Design Java

Jesudoss Daniel:

MP:-+1-416-***-****

**************@*****.***

Career Objective:

Obtain a challenging position, applying creative problem solving and lean Technical skills to contribute to organizational growth. Looking for an opportunity to work with you.

Education details:

Degree

University

Year of qualification

CGPA

Master of Engineering in Aerospace

University of Toronto Institute of Aerospace studies

Mar-2018

3.01

Bachelor of Engineering in Mechatronics

Anna university, India

May-2006

77% percentage

Technical Skills:

CFD

ANSYS Fluent

Finite element analysis

ANSYS FEA

CAD

SolidWorks and CATIA V5 R4

Programming

C++, Java, Perl

Composite Designs

ANSYS

Propulsion Engines

Turbojet and Turbofan

Compressor Design

Axial compressor

RTOS

Embedded Linux

Automation :

PLC certified programmer,SCADA, LabVIEW and MATLAB

Protocols :

TCP/IP, CAN, RIP, OSPF

Robotics, AI

ROS, Tensor Flow

Parallel computing :

CUDA

Industry experience:

7.5 years of application development and programming experience using J2EE, C++, microcontroller programming, RTOS and embedded system design and development.

Professional Certification:

Sun certified professional for Java programming

Oracle certified professional for oracle database programming

IBM certified professional for DB2 programming

Academic Projects in Aerospace at university of Toronto institute of Aerospace studies

Applied computational Fluid dynamics: Duration September 2017 to December 2017

Project: simulation of heat flow in Turbojet engine, free convection, forced convection and multiphase fuel-air mixture in turbojet.

Responsibilities:

Developed the geometric Model in SolidWorks, transfer the IGES file to ANSYS Meshing, setup physics in fluent, setup the inlet and outlet faces in the geometry, setup the boundary conditions, setup the right solver, choose the correct physical properties of the materials, setup appropriate inlet and outlet conditions.

Skilled in the simulation with various inlet conditions, generate the contour, vector plots for temperature and pressure distribution. Perform the computation of Temperature, pressure, Mass flow rate etc. at the outlet.

Advanced Flight dynamics (analysis of Boeing 747-100): Duration September 2017 to December 2017

Project title: All the simulation were for performed for Boeing 747-100, cruising in horizontal flight at 40000 ft. at Mach number of 0.8.

Responsibilities:

Skilled in aircraft performance analysis such as thrust required, thrust available, maximum velocity, power required and available, altitude effects, Rate climb, maximum climb angle and rate, absolute and relative service ceilings, range and endurance etc.

Design of flight path and its coordinates from one frame to another using Euler rotation matrix, analysis of static stability and control derivatives, longitudinal and lateral derivatives

Design of flight control techniques such as pitch attitude control, speed controller, altitude hold controller, yaw and roll controller using PID controller.

All the simulations were performed using MATLAB Simulink and Java programming.

Topology Optimization: September 2017 till December 2017

Project title: Optimization of Aerospace bracket using HyperMesh

Responsibilities:

Developed the geometric model of the bracket using CATIA V4 and export the IGES file to HyperMesh. Skilled in non-geometric constrains, geometric constrains and objective function setup. Used HyperMesh to perform the finite element analysis of the optimised bracket and generate stress, strain distribution plots for failure analysis.

Computation optimization: Jan 2017 till April 2017.

Responsibilities:

Simulation and finding the global minima and local maxima for the given data set using unconstrained optimization approach for the given problem data set.

Finding the global minima using gradient based method.

Simulation of particle swarm optimization (PSO) to find the global minima of a given problem set.

Artificial intelligence algorithms and programming.

Simulations were performed using MATLAB

Finite element analysis of Aerospace bracket: Jan 2017 till April 2017.

Responsibilities:

Geometric model is developed in CATIA V4, FEA is performed using ANSYS workbench module.

Geometric model is meshed, load conditions setup, performing simulations and post processing for computing stress, strain of the model. Generate vector and contour plots for stress and strain to perform the engineering analysis. Performed the Post processing of the Aerospace bracket model.

Composite Design

This project involved the design of a composites using carbon-epoxy material. Project involved the design of number of composite layers required, their respective angle of the each composite layer. With properties of carbon epoxy material, simulation is performed on the design of the composite and its load bearing capacity under given loading conditions to pass the failure mechanism criteria such Tsai-Wu or Tsai-Hill. Developed independent software module to design the composite given the tensile or compressive load using Java and MATLAB

Nuclear Fusion: September 2016 till December 2016

Performed software simulation of nuclear fusion reactor, compared various Fusion based reaction process and its starting temperature using ANSYS Fluent

Performed the simulation of fusion reactions based on type of fuel material, fusion reaction starting temperature and computing the maximum fusion output obtained, sustainability of the power generation, how long the fusion reaction last and growth of the contaminants in the reaction using ANSYS fluent.

Specialised and involved in development of computation of fusion reaction characteristics using C++.

CFD algorithms (MATLAB simulation): September 2016 till December 2016

Performed the simulation of Naiver Stokes and Euler equation.

Simulation of decoupled linear convection and diffusion equation

Simulation of finite difference operator.

