Prasenjit Sikder is seeking a position where he can use his skills and abilities to contribute to organizational growth. He has a Diploma in Electronics & Instrumentation Engineering and over 6 years of experience in electrical and instrumentation maintenance. His experience includes programming and maintenance of PLCs, AC/DC drives, field instruments, process control systems and panels for various machines like mixers, presses, and textile processes. He is proficient in troubleshooting, preventative maintenance, energy savings analysis and modification work. His achievements include an appreciation certificate for his work.
Prasenjit Sikder is seeking a position where he can use his skills and qualifications to contribute to organizational growth. He has over 6 years of experience in electrical and instrumentation maintenance. He holds a Diploma in Electronics & Instrumentation Engineering and has worked on projects involving systems like mixers, presses, and rubber processing lines. Prasenjit maintains equipment, programs PLCs, and has received an appreciation award for his work. He is interested in continuous learning and strives for perfection in all his work.
The document discusses strategies for reducing costs in contact centers. It outlines key areas where costs can be reduced, including through self-service options, agent productivity improvements, and reducing agent attrition. The Enghouse approach promotes reducing costs through enabling more customer self-service via IVR and online options, automating processes to improve agent efficiency, and unifying communication channels for better management and metrics. Quick success stories from clients saw large cost savings from reduced call volumes through expanded self-service IVR and improved agent productivity.
Srinivas Reyya is seeking a challenging position utilizing his 11 years of experience in industrial instrumentation. He has worked in the sugar and cement industries calibrating and maintaining field instruments. He holds qualifications in instrumentation, electricity, and apprenticeships. Reyya has skills in software, operating systems, and hardware troubleshooting. He provides details of his professional experience maintaining and calibrating various instruments at multiple companies in the sugar and cement industries.
Thusitha Wijayawardhane is applying for a position at an international instrumentation company. She has over 6 years of experience as an Instrument Technician at Ceylon Petroleum Corporation Oil Refinery. Her experience includes maintenance, calibration, commissioning and testing of various field instruments such as transmitters, valves, and analyzers. She has knowledge of automation systems, safety regulations, and can work independently or as part of a team. Thusitha holds a BSc in Bio Science, is a graduated chemist, and has additional qualifications in electronics, electrical systems, and industrial automation. She is seeking new opportunities for career development within an instrumentation environment.
The document describes an automatic DC fan controller project using a thermistor. The project involves designing a circuit that can automatically control the speed of a DC fan based on temperature readings from a thermistor. The circuit uses an LM741 operational amplifier, NTC thermistor, resistors, and other components. As temperature increases, the thermistor's resistance decreases, causing the fan speed to increase accordingly to regulate the temperature. The document provides details of the circuit design and components, working principle, testing and potential applications of the automatic temperature-controlled fan system.
International Journal of Engineering Research and DevelopmentIJERD Editor
This document describes a system for controlling the temperature of a shell and tube heat exchanger using a TwinCAT PLC. The system uses sensors to measure the outlet temperature of the tube fluid and a control valve regulates the flow of cold water to maintain the outlet at the setpoint temperature. The TwinCAT PLC implements a control algorithm that compares the measured temperature to the setpoint and sends signals to adjust the control valve position. Testing showed the system successfully maintained the outlet temperature at the desired setpoint. The automated temperature control reduces maintenance costs compared to a non-automated system.
Venkateswara Rao is an instrumentation and control engineer with over 6 years of experience. He is currently working at Anrak Aluminum Limited Thermal Power Plant in Visakhapatnam, India as an engineer. Prior to this, he worked at Bartem Instruments in Hyderabad as an application engineer. He has expertise in instrumentation, automation, DCS systems including Yokogawa Centum VP, project management, commissioning, and plant maintenance. He is looking for a position that utilizes his skills in instrumentation and automation.
Prasenjit Sikder is seeking a position where he can use his skills and qualifications to contribute to organizational growth. He has over 6 years of experience in electrical and instrumentation maintenance. He holds a Diploma in Electronics & Instrumentation Engineering and has worked on projects involving systems like mixers, presses, and rubber processing lines. Prasenjit maintains equipment, programs PLCs, and has received an appreciation award for his work. He is interested in continuous learning and strives for perfection in all his work.
