skillsets displayed in my portfolio of 4 years of design training and iproject work

1. +91-9164481884
nagarajshenonoy@gmail.com
https://www.linkedin.com/in/nagaraja-shenoy-
b9a040138/
NAGARAJ KRIPA,MAIN ROAD ,OPPOSITE
CHURCH,MENNABETTU VILLAGE ,KINNIGOLI
POST,MULKI ,KARNATAKA
NAGARAJA D SHENOY
I am born in Mangalore. I am a mechanical engineer who is
passionate of working as a product design engineer. Hard
working man towards his goals. I am a self motivated, dedicated,
problem solver and Good communicator.
OBJECTIVE
Trained product design engineer looking for internship and job in
Engineering design industry .where I can gain and contribute my
knowledge, skills and experience for the advancement of the
company while studying and making myself grow in the company
EDUCATION
PIN CODE :574150
SKILLS
SKETCHING
CAD MODELLING
DIE CAST AND PLASTIC DESIGNIG
SPORTS
MS OFFICE
LANGUAGES KNOWN
ENGLISH
KANNADA
HINDI
TULU
1
2012
2012-2014
2014-2018
10TH
standard (SSLC)
Mary vale high school, kinnigoli
Board: Karnataka state Board
Grade:90%
12th
(pre-university)
Alva’s pu-college, moodbidri
Board: Karnataka state Board
Grade:85%
B.E.(Bachelor of Engineering)
NMAM institute of technology, nitte
Board: VTU
Grade:8.26.
CONTACT
ADDRESS

2. WORKED ON CAD SOFTWARES
3D experience platform Siemens NX-10
Cre-0 parametric, solid Edge and Ansys 17.1
0 2 4 6
CatiaV5
Delomia
Dymola
Enovia
abaqusCAE
Experience(months) Experience (Months)
0 1 2 3 4 5 6
electric harness
part design
assembly
static structural
computational fluid dynamics
design modler
Experience (Months)

3. PROJECTS
 Design and fabrication of a Vapor absorption Refrigeration using solar energy.
The use of solar energy to power refrigeration with replacing the compression cycle with vapor absorption
cycle strives to minimize the negative impacts refrigerators have on the environment and energy. Replacing
the electrical energy with solar energy will reduce the consumption of high grade electrical energy. Ammonia
being an environmentally friendly gas reduces the effect of ozone layer depletion and global warming by
artificial refrigerants. This project deals with a model solar thermal refrigeration system using NH3-H2O
vapor absorption system
Solid edge 2D model of Vapor absorption Refrigeration

4.  Design and Fabrication of Wall-climbing robot.
Wall climbing robots have been used widely in field of inspection, building cleaning, welding and so on.
These robots can freely move on surfaces with various inclinations eg: vertical wall and ceiling.
Objective:
 To design w wall climbing robot for cleaning ,painting and crack detection on walls
 To fabricate a wall climbing robot
 To test the performance of wall climbing robot
It works on the principle of tracked wheel and suction adhesion mechanism. We are done with the final design
of the model, it may change depending on the number of feature that we might add on to the robot. This is a
catiaV5 model which looks like our final product. Design calculations has also been done .do the challenge for
this would be the fabrication of the robot which requires high accuracy.
CatiaV5 model of wall climbing Robot (Ray Traced).

5. CFD contour plots
Static-structural plots
Velocity contour
Structural deformation of guide rail and frame (aluminium)

6. INTERESTS:
INTERNSHIPS:
 Did my 5 week internship at ‘Mondovi motors’ Mangalore worked on
‘Mechanicaland Electrical departments on Maruti-Suzuki Vehicles’.

