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Title:

[QUOTE=Unregistered;282884]Nagananda A.K.
aknagananda AT gmail.com

[b][u]Objective [/u][/b]:
To grow as a professional with a successful career in a field where I can offer my engineering knowledge and obtain a challenging management or technical position as deemed suitable to my skills and experience, so as to assist the organization in expanding further.

[b][u]Education Qualification  [/u][/b]:
[b][u]Qualification University Percentage Obtained [/u][/b]:
1 B.E. Mechanical Bangalore Institute of Technology (VTU), Bangalore 65.23
2. P.U.C. BHS First Grade College, Bangalore 75.16
3. S.S.L.C. B.N.M. School, Bangalore 73.76

[b][u]Work Experience [/u][/b]: 
1. Currently working in Promac Engineering Industries Ltd. It is a heavy engineering industry which carries turnkey projects for cement plants & coal handling plants (CHP) in thermal power plants. Design, Manufacturing & supply of engineering products & customised solutions & systems for process industries

2. Previously working at QUEST.It is basically a quality control & quality control company.Have 8 months of experience as QA engineer.

3. Have worked inside BHEL Haridwar for over three months & have gained indepth knowledge in inspecting power plant related components like turbine generators and its auxillaries.

[b][u]Present Work Experience [/u][/b]:
Currently working as Graduate Trainee (Design & Engineering), in Design Department in Promac Engineering Industries Ltd. Allahalli, off Kanakapura Road, Bengaluru-5600062. This organization carries turnkey projects for cement plants & coal handling plants (CHP) in thermal power plants. Design, Manufacturing & supply of engineering products & customised solutions & systems for process industries.

Designing belt conveyors for bulk materials handling in cement plants. Belt conveyors used in power plants for conveying coal & other minerals & in cement plants for conveying limestone, gypsum, coal & other additives.

[b][u]Job Description [/u][/b]: Detailed designing of Belt Conveyors used in Bulk Material Handling in Cement industries., Steal industries, & Thermal Power Plants. Belt conveyor precision designing based on requirement & capacity of bulk material handling plant considering all the parameters such as load, tension, conveyance, trestle-gallery structure, electrical & other mechanical accessories(LT motors, gear box, couplings).

Belt conveyor power calculation done by program built by the company itself. Designing all individual conveyor equipments like pulleys(Drive & non drive). Gravity Take-ups(Screw, horizontal & vertical) etc. Also having basic knowledge in heavy material handling equipments like Apron Feeders, Vibro Feeders, Rotary Vane Feeders(RVF), Stacker & Reclaimer, Bucket Elevator(conveying material 90º vertically), Deep Bucket Conveyor.

- Worked in projects like TNPL(TamilNadu News Print Ltd).
- Lake Cements(1200 TPD)- Tanzania Africa.
- JK Cements Works(1720 TPD Grey & White Cements)- Fujairah (UAE)

[b][u]Experience in present company [/u][/b]: 20-Aug-2012 till date.
[b][u]Salary [/u][/b]: 12000 pm with lunch.
 
[b][u]Projects & Seminars [/u][/b]:
[b][u]Project [/u][/b]: Company: MICO Bosch Ltd, Bangalore
[b][u]Project [/u][/b]: Availability Improvement in Bahmuller Machine used for Finish Match Grinding.
[b][u]Team Strngth [/u][/b]:Four.
 [b][u]External Guide [/u][/b]:V.Rajendra Prasad.(Superintendent Mechanical Maintenance BOSCH Ltd)

[b][u]Objective [/u][/b]:The main aim of this project is to improve the availability in bahmuller machine there by preventing waste production. This also includes prevention of unnecessary waste such as over production, waiting time and reducing transporation etc thereby improving the quality, delivery performance and the cost of product by actively seeking the participation of associates.
The main aim can be summarized as
1. Reduction in set up time.
2. Frequent change overs.

