Central Tool Room Ludhiana Recruitment 2010 : Design Engineer, Accounts Officer

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Name of the Organization : Central Tool Room

Company Address: :
CENTRAL TOOL ROOM
A-5, Focal Point, Ludhiana - 141 010
Punjab, INDIA

Name of the Post: :
1· Asst. Accounts Officer : One (Un-reserved)
2· Engineer Design (One)
3· Technician Grade – III: One.

Age Limit : 30 – 35 years

Pay scale :
1. Rs.9300-34800 with Grade Pay of Rs.4200/- plus allowances
2. Rs.9300-34800 with Grade Pay of Rs.4200/- plus allowances.
3. of Rs.5200-20200 with Grade Pay of Rs.1900/- plus allowances

Application fees : Bank draft of Rs.150/- (Rupees one hundred fifty only) in favour of Central Tool Room, Ludhiana, payable at State Bank of India, RNW Branch, Ludhiana

How to Apply :
Send filled application form and copies of certificate to
the General Manager, Central Tool Room, A-5, Focal Point, Ludhiana.

Last Date of Application Receipt : 18/01/2011

Detailed Advertisement : http://www.ctrludhiana.com/careers.shtml

Application form Download : Download the Application form & the details

Company Profile :
Central Tool Room CTR had been set up as "Government of India Society" under the Ministry of Industry (now: Ministry of Micro, Small & Medium Enterprise ), Government of India. Governing Council constituted by the Ministry manages the affairs of the society. Governing Council members are from the Ministry of SSI, Govt. of India, the State Government of Punjab, Haryana, Himachal Pradesh, Jammu & Kashmir, and U.T. Chandigarh. Moreover, several representatives leading to the industrial associations of this regions.

[Guest-IJT]

ksh29uni
ksh29uni AT gmail.com
design engineer

Curriculum vitae

My career has led me to specialize increasingly in the Design and Development of tools for sheet metal, plastics and casting products. I have hands on experience on the strategic planning for the development of tool from the scratch within the tight financial disciplines imposed by the organization and also the under the provided deadlines.
Successfully completed six month live project under Design Department at Indo German Tool Room Centre, Aurangabad (IGTR) also and got exposed to various tools and software’s used for the tooling solutions, which includes Pro-e, Ug-nx, AutoCAD and Catia. Also I was exposed to CNC Milling, Lathe, and EDM, Wire cut machines and assembling of tools.
Professional Experience :-
Presently working as Design Engineer with “ Sancheti Institute for Orthopedics & Rehabilitation , Pune (Poona health services) to design and development of surgical instrument and Hip joint under the guidance of famous Surgeon Dr. K. H Sancheti
Academic Qualification : -
Qualification College Board/University Year of passing Marks in percentage
PGDC&TD IGTR MSME (Govt. of India) 2009 80.53
BE. MECH PCCE GOA UNIVERSITY 2007 55.36
AISSCE(12th) K.V.INS MANDOVI CBSE 2003 80.6
AISSCE(10th) K.V.INS MANDOVI CBSE 2001 74.6

Knowledge of Software’s and Tools :-
- AutoCAD
- Master cam- 2d machining
- Ug- nx 5- includes Mould wizard, family tables, machining
- Pro-e - includes Mould wizard, family tables, and mechanism.
- Catia R17- includes Mould Wizard
- Ansys 10.0 static and thermal analysis

Projects Undertaken :
- Design of Hip Implant modified SMP and Tricontact.
- Design of Titanium Ace tabular shell and trial.
- Design of long stem for Revision of Hip surgery.
- Design of Hip cements spacer system.
- Design of cup pusher.
- Modification of Total knee replacement surgical instruments.
- Design of Elbow joint.
- Currently working on the Modular Hip prosthesis and constrained knee with modularity.

Cement Spacer System :-
The project comprises of design if Hip cement spacer with a cost cutting design for both manufacturing and the operation.
A hip cement spacer is used for the infected Hip joints with slug developing around it. It is made up of the bone cement with the Skelton mode of steel of cobalt chrome alloy. It is then dipped in the anti biotic for removing the infected bacteria in the hip joint.
Current designs available in the market are foreign based design and are very costly both in manufacturing and operation wise.
The project needed the study of different cement spacer and their operation requirement.
It also included the inventory and the material required for the manufacturing.
Our design reduces the need of the cementing gun along with increase of the structural stability of the spacer. It also accomplished the manufacturing ease along with fewer inventories.
Design and Development of Hip Prosthesis Aim :-
1. Structural modification in the neck shaft angle of the SMP and Tri-contact hip prosthesis.
2. Increase in the family members of the stems.
3. Development of the broaches and stems holder.
4. Addition of the new cone design for the stems.
5. Design of the stem based on the Coreil design philosophy.
- Includes addition of ribs to increase coating areas
- Design of modular hip system.
Responsibilities During the Projects
- Development of surgical instrument for Hip and Knee surgery.
- Collection of data from reverse engineering and journals.
- Developments of implants for hip
- Prototype development
- Modeling and drafting using Nx-5 and AutoCAD
- Outsourcing the data for casting and machining
- Keeping track record of production process and delivery.
- Preparation of gauges and getting Quality check for final components.
Academic Project & Training
(Post Graduate Diploma) :-Design and Manufacturing of press tool.
Title of the project : CMR 3 Ring
The project comprises the Design and Manufacturing of the press tool. It consists of lancing and the channel bending operation in a single stroke. Component drawing was provided by the customer with proper GD&T. Solid model was developed using Pro-e Wildfire 4.0. Design and development of the tool was done in AutoCAD and 3-D modeling using UG-nx5.
( B.E. (Mechanical) : - Performance Evaluation of Grinding wheel.
The project aims at the analysis of the grinding process, Study of the different factors affecting the processes and the way in which we can control these parameters to optimize this process. It also includes the strategies of experimentation, Design of Experiment and the Regression model. Also a regression equation and software program is developed to find the optimum dressing point.
Seminars on Ansys
- Use of Ansys solid Element 92 and 95 in the field of medical and automobile field
For medical analysis TIBIA (screw used for fractured bones) and for Automobile analysis of the front axle of the tractor was analyzed.
- Use of Renewable sources of energy and some design concepts.
- Forging and die design.
- Design of mechanism to generate electricity using roads humps, (BMPER GENERATOR).

( Kshitij Uniyal)
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More Information about this submission and submitter :-
___________________________________________________
Submission ID : 4088522
Date & Time : 5th May 2011 8:05 AM (UTC)
IP Address : 117.195.111.77
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Predicted Country : India