The document discusses strategies for reducing costs in contact centers. It outlines key areas where costs can be reduced, including through self-service options, agent productivity improvements, and reducing agent attrition. The Enghouse approach promotes reducing costs through enabling more customer self-service via IVR and online options, automating processes to improve agent efficiency, and unifying communication channels for better management and metrics. Quick success stories from clients saw large cost savings from reduced call volumes through expanded self-service IVR and improved agent productivity.
Srinivas Reyya is seeking a challenging position utilizing his 11 years of experience in industrial instrumentation. He has worked in the sugar and cement industries calibrating and maintaining field instruments. He holds qualifications in instrumentation, electricity, and apprenticeships. Reyya has skills in software, operating systems, and hardware troubleshooting. He provides details of his professional experience maintaining and calibrating various instruments at multiple companies in the sugar and cement industries.
Thusitha Wijayawardhane is applying for a position at an international instrumentation company. She has over 6 years of experience as an Instrument Technician at Ceylon Petroleum Corporation Oil Refinery. Her experience includes maintenance, calibration, commissioning and testing of various field instruments such as transmitters, valves, and analyzers. She has knowledge of automation systems, safety regulations, and can work independently or as part of a team. Thusitha holds a BSc in Bio Science, is a graduated chemist, and has additional qualifications in electronics, electrical systems, and industrial automation. She is seeking new opportunities for career development within an instrumentation environment.
The document describes an automatic DC fan controller project using a thermistor. The project involves designing a circuit that can automatically control the speed of a DC fan based on temperature readings from a thermistor. The circuit uses an LM741 operational amplifier, NTC thermistor, resistors, and other components. As temperature increases, the thermistor's resistance decreases, causing the fan speed to increase accordingly to regulate the temperature. The document provides details of the circuit design and components, working principle, testing and potential applications of the automatic temperature-controlled fan system.
International Journal of Engineering Research and DevelopmentIJERD Editor
This document describes a system for controlling the temperature of a shell and tube heat exchanger using a TwinCAT PLC. The system uses sensors to measure the outlet temperature of the tube fluid and a control valve regulates the flow of cold water to maintain the outlet at the setpoint temperature. The TwinCAT PLC implements a control algorithm that compares the measured temperature to the setpoint and sends signals to adjust the control valve position. Testing showed the system successfully maintained the outlet temperature at the desired setpoint. The automated temperature control reduces maintenance costs compared to a non-automated system.
Venkateswara Rao is an instrumentation and control engineer with over 6 years of experience. He is currently working at Anrak Aluminum Limited Thermal Power Plant in Visakhapatnam, India as an engineer. Prior to this, he worked at Bartem Instruments in Hyderabad as an application engineer. He has expertise in instrumentation, automation, DCS systems including Yokogawa Centum VP, project management, commissioning, and plant maintenance. He is looking for a position that utilizes his skills in instrumentation and automation.
Venkateswara Rao is an instrumentation and control engineer with over 6 years of experience. He is currently working at Anrak Aluminum Limited Thermal Power Plant in Visakhapatnam, India as an engineer. Prior to this, he worked at Bartem Instruments in Hyderabad as an application engineer. He has expertise in instrumentation, automation, DCS systems including Yokogawa Centum VP, project management, commissioning, and plant maintenance. He is looking for a position that utilizes his skills in instrumentation and automation.
This document contains information about a project submitted by Al Mamun Parvez to Jahangirnagar University in partial fulfillment of a BSc degree in IT. The project is supervised by Zamshed Iqbal Chowdhury. The document includes a declaration page, acceptance page, acknowledgements, abstract, table of contents, and introduction to components used in the project. The project involves designing an automatic fan control system using a thermistor for temperature control.
This document describes a student project to redesign the Buchholz relay, which protects transformers, using a microcontroller. The students faced challenges in designing the relay to accommodate sensors and calibrating the sensors. They overcame issues with sensor output and interfacing through circuit designs and guidance from mentors. Testing showed the redesigned relay successfully monitored pressure and temperature inside the transformer and triggered alarms when thresholds were exceeded, addressing disadvantages of the conventional mechanical relay.
