Johnson J.

Software Engineer

India10 yrs 10 mos experience

Most Likely To SwitchHighly Stable

Key Highlights

8 years of experience in software development and engineering simulations.
Expertise in C++, Python, and Test Driven Development.
Proven track record in developing applications for R&D teams.

Stackforce AI infers this person is a Software Engineer specializing in Engineering Simulations and Software Development for Automotive and Aerospace industries.

Contact

Skills

Core Skills

Software DevelopmentEngineering SimulationsSystem Simulation ModellingProject Management

Other Skills

ANSYSAVL CruiseAlgorithmsAmesimC#C++C/C++Data AnalysisData StructuresEngineeringFinite Element AnalysisLinuxMachine LearningMatlabMicrosoft Word

About

As a Software Engineer at Siemens, I develop integrated software applications for the R&D and NPD teams, focusing on the steam turbine portfolio. I collaborate with international colleagues to propose and implement new software development plans, using Test Driven Development approach and maintaining the legacy code of software chain for Rotor-dynamics calculations. I also support and develop the team to create applications to digitalize standards for R&D team, enhancing efficiency and quality. With 8 years of industry experience in Software Development, Engineering Simulations & Modeling and Digitalization, I have a strong background in C++, Python, Windows Presentation Foundation (WPF), and Numerical Simulation. I have also completed multiple certifications from Google and Coursera on data analysis, data-driven decision making, and Javascript. I have a B.Tech. in Mechanical Engineering from Mahatma Gandhi University, where I learned the fundamentals of mechanical design and analysis. I am looking forward to making a significant contribution as a system/software engineer with an organization that specializes in Engineering Software Solutions.

Experience

10 yrs 10 mos

Total Experience

3 yrs 7 mos

Average Tenure

4 yrs 2 mos

Current Experience

Siemens

Software Engineer

Apr 2022 – Present · 4 yrs 2 mos

Developing integrated software applications designed for the Siemens R&D and NPD teams, specifically
for steam turbine portfolio.
Develop and maintain the legacy code of software chain for Rotor-dynamics calculations
Collaborate with international colleagues to propose new software development plans
Implementing new features based on Test Driven Development approach.
Support and develop the team to create applications to digitalize standards for R&D team

C++PythonTest Driven DevelopmentRotor-dynamics calculationsSoftware DevelopmentEngineering Simulations

Siemens digital industries software

Simulation Engineer

Jul 2018 – Mar 2022 · 3 yrs 8 mos · Chennai Area, India

Software Development
Developing Software Tool Chains in C++ and Python
System Simulation Modelling:
System simulation models for diﬀerent domains and applications which includes vehicle
dynamics, powertrain etc. using 1D simulation tools like Amesim, Simulink etc.
Increase Simulation Model performance by creating equivalent Neural Network models
Creating Toolchain/GUI for customization or pre/post processing of system simulation models
Editing and Modifying submodels of Amesim in C / C++ programming
Reinforcement Learning based controller development for Battery Management systems

C++PythonAmesimSimulinkNeural NetworksReinforcement Learning+2

Drdo, ministry of defence, govt. of india

Senior Research Fellow

Jun 2015 – Jun 2018 · 3 yrs · Chennai Area, India

Project 1: Development of 1500hp Automatic Transmission for Military vehicle.
Modelling powertrain in AVL Cruise and interfacing subsystems with Simulink for co-simulation.
Component-wise weight optimization of 1500 hp Automatic Transmission.
Written codes for interfacing Kiss-soft and PTC Creo for transferring calculation data.
Project 2: Vehicle Trials of 400hp Automatic Transmission for Military vehicle.
Conduction of vehicle trials in test tracks and creating a GUI in Matlab for reading raw data
from the vehicle trials .
Developed Matlab scripts for generation of load spectrum from ﬁeld data and performing
component-wise usage analysis for an Armoured Vehicle Transmission.
Project 3: Development of Landing Gear for UAV.
Modelling and simulation of Anti-Lock Braking system for Rustom-II UAV in Simulink.
Finite element analysis for weight optimization of Landing gear fork and axle of Main Landing
gear and Nose landing gear using Ansys Structural-Workbench.
Ground Load estimation for Landing Gear.