this is a mechanical design engineer portfolio presentation. In this present includes autocad drawing, solidworks models, PTC creo models and ansys simulation and analysis. It have also 3d printing process and 3d print sample.

1. RAHUL GUPTA
(Mechanical Engineer)
Er.rahulguptanri@gmail,com
+91- XXXXXXXXXX
Linkedin: www.linkedin.com/in/rahul-gupta-4ab285143

2. CAD SKILL
 New product design
 Part modeling
 Surface modeling
 Flexible modeling
 Framework
 Assembly
 Geometrical Dimensioning &
tolerance
 Design for Manufacturing
 3D Printing
TECHNICAL SOFTWARE
 AUTOCAD
 PTC CREO
 SOLIDWOKS
 ANSYS
OBJECTIVE
Looking for a challenging career position in field of mechanical Design
Engineering where I can contribute my technical skill, talent, design skill and
dedication toward the achievement of personal growth with organizational success.
OTHER SOFTWARE
 Microsoft Office
 Adobe Photoshop
EDUCATION
 MTECH (Energy Technology) 2014 - 2017 79.1%
School Of Energy And Environment Management
(UTD R.G.P.V.) Bhopal (M.P.)
• BE (Mechanical Engineering) 2010-2014 78.1%
• NRI Institute Of Research And Technology Bhopal (M.P.)
• HIGHER SECONDARY (Science) 2010 83.8 %
Sardar Patel Higher School Amarpatan Distt. Satna (M.P.)
• HIGH SCHOOL 2008 87.2 %
Sardar Patel Higher School Amarpatan Distt. Satna (M.P.)
ABOUT ME

3. LANGUAGES
 Hindi
 English
TRAINING,COURSES AND WORKSHOPS
 PROFESSIONAL DIPLOMA IN MECHANICAL DESIGN
(AUTOCAD, PTC CREO, SOLIDWORKS, ANSYS, GD&T)
Tech Cluster CAD/CAM Training And Services
 ENGINEERING DRAWING COURSE (4 week)-online
Scholiverse Educare Pvt Ltd
 ONE DAY ONLINE WORKSHOP ON “INTELLECTUAL PROPERTY RIGHTS AND
PATENT FILING SYSTEM IN INDIA
Rajiv Gandhi Proudyogiki Vishwavidyalaya, Bhopal, under TEQIP-III in association with
School of Nanotechnology, UTD-RGPV, Bhopal, Madhya Pradesh
 CERTICATE OF PARTICIPATION
SRIJAN (FESTIVAL OF TECHNICAL PAPER AND INNOVATIVE MODEL)
School Of Energy And Environment Management
(UTD R.G.P.V.) Bhopal (M.P.)
HOBBIES
 Playing Chess
 Reading Book And News Paper
 Writing Tech Articles
 Creating New 3d Models And
Things

4. ACADEMIC PROJECTS
 Electricity generation by using exhaust gasses of two-wheeler.
 CFD modeling and Simulation of 10kWe biomass downdraft gasifier installed at RGPV, Bhopal, (M.P.).
ACADEMIC RESEARCH PAPER
I. Rahul Gupta., P. Jain, and S. Vyas, CFD MODELING AND SIMULATION OF 10KWE BIOMASS DOWNDRAFT
GASIFIER. International Journal of Current Engineering and Technology, 2017. 07(04): p. 10.
II. Rahul Gupta, P. Jain, and S. Vyas, A REVIEW: COMPUTATIONAL MODELING AND SIMULATION OF DOWNDRAFT
BIOMASS GASIFIER. International Journal of Advance Engineering and Research Development, 2017. 4(06): p. 10.
III. K. K. Upadhyay, Rahul Gupta, M. Pandey, A. Gour, “REVIEW ON SOLAR PHOTOVOLTAIC OPERATED WATER
FOUNTAIN”. international Journal of Advance Engineering and Research Development, 2017. 04(09): p. 6.
IV. K. K. Upadhyay, Rahul Gupta, M. Pandey, A. Gour, “PERFORMANCE ANALYSIS OF 900WP SOLAR PHOTOVOLTAIC
WATER FOUNTAIN INSTALLED AT ENERGY PARK, RGPV BHOPAL”, international journal of current engineering
and technology, (Inpressco),2017.

