Umesh Pidikiti

 Creating complex designs, drafting, and drawings as well as large assemblies of research instruments in metals and plastics using solid works  Product development and assistance in resolving design issues as well as generated design concepts & recommended solutions  Performing FEM calculations, simulations and tolerances to support designs  Creation and management of Bill of Materials (BOM) and data in the PDM

 Developed an after heater with pressure chamber, heating tube and insulation which can withstand pressure up to 10 bars, temperatures up to 1600 °C and especially works under oxidizing atmosphere using induction heating  Designed a thermodynamic design to prevent overheating and damage of parts and components of the after heater and the process chamber  Performed static, thermal Simulation and thermodynamic calculations on after heater and its temperature distribution

 Identified the potential savings in production  Conducted value analysis of individual production modules  Suggested optimized techniques on production processes and efficiency  Programmed an Excel (XLS) tables for Quality evaluation, inventory management, and production scheduling  Introduced a barcode scan system to prevent inventory issues  Developed an existing ERP system and optimized productivity.

 Proposed a new technique to improve the productivity of industrial batteries by modifying the existing layout and production optimization.  Developed a new layout using the RPW method by automated techniques and digitization.

 Design of Engineering models using Autodesk/CAD  Scientific Computing involves algorithms and MAT lab  Finite Elements Methods (FEM) & Simulation using ANSYS  Gas sensors & Aerosol Measurements  Precision Instrumentation and Devices  Advanced Characteristics Materials

 Design of Machine Members, Machine Drawing  Finite Element Methods (FEM)  Production Planning and Control  Metallurgy and Material Science, Strength of Materials  Robotics and Automation, Automobile Engineering  Thermodynamics and Fluid Mechanics