7. I have a good knowledge on NX-10,
Cre-o Parametric, Pro-e, Catia V5 ,Solid
edge,Evovia,Delmia ,Dymola and
ABAQUS CAE.
Basics of MS office
Good in sketching and painting.
Die cast and plastic part designing.
C.N.C. programming.
Effective communicator.
Concept generation.
2D sketching.
2D drafting.
Geometric dimension and tolerances (GD&T).
Awards
 Won 2nd
place in jugad in a college overhauling event.
 1st
place for designing a concept car in expert hub training.
 Won several medal in taluk and Hobli level sports events.
 won some prizes in drawing competitions in high school
TRAINING &CERTIFICATION:
 Undergone KSHAMATA (Konkani Student’s Higher Achievement
 Motivation and Training academy) soft skill development program at
World Konkani Centre.
 Received a Certification of merit by “Siemens Industry software Pvt
Ltd” on successful completion of ‘NX-ESSENTIALS ‘for Designers.
 Undergoing a course on ‘plastic part design and development under
KH designs Pvt Ltd.
 Successfully completed 4 weeks of training on ‘automotive simulation’
conducted by ‘Expert Hub’ that was held in Alva’s Engineering
College, Mijar.
 Did my training in the field of Aeronautics in the newly established
training centre in VTU regional college ,Centre of Excellence (COE) in
Aerospace and Defense a Government of Karnataka Initiative.
STRENGTHS WEAKNESS
 Fresher to the corporate world.
 I don’t like memorizing without
understanding.
 Spend too much time on my phone.
 Not much of a morning person.
 Suffer from cold very often.
 I don’t handle destructive criticism very well.

8. Pencil Sketch:
(Concept generation and problem solving)
Mr.Shiva owning a road side tea shop was finding it difficult to wash his vessels because he
was handicapped. Specifically he is single handed. Here are some sketches that will solve his
problem (sketch 1and 2).

9. Sketch 1:
 Place the vessel in the system.
 Water can be poured to the system when ever required
 The person needs to adjust the adjustable brush foe various vessel sizes
 The vessel can be gripped by suction cups and rotated in the system

10. Sketch 2:
 First unscrew the screw thread.
 Place the vessel by sliding it horizontal on the table.
 Hold the rotary brush at a distance and start screwing the rod as it moves down it
should pass through the rotary brush.
 The vessel can be washed as required by screwing and unscrewing the rod.
 Water can be added when ever required.

11. Sketch 3:
 Bicycle with rim lights can be use that will replace the head lamp which is
comparatively ineffective.
 Head light doe not focus it light under the bicycle, which is the advantage in this case.
 The spread of light around the bicycle is uniform.
 Visibility is more.
 It saves battery

12. Part Design:
(Plastic and die cast).

13. Plastic part 1:
Alternator Cap
TOP VIEWISOMETRIC VIEW
Material polyethylene
No. of Features 70
CAD Software NX 10
Design Time 15hr
SIDE VIEW

14. Drafting by 1degree
Alternator with Glossy plastic Rendering
SURFACE THREADING

15. Plastic part 2:
T.V. Remote
ISOMETRIC VIEW
TOP VIEW
Material polyethylene
No. of Features 55
CAD Software NX 10
Design Time 2hr
SIDE VIEW

16. RIBS
T.V.Remote with Glossy Plastic Rendering
BOSS

17. Die cast 1:
Pulsar Bike Bore
ISOMETRIC VIEW TOP VIEW
Material Cast Iron
No. of Features 80
CAD Software NX 10
Design Time 10hr
SIDE VIEW

18. RIBS
BORE LINER

19. Die cast 2:
Bike Bore
ISOMETRIC VIEW
TOP VIEW
Material Cast Iron
No. of Features 84
CAD Software NX 10
Design Time 10hr
SIDE VIEW

20. RIBS
CYLINDER LINER

21. Die cast 3:
Piston
ISOMETRIC VIEW
TOP VIEW
Material Aluminium
No. of Features 61
CAD Software NX 10
Design Time 5hr
SIDE VIEW

22. FACE BLEND
PISTON HEAD CAVITY

23. Thanks for going through my portfolio
NAGARAJA D SHENOY
CONTACT:
+91-9164481884
nagarajshenonoy@gmail.com
https://www.linkedin.com/in/nagaraja-shenoy-b9a040138/