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Mr. Madhuri Dixit
B.Tech. #1, Scientist Hostel,
Mechanical Engineering, NDA Road, Pashan, Pune-01
National Institute of Technology, Calicut Mobile No. 09876543210
(Formerly known as REC, Calicut) madhuri@rediffmail.com
Career Objective: -
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To establish myself at responsible position in technical-decision stream of an established and growing organization.
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To use my skills and abilities to utilize technologies, while realizing the vision of company through my contributions.
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To ensure bright career growth in manufacturing engineering profession
Job Profile: -
I am working in Armament Research and Development Establishment, a premier lab of Defence Research and Development Organization (DRDO),Pune since Sep, 2004 as a Scientist ‘B’.
Professional Experience: -
Organization: Defence Research & Development Organizaton, Pune
Sep, 2004 – Till now
It has been 18 months experience with DRDO. This organization is engaged with development of competitive systems and technologies related to conventional armament for land, sea and air warfare. Out of various projects handled by DRDO I have worked for 2 major projects of Integrated Guided Missile Development Program. These are one of the critical projects involving much of design, analysis and research work.
Projects in DRDO:
Project 1: -
NAG Jan, 2005 - Till now
Team size- 18, 4 scientists and 14 technical officers.
NAG- it is 3rd generation anti tank guided missile of fire and forgets type. This missile is having capability to defeat ERA (explosive reactive armor) with double cassettes. It means it has capability to defeat all main futuristic advance battle tanks. Missile can function in many different modes.
Missile is not a single unit. It is combination of many different sub systems. Each sub system has unique role to play in functioning of missile. There are many mechanical, many electronic, many electromechanical systems and many other general units to ensure the right functioning of the missile.
Our team was responsible for development of some of mechanical and electro mechanical systems, which ensures arming of the missile when it requires. It also ensures safety of missile during transportation and handling. Definitely design constrains were space, weight, reliability. Remember, reliability is very important factor here. During war system failure is not affordable. At development phase some critical technologies also developed. These new technologies give us edge over other countries having same category missile, in functioning and in reaction time.
Project 2: -
LWT - Oct, 2005 - till now
Team size- 12, 3 scientist and 9 technical officers
LWT (Light Weight Torpedo) is a new project it is under water guided missile use to defeat ship submarine etc. it is having both ship and air launch capabilities. After launch it enters into water up to some depth and then cruises towards target with help of guidance and control systems. As this missile has to travel in water and has to defeat ship or sub marine, these are big targets as compare to tanks, so system requirement were differenthere. Our team is working to develop a electro-mechanical unit which plays major role to ensure safety of missile at handling, transportation. It also generates an electric signal in controlled manner to arm the missile when required. A new design, incorporating all latest development is in research phase, which is likely to show its required results soon.
I have conducted the following activities in above projects
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Conceptual study of some of the components of both missile systems under the guidance of senior scientists.
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Preparation of model for approval of Ministry of Defense.
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Outlining of design of components and preparation of final drawings.
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Evaluation whether part can be manufactured in house or to be bought out.
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Resources provisioning.
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Assigning specific work to each department.
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Scheduling and sequencing of activities in time scale.
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Manufacturing or subcontracting of components.
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Quality control analysis of components
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Modification of drawing in case of deficiency in quality norms
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Assembly of components
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Testing of assembled component with other missile systems
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Modification of assembly components if standard norms are not complied
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Approval of project and handing over design, drawing and manufacturing procedure to manufacturing unit of ministry of defense.
Other Skills Set: -
Software and concepts: AutoCAD, IDEAS, Autodyne, MATLAB 6.5
Operating System skills: Windows 2000, Windows XP
Internship Experience: -
Organization: Hindustan Aeronautics Limited, Kanpur
(April 2002 – June 2002)
Hindustan Aeronautics limited (HAL) is a leading aerospace company of India engaged in design, manufacture and overhaul of variety of aviation products from basic trainer aircraft to highly sophisticated fighters, bombers, helicopters, transport aircrafts and other aerospace products.
