KUNAL WAGH
*** ***** ****** ****: 862-***-****
Harrison, NJ 07029, USA. Email: ****@****.***
OBJECTIVE
Seeking Industrial Automation Engineering position in the field of design, detail engineering in Instrumentation, Process automation & Control systems requiring Masters level qualification.
EDUCATION
• New Jersey Institute of Technology, Newark, New Jersey GPA: 3.7/4.0
Master of Science, Electrical Engineering, Specialization in Control Systems. Dec 2010
• University of Mumbai, Mumbai, India
Bachelor of Instrumentation Engineering. May 2007
TECHNICAL SKILLS and SOFTWARES
MATLAB and Simulink, SCADA (Wonderware Intouch), Siemens (Simatic), Allen-Bradley (RSView32, RS Logix), Photoshop, MS Office, Quartus 2(VHDL), RoboCIM 5200, Microsoft Project, C, C++
WORK EXPERIENCE
Prolific Systems Ltd., Mumbai, India.
Automation Engineer Aug 2007 to July 2008
• Highly skilled in Allen-Bradley and Siemens PLC, SCADA Wonderware InTouch HMI, I/O configuration for Process Controls such as Bottle Filling Plant and Automated Cooling System.
• Extensive knowledge in Interfacing of PLC, FCE (motors, valves, etc) and computer using SCADA.
• Excellence in imparting continuous on Job training to the subordinates to enhance their Operational Efficiencies in Ladder Logic in Siemens, AB PLC and Wonderware InTouch SCADA HMI.
• Expert in troubleshooting PLCs and SCADA with definite solutions to engineering problems.
• Helping and consulting with other team members in resolving unusual and complicated problems related to new development, production support testing and troubleshooting.
• Excellence for design, plan, implement and evaluate the present and future automation needs of the Client, making recommendations for implementation to the Administration.
• In depth knowledge in monitoring all system functions and is responsible for proper operation.
PROJECTS
Project 1: LABVOLT-5200
Description: Labvolt robot programming for executing various sequence of processes such as to hold parts in space and move them from one location to another. Remote or software programming is used to configure it in different speed to accomplish complex tasks using RoboCIM in automated sequences.
Project 2: AUTOMATED COOLING SYSTEM USING PLC
Description: Project describes the process of cooling a mixture of two hot fluids for a pre-determined time and using a sensor to sense the temperature change. Worked on AB PLC SLC-5/03 as controller by developing Ladder Logic and interfacing it to SCADA to show the process sequences for screen monitoring.
Project 3: BOTTLE FILLING PLANT
Description: A specialized project having features like rinsing, filling and capping. Successfully programmed Siemens PLC S7-300 using Simatic software. Separate programs were written for each process and integrated together using timers and counters with troubleshooting of the PLC programs.
Project 4: 3-DRUM FLUID BLENDER
Description: Project is designed on Wonderware InTouch SCADA. Designed a scripted SCADA project based on the requirements such as barrel movement on the conveyor belts for mixing of fluids and using alarm annunciation system for safety purpose using Photoelectric sensors and Applied Instrumentation.
Project 5: Furuta Pendulum
Description: Designed Feedback Control Algorithm for Furuta Pendulum on Arm using Pole Placement, LQR, Full Order Observer and Reduced Order Observer then implemented using MATLAB-SIMULINK.
Project 6: Industrial Regulator
Description: Designed Industrial Regulator controller, LVDT and Encoder Sensor models for an Inverted Pendulum on Cart using MATLAB, SIMULINK and XILINX‘s System Generator.
RELEVANT COURSEWORK
Graduate: Control Systems and Component, Project Management, Real-time control systems, DSP with FPGA using VHDL, Microprocessors systems, Flexible and Computer Integrated Manufacturing systems.
Undergraduate: Process & Analytical Instrumentation, Digital Control Systems, DSP Systems and Biomedical Instrumentation, Advanced Control Systems, Engineering Drawing.
Certified Automation Engineering course: Allen-Bradley, Siemens Programmable Logic Controllers, SCADA, HMI, DCS, Final Control Elements (FCE), PID controls, Measurement and Calibration of process variables, HART communication, Process Control using Instrumentation.