[b][u]Summary [/u][/b]:Quick change over is a means of continually reducing waste associated with regular production activities.Quick change over enable reduced batch sizes which promotes production flexibility, lead times and reduced inventory levels.
[b][u]FMG [/u][/b]:The production of a delivery valve (DV) takes place in a machine called Bahmuller. Here each machine is ground to suit a corresponding body and this process is termed as Finished Match Grinding.
 A characteristic of FMG process is that it does not allow interchangeability i.e., each pin is ground to match the dimensions of the corresponding body placed on the sensors during the process of grinding.
 In our project an attempt has been made to reduce the setup time by visualizing the process.While doing the setup activity and by analyzing the process we have eliminated the setup errors, trail runs and the time wasted by the operator by the non value added activity during the change over process.
 We have also made work easier to the operator by eliminating the unnecessary movement by providing required tools and master elements near by the machine which are required while doing the change over, so that the lead time required for the present change over activity is reduced with increased flexibility in change over and to give quick reaction to the customer order.

[b][u]Learnings [/u][/b]:
- Modern technology has advanced grinding operation to include CNC controls, high material removal rates with high precision, lending itself well to aerospace applications and high volume production runs of precision components.
- The project has been undertaken on a single finish match grinding(FMG). There are three other machine in the DV line. The work can be extended to all the other machine and to other departments.
- Instead of dressing the wheel in the machine which takes maximum time, it can be done outside so that setup time can be reduced from1 hour 23 minutes to 50 minutes.
- Instead of using 2 interlimits it can be replaced by a single unit so that time for changing the interlimit can be reduced.

[b][u]Seminars [/u][/b]:
[b][u]Title [/u][/b]: CARBON MONOXIDE AS ENGINE FUELAuthor: Nagananda A.K

[b][u]Description [/u][/b]:
Carbon monoxide (CO), also called carbonic oxide, is a colorless, odorless and tasteless gas, which is highly toxic to humans and animals. It consists of one carbon atom and one oxygen atom, connected by a covalent double bond

CELLULOLYSIS (BIOLOGICAL APPROACH)
[b][u]There are four or five stages to produce ethanol using a biological approach [/u][/b]:
1. A "pretreatment" phase, to make the lignocellulosic material such as wood or straw amenable to hydrolysis,
2. Cellulose hydrolysis (cellulolysis), to break down the molecules into sugars;
3. Separation of the sugar solution from the residual materials, notably lignin;
4. Microbial fermentation of the sugar solution;
5. Distillation to produce roughly 95% pure alcohol.
6. Dehydration by molecular sieves to bring the ethanol concentration to over 99.5%

GASIFICATION PROCESS (THERMOCHEMICAL APPROACH)
 The gasification process does not rely on chemical decomposition of the cellulose chain. Instead of breaking the cellulose into sugar molecules, the carbon in the raw material is converted into synthesis gas, using what amounts to partial combustion.
[b][u]The process can be broken into three steps [/u][/b]:
1. Gasification — Complex carbon based molecules are broken apart to access the carbon as carbon monoxide, carbon dioxide and hydrogen are produced
2. Fermentation — Convert the carbon monoxide, carbon dioxide and hydrogen into ethanol using the Clostridium ljungdahlii organism
3. Distillation — Ethanol is separated from water

[b][u]TECHNOLOGY  [/u][/b]:
1. Ethanol fuel mixtures
 To avoid engine stall due to "slugs" of water in the fuel lines interrupting fuel flow, the fuel must exist as a single phase. The fraction of water that an ethanol-gasoline fuel can contain without phase separation increases with the percentage of ethanol.
- ETHANOL COMMERCIALIZATION
Cellulosic ethanol commercialization is the process of building an industry out of methods of turning cellulose-containing organic matter into fuel. The shift from food crop feedstocks to waste residues and native grasses offers significant opportunities for a range of players, from farmers to biotechnology firms, and from project developers to investors.
- REDUCED PETROLEUM IMPORTS AND COSTS
 Production of ethanol requires significant energy, but current production derives most of that energy from coal, natural gas and other sources, rather than oil. Because 66% of oil consumed is imported, compared to a net surplus of coal and just 16% of natural gas is used.

[b][u]Other Personal Details [/u][/b]:
- DOB – 02th January, 1989
- Nationality – INDIAN
[b][u]- Languages Known [/u][/b]: English,Kannada,Hindi,Tamil.
[b][u]- Father’s Occupation [/u][/b]: Inspector in M.E.I
[b][u]- Mothers Occupation [/u][/b]: Senior postal assistant in S.B.C.O.Department

[b][u]Declaration [/u][/b]:
I hereby declare that the above furnished information is true to the best of my knowledge.
[b][u]Date [/u][/b]: 29//03/2013
[b][u]Place [/u][/b]: Bangalore[/QUOTE]

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