I was assigned production departmentof HAL-Kanpur. Production department has responsibility of planning and scheduling and procurement of bought out items. It is sub divided into four subdivisions.
1) Method engineering dept. 2) Production control Dept. 3) Shop engineering Dept.
4) Tooling Dept.
Final product releases through different stages of production. When demand comes to customer’s service department, then sales order is released to particular department. Decision is taken for self made components and bought out components. Resources required for job to be completed are provisioned. Now work is assigned to specific divisions. Sequencing of activities on tie scale is to be done. Job preparation and loading is done by shop engineering dept. Job is executed by manufacturing an assembly shop. On whole sequence controlling is associated which also help on feed back mechanism.
As example of job assignment I explored HPT-32 overhaul & assembly Dept. HPT-32 is a basic piston engine trainer aircraft. It is fully aerobatic and can be used for a wide range of training requirements of both military and civil users it offers a wide range of operational flexibility, at minimum cost. It was powered by 260 HP six-cylinder engine. Its flying controls are aileron control, rudder control, and elevator control, flap control, indicating system. This dept. offers periodical servicing daily inspection, first flying service; turn round service, last flying service, 50 hrs, 200hrs, 400hrs services.
I also got practical exposure of numerical control shop, which is need of today for higher productivity, lower cast and more precise manufacturing; it is most sophisticated form of automation for controlling machine tools, equipments or processes.
Final year project: -
Development of force measuring system for biomedical application
(Dec 2003 to June 2004)
We worked to prepare a measuring system used to measure force applied by ankle joint of human foot during walking. The out-put data can be used by medical practitioners to accesses the different problems associated with human body move. We started our project with a medical survey to collect data corresponds to patients having severe injuries related to bones. A mechanical model of our ankle and foot was prepared to study the force variation while human body moves. The gait cycle, begin when one foot contacts the ground and ends when the foot contacts the ground again, was modeled considering all phase of load variation. Study of gait analysis data proposed two different designs.
1) Shoe type 2) plate type
Constrains on design were cost, accuracy and reliability. Out of all available sensors load cells were selected considering above-mentioned factors. Now market survey was conducted and “EPOTCH high precision compression load cells model no-LCD151” was purchased. With help of these sensors, display unit and control unit a prototype model was prepared and required data was generated. Collected data was compared with standard results. A database was prepared for future reference. Also a program in C language was written to plot the graph between force and time. It also displays the force value in number form. This software gives direct idea of pressure variation so no additional display unit was used which helps in cost of the over all system.
Educational Qualification: -
B. Tech(Mech. Engg.) in 2004 with 72% from NIT (National Institute of Technology), Calicut, Kerala
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10th 74.8% from S.I.C. KANPUR (U.P.Board).
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12th 74.4% from S.S.I.C KANPUR (U.P.Board).
Achievements & Extra Curricular Activities: -
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Elected as Secretary, MES (Mechanical Engineering Association) in 2003 and 2004.
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Editor, College Magazine in 2002 and 2003.
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Head, organizing committee for Technical Festival (Tathva) – 2004 in college.
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Got national scholarship in 10th & 12th.
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Won 2nd prize in seminar on Variable Hardness in Roller Mills and CHAOS (Apparent Randomness in Non Linear Systems) consecutively 2 years.
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Directed a play’ PRAYAS’ (an effort for promoting our national language) in DRDO.
Personal Information: -
Date of Birth : 25 May 1980
Father’s Name : Mr. K. Y. Dixit
Sex : Female
Marital Status : Single
Nationality : Indian
Language Known : Hindi, English, Marathi
Hobbies : Reading and Writing literature and poems, Watching movies,
Contact no. : 9876543210
Desired position and expected remuneration: -
I have sound professional qualification and quality experience. I am looking for a responsible post on manufacturing/production engineering division with a large manufacturing company in Mumbai.
Considering my expertise I expect package of 6, 00,000.00 per annum.
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