Mohammed Hasnain is a senior instrument technician and supervisor with over 13 years of experience in instrumentation and control systems. He has worked with various process control systems including Honeywell DCS, Triconex ESD, Allen Bradley PLC, and SCADA systems. Currently employed with SABIC in Saudi Arabia, he seeks a position as a process control engineer where he can utilize his skills and experience.
This resume is for Waseem, who was born in 1972 in Hyderabad. He has a diploma in mechanical technology from 1992-1995, post-diploma training in nuclear power from 1996-1997, and basic industrial safety training. Waseem worked as a power plant operator at Chashma Nuclear Power Plant from 1997-2009 and has worked as a senior power plant operator at Karachi Nuclear Power Plant since 2009. His responsibilities include operating and monitoring the steam turbine, control room, auxiliary systems, diesel generator, water treatment plant, and reverse osmosis and desalination plants.
1) The RT-101 Moving Die Rheometer is a device used in the rubber industry to measure properties of vulcanized rubber like scorch time, rheometer time, and maximum torque.
2) It works by enclosing a rubber sample in a cavity and applying oscillating shear strain while controlling the temperature, and measures the resulting torque over time to generate a curing curve.
3) Key features include accurate temperature control, data collection and analysis capabilities, and compliance with industry standards like GB/T16584.
M. Subramanian has over 8 years of experience in electrical and instrumentation. He currently works as an Electrical and Instrumentation Superintendent for MEFSCO in Saudi Arabia. Previously, he worked as an Electrical and Instrumentation Supervisor for DHARANI SUGARS AND CHEMICALS LTD in India. He has expertise in electrical systems, PLCs, DCS, process control systems and various field instruments including transmitters, valves, and flow meters.
Mohammad Mintu is applying for the position of Instrument Supervisor and has over 14 years of experience in instrumentation for oil and gas projects in India and abroad. He provides his contact information, education qualifications including a diploma in instrumentation engineering, and describes his extensive experience in construction, commissioning, and maintenance of instrumentation systems. Mintu is looking to establish himself in an esteemed organization and utilize his skills and experience.
Rahul Jadhav is applying for the position of Instrument Technician. He has 9 years of experience as an Instrument Technician in India and Qatar, working with various oil, gas, petrochemical and chemical companies. He has qualifications in instrumentation and controls and certificates in areas like firefighting. His experience includes maintenance, calibration and commissioning of different instruments like transmitters, control valves, switches and analyzers. He is proficient in various automation systems and protocols. He aims to utilize his skills and experience to ensure reliable plant performance.
The document discusses how work is done in a turbine. It explains that:
1) The heat energy in steam is converted to kinetic energy as it enters the turbine through nozzles, and then to mechanical work as it impacts the rotating blades.
2) Further work is done as the steam reacts with fixed blades, redirecting it to more rotating blades.
3) As the steam travels through the machine, it continually expands, giving up energy at each set of blades.
4) The tapering shape of the turbine allows the steam to enter at smaller blades and exit at larger blades.
Gowthaman is seeking a role to utilize his 4+ years of experience in instrumentation calibration, electrical projects, and maintenance of electrical equipment. He currently works as an Executive Engineer at Vivimed Labs, a USFDA approved pharmaceutical company, and is responsible for calibration, documentation, procurement, and troubleshooting. Gowthaman has a B.E. in Electronics Communication Engineering from Anna University and skills in programming languages like C, PHP/MySQL, and HTML.
The document contains instructions for calibrating a rotameter to measure fluid flow rate. It describes connecting the rotameter to a test setup with a pump, valves, measuring tank and sump. The procedure involves taking readings from the rotameter and measuring tank at different valve positions, with and without pressure. Observations are recorded and flow rates calculated to determine the error between theoretical discharge and rotameter readings. A graph will compare the true and measured values.
