Solidworks, Creo,Pro Engineering, Autocad,Catia,Ansys Workbench.
Resume:
Reddipatty,
Salem – *****2
Tamil Nadu
*****.***@*****.***
R JOEL JACKSON
OBJECTIVE Mechanical engineering fresher Looking for a challenging career which demands the best of my professional ability and helps me in enhancing my current skill and knowledge
EDUCATION
KARUNYA INSTITUTE OF TECHNOLOGY AND SCIENCES -COIMBATORE Currently holding CGPA of 8.38 in B Tech Mechanical Engineering HOLY CROSS MATRICULATION HIGHER SECONDARY SCHOOL-SALEM-HSC (12TH) 73% of marks, with much deep knowledge of basic science and math ST JOHN’S MATRICULATION HIGHER SECONDARY SCHOOL-SALEM-HSC (10TH) 83% of marks, with good understanding of basic science and math AREA OF
INTEREST
Mechanical design, structural and CFD analysis, CAD, CAM, CAE, Piping design, site inspection and overlooking of the production and manufacturing process post design phase.
INTERNSHIPS AND INPLANT TRAINING
AIRC IITM-Chennai
Work done: design and analysis of number for Plate Heat different corrugated pattern studying its efficiency with single fluid and mixed fluids.
Output: different corrugated patterns have significant increase in heat transfer up to 60%
Software: creo parametric and ansys fluent
Duration: two months
Page 2
Salem Steel Plant-SAIL
Golden Rock Railway
workshop
EXTERNAL
COURSES
Auto CAD
• Certified from CADD center, passed in semester as a course with O, familiar with tools and able to draw any kind of engineering drawing with any complications
Solid works
• Certified from CADD center, modeling challenging machine components and Sheetmetal objects
Creo parametric
• Passed in semester with O, modeled various machine components, project on plate heat exchangers
Ansys fluent
• Ansys APDL excelled and passed as a semester subject with O Being my first industrial exposure this in plant training I have learnt how this industry works and the products they produce the things I have learnt are
• HRM hot rolling mill
• CRM cold rolling mill
• Boilers and steam delivery systems
• Inter industry transport and repair shops
Duration: one week
In this in plant training we were exposed to then repair, maintenance, repainting of railway coaches and overhaul of rain engines mainly in
• Engine-block reclamation shop
• Cylinder-line plating shop
• Coil manufacturing
• Heavy electrical repair shop
• Overhauling of Nilgiris mountain railway
• Furnishing of coach cars
• Refurbishing of onboard toilets
• Rust removal and repair shop
Duration: one week
Page 3
Industry 4.0
• TUV certified
Software learned during this course minitad, tableau, r programing. Able to adapt to any modeling and analysis software within short period of time.
COMMUNICATION English
• Cambridge BEC exam passed with 162/200 with A grade
• Strong with arsenal of 8000 vocabulary and counting Paper presentation
• 1st
prize winner in Druva fest conducted in Karpagam college of engineering
• 1st
prize winner in pitstop conducted in Karunya institute of technology and sciences
• Presented a paper on BIODIESEL and its composition and its efficiency on engine in Pondicherry engineering college LANGUAGES
KNOWN
Tamil, English (fluent)
Telugu, Malayalam, Hindi, Japanese. (able to understand FINAL YEAR
PROJECT
Objective: Unification of multiple dental luxating instruments in to one universal tool
Outcome: reduced material, reduced cost of manufacturing, more easy and ergonomic design.
SKILLS Creative thinking, drawing, leader ship, management, ability to work under pressure, reasoning, etc.