5. WEAKNESS
STRENGTH
1. Good Team player
2. Hard worker
3. Quick Learner
1. Thinking to much before taking
decision
2. Getting distract from social media
3. Lack of confidence
4. Lack of communication skill

6. MECHANICAL
PORTFOLIO

7. AUTOCAD 2D AND 3D DRAFTING

8. 2D DRAFTING WITH ORTHOGRAPHIC PROJECTION AND
ISOMETRIC VIEW

10. HELICAL GEAR BEVEL GEAR
TEA CUP
SPUR GEAR
AUTOCAD
3D MODELS

11. DRAWING SHEET OF BUSHED BEARING ASSEMBALY

12. DRAWING SHEET OF MARINE TYPE ONNECTING ROD ASSEMBALY

13. PTC CREO PARAMETRIC
PTC Creo
PART
MODELING
SURFACE
MODELING
SHEETMETAL
FLEXIBLE
MODELING
ADVANCE
FRAMEWORK
EXTENTION
DRAWING
SHEET

15. CARBURATOR
SOFTWARE – PTC CREO PARAMETRIC
TIME – 5 Hours (APPRO.)

16. CRANE WHEEL PULLY
SOFTWARE – PTC CREO PARAMETRIC
TIME – 3.5 Hours (APPRO.)

17. FUEL INJECTOR
SOFTWARE – PTC CREO PARAMETRIC
TIME – 4 Hours (APPRO.)
BODY
SLEEVE
SPRING
CAP
LOCKNUT
NOZZEL
PIN
NOZZEL
NOZZEL HOLDER SCREW ADJ. PIECE DISTANCE PIECE

18. CENTRIFUGAL
PUMP
SOFTWARE – PTC CREO PARAMETRIC
TIME – 10 Hours (APPRO.)

19. DRONE ASSEMBLY
SOFTWARE – PTC CREO PARAMETRIC
TIME – 8 Hours (APPRO.)
COVER PLATE
SIDE COVER PLATE
BOLT MAIN BODY ROTOR BLADE STAND MOTAR
HANDLE
CONTROLLER

20. 4 CYLINDER IC ENGINE
MODEL
SOFTWARE – PTC CREO PARAMETRIC
TIME – 5 Hours (APPRO.)
PISTON
ENGINE CYLINDER
CRACKSHAFT
CONNECTING ROD
BOLT & NUT

22. SHEETMETAL WORK SAMPLE 1
SOFTWARE – PTC CREO PARAMETRIC
TIME – 1 Hours (APPRO.)

23. PC CPU CABINATE
Design Using Sheetmetal Feature
SOFTWARE – PTC CREO PARAMETRIC
TIME – 3.5 Hours (APPRO.)

24. ELECTRIC BOX
SHEET METAL DESIGN
SOFTWARE – PTC CREO PARAMETRIC
TIME – 2 Hours (APPRO.)

25. SHEETMETAL
PRODUCTS

27. SURFACE MODELING
CRANE HOOK
CAR BODY DESIGN MODEL
BIKE HANDLE GRIP
SOFTWARE – PTC CREO PARAMETRIC
TIME – 8 Hours (APPRO.)

29. BIKE SUSPENSION WITH
FLEXIBLE SPRING
SOFTWARE – PTC CREO PARAMETRIC
TIME – 1 Hours (APPRO.)

31. GOKART CAR CHESSIS DESIGN
USING ADVANCED FRAMEWORK EXTENSION OF CREO
SOFTWARE – PTC CREO PARAMETRIC
TIME – 6 Hours (APPRO.)

32. SOLAR PANEL STRUCTURE DESIGN
Structure For Six (4 “X 3”) Solar Panel Design By Advance Framework Extension Special
Feature Of Creo .
SOFTWARE – PTC CREO PARAMETRIC
TIME – 1 Hours (APPRO.)