The document is a curriculum vitae for Md. Fazle Elahi that includes his personal details, educational background, and work experience. It details his Bachelor's degree in electrical engineering and over 15 years of experience in electrical maintenance and project management roles in various industries including gas processing, rural electrification, food processing, glass manufacturing, cement, and textiles. His responsibilities have included overseeing maintenance operations, managing staff, ensuring safety compliance, and troubleshooting electrical systems.
Chapter 6 - Instrument System (1).pptxMaiAnh409544
This document discusses instrument system design for P&ID diagrams. It describes the role of process measurements in automation and the components of a measurement system. It also discusses factors to consider when selecting sensors, such as range, accuracy, cost and materials. Finally, it covers various flow measurement techniques, including differential pressure, orifice plates, and magnetic and ultrasonic flowmeters.
This document summarizes a student project that monitors and controls parameters in a greenhouse using sensors and a microcontroller. It measures temperature, humidity, light, and soil moisture and can control devices like fans, heaters, and motors. It also describes circuits for automatic street light control, unauthorized entrance detection, and automatic water pump control. The project aims to maintain optimal conditions for plant growth.
The document compares Thermal Stream Systems and Direct Thermal Head systems for temperature testing of integrated circuits (ICs). Thermal Stream Systems use compressed air to control temperature but require more space, infrastructure, and maintenance. Direct Thermal Head systems provide temperature control through direct contact and are more portable, quieter to operate, easier to set up, and less expensive to purchase and maintain long-term. For many IC testing needs, Direct Thermal Head systems offer a more practical solution due to their compact size, plug-and-play capability, and overall lower cost of ownership.
INDUSTRIAL TRAINING REPORT AT PRABHULINGESHWAR SUGARSbkshivkumar012
The document provides details about an industrial training report submitted by Shivkumar Kashinath S Jayadhar at Prabhulingeshwar Sugars and Chemicals Ltd in Jamkhandi, Karnataka, India from June 10th to July 9th 2016. The report covers the trainee's investigation of various transducers used to monitor key process parameters like pressure, temperature, flow, level, Brix, pH, etc. at the sugar factory. It provides working principles, diagrams, specifications and advantages/disadvantages of different pressure measurement instruments like Bourdon tube gauges, diaphragm gauges, capsule gauges and bellows gauges.
This document is a resume for Muhammad Saeed Aslam seeking a position as an Instruments and Control Supervisor. It outlines his educational qualifications including a degree in Instrument Technology. It details his over 13 years of experience in instrumentation maintenance, calibration, and process control. It also lists the various control systems, instruments, and field devices he has worked with. The resume emphasizes his skills in loop checking, commissioning, shutdown work, and quality assurance procedures.
Venkateswara Rao is an instrumentation and control engineer with over 6 years of experience. He is currently working at Anrak Aluminum Limited Thermal Power Plant in Visakhapatnam, India as an engineer. Prior to this, he worked at Bartem Instruments in Hyderabad as an application engineer. He has expertise in instrumentation, automation, DCS systems including Yokogawa Centum VP, project management, commissioning, and plant maintenance. He is looking for a position that utilizes his skills in instrumentation and automation.
This document contains information about a project submitted by Al Mamun Parvez to Jahangirnagar University in partial fulfillment of a BSc degree in IT. The project is supervised by Zamshed Iqbal Chowdhury. The document includes a declaration page, acceptance page, acknowledgements, abstract, table of contents, and introduction to components used in the project. The project involves designing an automatic fan control system using a thermistor for temperature control.
This document describes a student project to redesign the Buchholz relay, which protects transformers, using a microcontroller. The students faced challenges in designing the relay to accommodate sensors and calibrating the sensors. They overcame issues with sensor output and interfacing through circuit designs and guidance from mentors. Testing showed the redesigned relay successfully monitored pressure and temperature inside the transformer and triggered alarms when thresholds were exceeded, addressing disadvantages of the conventional mechanical relay.
Mohammed Hasnain is a senior instrument technician and supervisor with over 13 years of experience in instrumentation and control systems. He has worked with various process control systems including Honeywell DCS, Triconex ESD, Allen Bradley PLC, and SCADA systems. Currently employed with SABIC in Saudi Arabia, he seeks a position as a process control engineer where he can utilize his skills and experience.