Declaration:
The information I have provided is true and thrust worthy to the best of my knowledge Phone number: +91-917*******
Email: *****.***@*****.*** (or) *********@*****.*** Sincerely
R JOEL JACKSON
R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** PORTFOLIO
Final year project
Title: design and optimization of dental luxating tools Software used: CREO PARAMETRIC V6 and SOLIDWORKS 2016 Description:
Dental luxating tools are used for removing tooth from the predental tissues surgical equipment which is the tools used in dental tooth exodontia is specific tool will only be used for one specific operation which in turn needs more tools for operation of one single patient which is ok for dental clinics and hospitals but in rural areas and village camps this cause multiple problems In this project I have combined it to one single tool which can perform all the function performed by the dental elevating and luxating tools and Reduce the number of tools carried, made it easy to clean and sterilize the tools fast, our design uses less material, and are handy to use and carry. These elevators approach the ideal for safe effective exodontia Objective
The goal of project is to combine all the different types of elevator into one which can perform all the actions necessary in dentoalveolar surgery and also to provide sleek, handy easy to sterilize elevator
• Include all the straight, left and right elevators
• Any required angle for quick and convenient exposure to all of the teeth
• Make elevator tool handy and convenient for the dentist
• Make it simple to sterilize instrument
• Reduce material used as compared to three tools
• Easy to manufacture and ability for mass production R JOEL JACKSON Phone: 917******* email: *****.***@*****.***
*These above photographs of the dental elevators are not modelled BEVEL GEAR model (Creo)
This design changes the position of the tip by using a bevel gear mechanism which one of the bevel gear is attached to the shaft which extend to the end which has a screw when the screw is twisted the position of the head changes with it.
R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Advantages of the design
• Small and easy to handle
• Can be made in injection molding
• Double purpose tip both left and right head
Flaws of this design
• The head of the elevator is broad and some part of the mouth are in accessable
• Handle is round and slippery to use
• Only one type of tip can be build only the left and right and not the straight one
• Availability of bevel gear that small is very rare and expensive
• Manufacturing of bevel gear is hard and inexpensive proccessthat consumes lot of time making mass production hard
• Changing of the tips is very hard and requires skill
• Absence of grip in handle make it slip
SWISS knife design (Creo)
With an influvence with swiss army kinfe this deign consist all the three tips the right,left,and straight.this design has very simple geometry and easy to manufacture and very handy R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Advantage of the design
• Consist of all the required tips
• Handy and easy to manufacture
Flaws of this design
• Locking mechanism for the shafts in one fixed direction is not available and unable to design
• The tool has big width which make it hard to gip and hold
• Absence of grip make it slipy
• Tool is bulky
R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** First ball and socket design (Creo)
In this design I came up with new way of locking the tip in one fixed direction with a ball and socket mechanism in which there is a hollow sphere where there is a cut in its bottom which makes a way for a shaft to enter the end of the opening of the sphere has a cone which is larger than the hole cut out so when the shaft is pulled down the cone holds the rotation of the sphere securering it in place when its losen the direction cam be changed and tighted back so that it will not move or slip move.
Advantages of the design
• Able to lock the tip in one fixed direction
• One tip can be used for three purposes left,right,straight sharp
• Even when the screw is not tightened the the ball wont slip out Flaws of this design
• Unable to add straight two point force application tip
• Sterilization will be hard blood accumulating inside the shpere is hard to clean and cause infection to patients
• Due to sphere holder the directional freedom is little compromized
• The handle is small and can cause slipage
• Exposed screw in the rear may cause unintential accidental loosening of the screw disrupting the surgery
• Not Ire sleek design its bulky
R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Second ball and socket design (solid works)
This design is the advancement from the first ball and socket design were we countered some of the problems arised in the third like limited number of tip sleek and deep mouth accessability tips can be changed
R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Advantages of the design
• Sleek and slender design which gives deep mouth accessebility
• Multiple tip can be changed
• Easy to manufacture
Flaws of this design
• Tip locking is just twist lock mechanism which can result in tip unlocking during the surgery and cause sever damage to the throat and esophagues
• Having different tip may result loosing it and defets the actual purpose of new design
• Losening of screw during surgery can occur
• Absence of grips can cause slippage
• Tips gets lost
• Multiple tips are required
R JOEL JACKSON Phone: 917******* email: *****.***@*****.***
• Sterilization will be hard blood accumulating inside the shpere is hard to clean and cause infection to patients
Neck Ball and socket design (Creo)
In this the ball and socket mechanism is moved to the neck of the elevator its similar to the previous and suffers the same problems but this can also be used as a cross bar elevator. R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Advantages of this design
• Broad handle easy to hold
• The shaft can be moved till 180
o
Flaws of this design
• Tip locking is just twist lock mechanism which can result in tip unlocking during the surgery and cause sever damage to the throat and esophagues
• Multiple tips are required
• Losening of screw during surgery can occur
• Having different tip may result loosing it and defets the actual purpose of new design. Multipurpose swiss design (solid works)
The problems faced in the former designs are eliminated,this equipment supports left sharp,right sharp, straight sharp which can be made by the ball and socket mechanism the straight bent two point force applicator which can be folded back into the handle the screw is moved to the top so it won’t loosen up during surgery by accidental brushing against it.The surface area of the central shaft ball is increased so that the adrasiveness is maximum and prevents slippage,tightening and securing the sharp head is done by screw and thread mechanism, the grip provided makes it easy to grip and provides accurate surgery .the length of the shaft is 90cm which can reach upto the molar teeth and also easy to extract the incessors. R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** The handle is the major part of the elevator it holds all the other components together the head of the handle has a partial shpere where it holds the ball tip ant the rear end there is the Important aspects of this design
• Consists of socket where the tip rest this enables the tip to acts as cyrer’s,straight left,and straight right tips.
