotive vehicles, including interface development • Proficient in creating, reviewing, and documenting requirements using IBM DOORS • Expertise in translating functional and system requirements into precise technical specifications • Skilled in quality assurance through software test case execution and end-to-end integration testing • Experienced in analyzing and defining automotive systems and subsystem requirements

• Responsible for General Assembly (G.A.) drawing and part drawing of the machine components • Preparing Bill of Materials (B.O.M) using ERP software • Preparing the conceptual assembly and part drawing using CAD tools like AUTOCAD and SOLIDWORKS. • Development of new products/ machines. • Follow and implement the ISO procedure • Coordinating for development, assembly and testing of the project with the customer and team members

At Manugraph India Limited I worked as a Production Supervisor. Some of my tasks were, • Organizing and coordinating the activities of the production department • Solving programming issues for CNC and VMC • Understanding and implementation of 5S and KAIZEN • Implementation of corrective and preventive measures for process rejection • Responsible for optimization of process parameters for a cylindrical turning process on a CNC lathe machine

The inter-disciplinary course covers various topics from the field of Mechatronics, Systems Design, Material Handling Systems (MHS), Advanced Applications of Industry 4.0. Apart from this, it also focuses on Factory Automation and Industrial Robotics, CA Modeling using Solid Edge, Collaborative Management and Supply Networks, Automation MHS, Material Selection and Mechanics of Materials.

• Subjects learned: Advanced Machine Design, Machine Dynamics & Vibration, Transmission System Design, Rapid Product Development, Tribology • Theory of Elasticity, Plasticity and Material Behavior, System Modeling and Analysis, Computational Methods, Finite Element Methods, Design of Material Handling Equipment

• Major Subjects: Computer-Aided Solid Modeling, Metal Forming, Welding and Cutting Technology, Analysis of Machine Elements, Industrial Hydraulics & Pneumatics, Design of Jigs, Fixtures & Dies • Quality Assurance, Flexible Manufacturing Systems, Production & Operations Management, Industrial Management, Metrology