This resume is for Waseem, who was born in 1972 in Hyderabad. He has a diploma in mechanical technology from 1992-1995, post-diploma training in nuclear power from 1996-1997, and basic industrial safety training. Waseem worked as a power plant operator at Chashma Nuclear Power Plant from 1997-2009 and has worked as a senior power plant operator at Karachi Nuclear Power Plant since 2009. His responsibilities include operating and monitoring the steam turbine, control room, auxiliary systems, diesel generator, water treatment plant, and reverse osmosis and desalination plants.
1) The RT-101 Moving Die Rheometer is a device used in the rubber industry to measure properties of vulcanized rubber like scorch time, rheometer time, and maximum torque.
2) It works by enclosing a rubber sample in a cavity and applying oscillating shear strain while controlling the temperature, and measures the resulting torque over time to generate a curing curve.
3) Key features include accurate temperature control, data collection and analysis capabilities, and compliance with industry standards like GB/T16584.
M. Subramanian has over 8 years of experience in electrical and instrumentation. He currently works as an Electrical and Instrumentation Superintendent for MEFSCO in Saudi Arabia. Previously, he worked as an Electrical and Instrumentation Supervisor for DHARANI SUGARS AND CHEMICALS LTD in India. He has expertise in electrical systems, PLCs, DCS, process control systems and various field instruments including transmitters, valves, and flow meters.
Mohammad Mintu is applying for the position of Instrument Supervisor and has over 14 years of experience in instrumentation for oil and gas projects in India and abroad. He provides his contact information, education qualifications including a diploma in instrumentation engineering, and describes his extensive experience in construction, commissioning, and maintenance of instrumentation systems. Mintu is looking to establish himself in an esteemed organization and utilize his skills and experience.
Rahul Jadhav is applying for the position of Instrument Technician. He has 9 years of experience as an Instrument Technician in India and Qatar, working with various oil, gas, petrochemical and chemical companies. He has qualifications in instrumentation and controls and certificates in areas like firefighting. His experience includes maintenance, calibration and commissioning of different instruments like transmitters, control valves, switches and analyzers. He is proficient in various automation systems and protocols. He aims to utilize his skills and experience to ensure reliable plant performance.
The document discusses how work is done in a turbine. It explains that:
1) The heat energy in steam is converted to kinetic energy as it enters the turbine through nozzles, and then to mechanical work as it impacts the rotating blades.
2) Further work is done as the steam reacts with fixed blades, redirecting it to more rotating blades.
3) As the steam travels through the machine, it continually expands, giving up energy at each set of blades.
4) The tapering shape of the turbine allows the steam to enter at smaller blades and exit at larger blades.
Gowthaman is seeking a role to utilize his 4+ years of experience in instrumentation calibration, electrical projects, and maintenance of electrical equipment. He currently works as an Executive Engineer at Vivimed Labs, a USFDA approved pharmaceutical company, and is responsible for calibration, documentation, procurement, and troubleshooting. Gowthaman has a B.E. in Electronics Communication Engineering from Anna University and skills in programming languages like C, PHP/MySQL, and HTML.
The document contains instructions for calibrating a rotameter to measure fluid flow rate. It describes connecting the rotameter to a test setup with a pump, valves, measuring tank and sump. The procedure involves taking readings from the rotameter and measuring tank at different valve positions, with and without pressure. Observations are recorded and flow rates calculated to determine the error between theoretical discharge and rotameter readings. A graph will compare the true and measured values.
The document is a curriculum vitae for Md. Fazle Elahi that includes his personal details, educational background, and work experience. It details his Bachelor's degree in electrical engineering and over 15 years of experience in electrical maintenance and project management roles in various industries including gas processing, rural electrification, food processing, glass manufacturing, cement, and textiles. His responsibilities have included overseeing maintenance operations, managing staff, ensuring safety compliance, and troubleshooting electrical systems.