• It consists of grip which prevents slipping it can house also the winter’s elevatorin the rear part
• The design is simple and can be produced in injection moulding and casting methods
• Since the screw is in the top accidental loosining of the screw can occur less often in very less often
R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Multi bit screw driver design (solid works)
This idea came up when using a screw driver which there is a slot through the handle and a cap where the tips of dental elevator rather than a screw driver can be slotted into it and then the cap is screwed in now the slots are miss aligned so the tip can come out and it take only two revolution to tighten or loosen a thread completely and it doesn't need complete loosening to remove the tip and different tips can be inserted
R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Advantages of this design
• Multiple tips can be inserted into the slot
• Material consumed is reduced
• Easy to manufacture the tool since it's widely used in market Flaws of this design
• The handle is good for revolution but not for yawing and pitching
• Handle is too bulky making precise operation will be hard
• Accidentally touching of the cap can slip the tip outside R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Cylinder spring locking design (solid works)
This design uses a modified cylinder locking mechanism which is been on market for long period there is a central shaft which keeps the cylinder in the position which locked the tip from rotation and translative motions but when the central shaft is pushed in for rear it gives a space for the cylinders to retract into the hole so that the tips are no longer locked but can be removed and switched for another tip spring is used to retract back the central shaft to its initial position. Advantages of this design
• Multiple tips can be used and can be changed
• Accidentally pressing of button won't relive the cylinders
• Already available in market so easy manufacture which involves very slight modification only
• Handle is flat which is ergonomic and convenient Flaws of the design
Except for multiple tips which can be lost due to human errors there is no mentionable flaws R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Conclusion
Surgical equipment is vital in field of medicine .In this project we have identified a problem a shortage in field of dental surgical equipment which is the tools used in dental tooth exodontia is specific tool will only be used for one specific operation which in turn needs more tools for operation of one single patient which is ok for dental clinics and hospitals but in rural areas and village camps this cause multiple problems and issued like time consuming sterilization, failure to carry all necessary tool due to human error, loosing of equipment,material is consumed more and cost also is very high. Advantages of the design
• All in one equipment
• Easy handling and sterilization process
• Easy prototyping and ability for scaled up production
• Inter changeability of straight elevator is possible
• The tool tip can act as a multiple elevator tool
• Can be manufactured in conventional manufacturing process
• Cost of production will be as same a production on one single tool
• Material consumed for this tool compared to multiple elevator tool is reduced R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** Other miscellaneous projects
BALL BEARING
Project title: ball bearing
Objective: to design and model a ball bearing assembly with a Creo parametric software Result: the ball bearing is designed with a Creo parametric software R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** DRILL JIG
Project title: drill jig
Objective: to design and model the drill jig assembly Result: The Drill jig is successfully modelled using Creo parametric software R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** HYDRAULIC NON-RETURN VALVE
Project title: hydraulic non-return valve
Objective: to model a hydraulic non-return valve using a modelling software Result: the virtual model of hydraulic non-return valve is successfully carried out in Creo parametric software
R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** ROUGH PARTS
Project title: Rough designs of mechanical links
Objective: To practice solid works software by designing these links CONE PULLY
Result: The components are modelled and little amount experiences are gained R JOEL JACKSON Phone: 917******* email: *****.***@*****.*** ROSE
Project title: Rose
Aim: to model a rose in solid works design software Result:
Successfully modelled a rose in solid works design software 2016
Contact this candidate