33. BUS STAND STRUCTURE
CONCEPT DESIGN
SOFTWARE – PTC CREO PARAMETRIC
TIME – 1 Hours (APPRO.)

39. BALL PEN DESIGN MODEL

40. WATER BOTTLE
DESIGN MODEL

41. WIRELESS MOUSE DESIGN
USING SURFACE MODELING

42. BIKE SILENCER MODELS

43. Wheel rim design

44. SPARK PLUG ASSEMBLY
TOP INSULATOR
GROUND ELECTROD
TOP ELECTROD
BATTERY
CENTRAL ELECTROD
TERMINAL
SEAL
GASKET

45. PART MODELING
MAIN COMPONENTS
OF
RADIAL ENGINE
CRANKCASE CRANKCASE COVER
CYLINDER
PISTON
PISTON RING
CONNECTING
ROD
CRANKSHAFT
FIX CONNNECTING ROD

46. RADIAL ENGINE ASSSEMBLY

47. PART MODELING
MAIN COMPONENTS OF WANKEL
ENGINE
FRONT & REAR PLATE STATOR
PISTON
PISTON
SPUR GEAR
INTERNAL GEAR
CRANKSHAFT
SPARKPLUG
BOLT

48. WANKEL ENGINE ASSEMBLY

49. PART MODELING
MAIN COMPONENTS
OF
PELTON WHEEL TURBINE
PELTON TURBINE WHEEL
PELTON TURBINE BLADE
PENSTOKE UPPER TURBINE CASING
LOWER TURBINE CASING
WATER JET NOZZEL
SPREADER TURBINE SHAFT

50. PELTON WHEEL TURBINE
ASSSEMBLY

51. ANALYSIS AND SIMULATION

52. STATIC STRUCTURAL ANALYSIS OF WHEEL RIM
INITIAL BOUNDARY CONDITION
Material – Aluminum alloy
Fixed Support At Holes Of Bolt
Remote Force = 1000N (Central Shaft Hole)
Pressure = 0.259 mPa (Outer Surface Of Wheel Rim)

53. STATIC STRUCTURAL ANALYSIS OF TRUSS BRIDGE
INITIAL BOUNDARY CONDITION
Material – Structural Steel
Fixed Support At both end beam
Force = 1200N (UDL at horizonal surface downward)
Total Deformation
Equivalent stress
Equivalent elastic strain

54. TRANSIENT STRUCTURAL ANALYSIS OF bolt
INITIAL BOUNDARY CONDITION
Material – Structural Steel
Meshing- Programmed controlled
coordinate – global
Fixed Support At Holes Of Bolt
Force = Given in force table and graph (At Head of bolt in y
direction component )

55. STEADY STATE THERMAL ANALYSIS OF BRICS WALL

56. DESIGN AND TRANSIENT THERMAL ANALYSIS OF
DIFFERENT TYPE OF HEAT SINK
Design a Heat Sink for a processor of 30mm x 30mm when it is at 250Degree Celsius for 60 seconds. Analyses
in Transient Thermal Analysis. Design Fins for Maximum Surface Area . Best Heatsink will have least
temperature at fins after 60 seconds.
Material = aluminum
convection value = 0.00002 w/m2C
A

57. HEAT SINK TEMPERATURE ANALYSIS HEAT FLUX ANALYSIS
B
D
C

58. CFD MODELING AND SIMULATION OF 10 kWe DOWNDRAFT
BIOMASS GASIFIER INSTALLED AT RGPV
ACADEMIC MAJOR PROJECT
BIOMASS GASIFIER INSTALLED AT RGPV

59. 2D MODEL , CONSTRAINS AND MESHING
VELOCITY VECTOR COLOR
TEMPERATURE VARIATION PRESSURE VARIATION
simulated
0
20
40
60
volatile
O2
N2
CO2
CO
CH4
H2
H2O
PERCENTAGE
OF
PRODUCER
GASES
PRODUCER GASES
simulated
experimental

60. 3D Modeling Of Parabolic Concentrator Based Solar Water Heating System
using PTC Creo 8.0.1
INDUSTRY ORIENTED PROJECT
Description Values
Collector length 1.1 m
Collector Width 0.60 m
Concentration ratio 11.66≈12
Focal distance 0.156 m
Receiver inner diameter 0.018 m
Receiver outer diameter 0.02 m
Receiver Length 0.90 m
Rim angle 980
Storage tank capacity 30 liters
Receiver material Copper, Aluminum, G.I.

61. 3D MODEL OF SOLAR WATER HEATING SYSTEM

62. 3D PRINTING PROJECT
3D Printing of Mechanical tally counter using Creality ender 3 printer
3D CAD MODELING USING
PTC CREO PARAMETRIC
+
CONVERT INTO .STL FILE
SLICING OBJECT USING
ULTIMAKER CURA
+
GCODE FORMATE FILE SAVE IN
REMOVABLE DISC 3D PRINT OBJECT

63. FINAL 3D PRINT OBJECTS