Simulation of Time marching method such as RG methods

Simulation of multigrid methods such as Gauss-seidel and Richardson multi grid methods

Mobile Robotics: Autonomous Mobile robots (Jan 2016 till April 2016)

Design and develop a software module for autonomous navigation of Robot loaded with Robert operating system (ROS). Skilled in autonomous navigation algorithms and programming using C++. Skilled in Artificial intelligence and computer vision programming using C++

Responsibilities:

Programming in C++, load the RGB map and do the testing with the Robot in Linux system.

Aerospace Propulsion: Jan 2016 till April 2016

Turbofan Design

Designed the Turbofan engine for given specific thrust and optimize the cost function to reduce the fuel cost to select appropriate bypass ratio which leads to minimal fuel consumption . Turbofan engine setup has inlet, diffuser, compressor and burner, High and low pressure turbine, hot exhaust nozzle and Fan. Turbofan is designed for given free stream inlet velocity, pressure and temperature of inlet, specific thrust of the engine, diffuser isentropic efficiency, compressor polytrophic efficiency, and combustor isentropic efficiency and combustor inlet conditions.

Axial Compressor Design

Designed the axial compressor to get the required compressor ratio at the outlet. Axial compressor is designed for given mass flow rate, axial and relative Mach number, Stagnation pressure and temperature, overall compressor ratio and polytrophic efficiency of the compressor. Developed the software module to generate the velocity triangles graph, blade tip radius and blade hub radius graph using Mean radius approach, constant tip radius approach and constant hub radius approach.

Responsibilities:

Wrote an independent software module using java to perform analysis and generate a graph with various bypass ratio against the cost function to predict feasible bypass ratio which minimize the fuel consumption.

Performed the simulation of axial compressor using Java and MATLAB, generated the required graphs for compression ratio, tip to hub ratio and overall efficiency.

Designed the compressor Stator and Rotor blade angle using SolidWorks

Designed the Turbofan assembly model using SolidWorks

Professional Experience:

Vodafone UK: June 2015 till December 2015

Title Senior Software Engineer

Specialised in application programming using J2EE, Java bean and JDBC programming using spring hibernate. Skilled in application and architecture design.

Specialised in J2EE patterns and server side interface programming using Java

Specialised in JMS client and listener programming, MQ series administration and programming and GUI development using Java swing. Skilled in generating system performance monitoring reports using d3.js and PERL. Good expertise in PL/SQL programming for Oracle 11g.

Tools development using PERL and shell script.

Client: XL Axiata Jakarta Indonesia September 2012 to June 2015

Title: Expert Engineer

Specialized in requirements gathering, high level design, application design and architecture design.

Protocol development using C++ in layer 4 to support the network switches for GSM and VOIP.

Specialized in Router programming, devices drivers programming using C++

Specialised in Embedded Linux programming and development for DNS and layer 4 systems

Skilled in Linux IPCS shared memory programming to store business entity retrieved from Oracle DB using C++ for various data operations.

Specialised in development of monitoring Protocol development using C++ for applicative ping and Heart beat in RTOS system. Specialised in shared library development using C++

Fine tuning SQLs for performance improvement in system side.

Involved debugging and bug fixing for various stacked protocols like GGSN, GY and SY.

Developed monitoring tools using d3.js and java script to generate the performance report.

Skilled in API development for TCP and UDP using C++ STL.

Automation of production application deployment using PERL and shell script.

Client: XL Axiata Smart client 8.1 CRM from JAN2011 and AUGUST 2012

Smart client is a CRM software developed using J2EE with oracle11g and weblogic9.1)

Title: Senior subject matter expert

Specialized in Application design and architecture design for client requirements

Skilled in EJP, EJB interface, SOAP protocol programming using J2EE and hibernate Spring Java programming. Specialized in JDBC programming for Oracle 11g, Oracle SQL performance tuning and PL/SQL programming.

Specialized in WebLogic administration and configuration, clustering and configuration of XA data source, IBM MQ series administration and configuration and performance tuning.

Skilled in automation of production jobs, application deployment using PERL and Shell scripting.

Specialized in monitoring tools programming and development using d3.js, node.js and PERL

Skilled in automation of generating performance and key indicator of system health report and automated system monitoring. Specialized in CRM system development and programming using Java, CRM client GUI development, application programming for clustered WebLogic environment using J2EE

Client: XL Axiata from March 2010 and December 2010

Title: Senior subject matter expert

Specialized in Embedded Linux programing using C++, Specialized in Device driver development for Linux system for network switches, Specialised in TCP/UDP programming and developed Layer-3 API for system interface using C++. Router configuration and programming using C++

Specialized in load balancer layer 4 programming and testing, C++ STL programming and development

Specialized in development of C++ modules for IPCS process memory and API development for SOAP protocol. Specialised in configuration of SSL (OpenSSL) and TLS programming using C++

Client: AT&T USA from September 2008 and January 2010

Specialized in Circuit switching programming using C++, SOAP programming using Java, ODBC programming for DB2

Specialized in STL C++,embedded SQL programming, application design and testing

Axis SOAP API development for using C++

Cognizant technology solutions

Title: Programmer Analyst (Jan 2007 till August 2008)

Roles and Responsibilities:

Specialized in hardware design, ADC/DAC, SCADA and Data acquisition system.

Application and System programming using Java for RTOS system QNX

Microcontroller programming, ARM system programming, IP330, IP230 data acquisition hardware. Sensor interface with 16 bit ADC ADS1256 and DAC8555 and HMI interface programming using C for microcontroller.

RTOS QNX programming using C

Contact this candidate