Chapter 6 - Instrument System (1).pptxMaiAnh409544
This document discusses instrument system design for P&ID diagrams. It describes the role of process measurements in automation and the components of a measurement system. It also discusses factors to consider when selecting sensors, such as range, accuracy, cost and materials. Finally, it covers various flow measurement techniques, including differential pressure, orifice plates, and magnetic and ultrasonic flowmeters.
This document summarizes a student project that monitors and controls parameters in a greenhouse using sensors and a microcontroller. It measures temperature, humidity, light, and soil moisture and can control devices like fans, heaters, and motors. It also describes circuits for automatic street light control, unauthorized entrance detection, and automatic water pump control. The project aims to maintain optimal conditions for plant growth.
The document compares Thermal Stream Systems and Direct Thermal Head systems for temperature testing of integrated circuits (ICs). Thermal Stream Systems use compressed air to control temperature but require more space, infrastructure, and maintenance. Direct Thermal Head systems provide temperature control through direct contact and are more portable, quieter to operate, easier to set up, and less expensive to purchase and maintain long-term. For many IC testing needs, Direct Thermal Head systems offer a more practical solution due to their compact size, plug-and-play capability, and overall lower cost of ownership.
INDUSTRIAL TRAINING REPORT AT PRABHULINGESHWAR SUGARSbkshivkumar012
The document provides details about an industrial training report submitted by Shivkumar Kashinath S Jayadhar at Prabhulingeshwar Sugars and Chemicals Ltd in Jamkhandi, Karnataka, India from June 10th to July 9th 2016. The report covers the trainee's investigation of various transducers used to monitor key process parameters like pressure, temperature, flow, level, Brix, pH, etc. at the sugar factory. It provides working principles, diagrams, specifications and advantages/disadvantages of different pressure measurement instruments like Bourdon tube gauges, diaphragm gauges, capsule gauges and bellows gauges.
This document is a resume for Muhammad Saeed Aslam seeking a position as an Instruments and Control Supervisor. It outlines his educational qualifications including a degree in Instrument Technology. It details his over 13 years of experience in instrumentation maintenance, calibration, and process control. It also lists the various control systems, instruments, and field devices he has worked with. The resume emphasizes his skills in loop checking, commissioning, shutdown work, and quality assurance procedures.
1. PRASENJIT SIKDER
(DIPLOMA IN ELECTRONICS & INSTRUMENTATION ENGINEERING)
S/O: Mr. Prabir kr Sikder
Address: Vill: Samarjit pally,
Post: Nasra; PS: Ranaghat, Dist: Nadia.
PIN No: 741202.
State: West Bengal.
Contact No: +91-9564437816
Email Address: sikderprasenjit@gmail.com
OBJECTIVE
To become a successful professional and gain exposure in a competitive world where I can actively
participate and use my skills and abilities for growth of self and company and organization.
ACADEMIC QUALIFICATIONS
Exam Passed Board Institute Year of
Passing
Marks (%)
Diploma in
Electronics &
Instrumentation
Engineering
W.B.S.C.T.E APC Ray
Polytechnic,
Jadavpur
2009 67.5
Higher Secondary passed in pure science from W.B.C.H.S.E in 2002.
Madhyamik passed from W.B.B.S.E IN 2000.
OTHER TECHNICAL QUALIFICATION
.I.T.I passed in D.M.M from I.T.I. Kalyani, Nadia in 2002 – 2004 with 79.8 %
TRAINING
Durgapur Steel Plant on Nov 2008
Duration- Two weeks
AC & DC drives, PLC & HMI programming & control connection from
SSD PERKER (Chennai) on March 2012
2. PROFESSIONAL EXPERIENCE :(6 years and 3 month)
Worked in Delta Fabrics (P) Ltd around five months in electrical maintenance department. Area of
work includes electrical based equipments in the systems.
Working in Phoenix Yule (P) Ltd. around six years and three month in electrical and instrumentation
maintenance department. Area of work includes field instruments (sensors, actuators, controllers,
meters, Pressure transmitters Traboulshooting Siemens PLC ,AC & DC drives etc.) programming,
installation and maintenance, process control & design, in existing systems also control panel design
& control circuit modification, and many modification jobs/ projects. Major projects are
1. Banbury Mixer: Various Carbon, Chemical, Oil and Polymer components from different areas
are mixed through the mixer with defined recipe in PLC automatically. Area of work includes
different sensors (like level, temperature, pressure, load cell etc), valves (like butterfly valve,
diverter valve etc).
2. Textile Press: Raw rubber sheet is cured through the Press under defined temperature, pressure
and time which is also PLC operated. Area of work includes TC, RTD, Pressure switch, control
valves, controller, flow meter, hydraulic pump and power pack valves etc.
3. CM Machine: Two or four no rubber sheets are doubling and jointing in a single System like let-off
through master conveyor with 4no. Of liner winder to pressure roller then finally wind up in a
synchronizing speed. In this system it’s maintain their length And breathe.
4. Double deck textile press: Raw rubber sheet is cured in two ways through the Press under defined
temperature, pressure and time which is also PLC operated. Area of work includes TC, RTD,
Pressure switch, control valves, controller, flow meter, hydraulic pump and power pack valves,
drives etc.
5. Steel cord line: The 272nos steel cord which is coming through tensioning unit under defined pressure &
tension after that the cord is compact with the raw rubber sheet in a defined pressure then it is go through
the press where it is cured under given temperature, pressure & time. Area of work includes ac motor,
VFD, RTD, actuator, pressure transducer, proportional valves, control valves, limit switches, level
sensor, encoder, electronic counter, controller etc.
6. Roller head plant: Raw rubber sheet masticated in extruder then its go to calendar then it comes out in a
rubber sheet and then it goes through cooling drums then doubling conveyor then inclined conveyor
finally windup in synchronizing speed (which is controlled by dancer, encoder, diameter sensor) and
defined tension (which is controlled by load cell). In this system it’s maintain their length And breathe.
Area of work includes AC & DC motor & drive, RTD, load cell, encoder, dancer, thickness
gauge, diameter sensor and level sensor, i/p convertor.
7. Sohal calendar: Raw rubber sheet milling then its feed to calendar then its comes out in a rubber sheet
then it goes through cooling drums then tension roller then pull roll then pressure roller and finally wind
up in synchronizing speed (which is tacho generator, diameter sensor) and defined tension (which is
controlled by load cell). In this system it’s maintain their length And breathe. Area of work includes AC
& DC motor & drive, load cell, tacho generator, thickness gauge, diameter sensor and i/p
convertor.
3. OTHERS RESPONSIBILITY:
Working in Energy savings system(like benchmark data, TIT data, specific energy, and also steam
energy)
Working in MDT projects( like b/d analysis and minimize )
Daily check sheet maintain.
Preventive maintenance (schedule and worked).
Different type of sensor (like level, temperature, pressure etc) controller, counter and others
instrument checking and maintenance.
Any type of modification (electrically, PLC) job as per process requirement.
PLC trouble shooting and maintenance.
AC and DC drive trouble shooting, maintenance and programming.
Weekly maintenance and also yearly maintenance.
Handling different type of starter and various type of electrical control circuit.
Thermography.
ACHIVEMENT:
Appreciation certificate given by Mr. Heinz Gerhard Wente (chairman of the executive board
ContiTech AG).
PERSONAL DETAILS
Date of Birth 2nd Jan 1985.
Father’s Name Mr. Prabir kr.Sikder
Language known Bengali, English, Hindi
Nationality Indian
Marital Status Married
Religion Hindu
Caste General
INTERESTS AND ACTIVITIES
Interests: Listening Music, Playing Cricket.
Activities: 6th
place in Horlicks Mathematica Seminar in Nadia District.
STRENGTHS
I can actively participate and make useful contributions when working as a group as well as when working
individually. I always want to be in the process of learning through experiences so that I can be more
effective and lead the way in this innovative world. I pay attention to every detail for achieving utmost
perfection in whatever I do and maintain positive attitude towards life.
4. DECLARATION
I Prasenjit Sikder do hereby declare that the statement made by me is true to the best my knowledge and
belief.
Date:
Place: Ranaghat. Prasenjit Sikder