Sr. No.	Candidate Name	Working Experience	Training Progress in %	Resource Code	Resume
1	Rani T	Fresher	95%	WB/CAD/3064/RANI T	View WB/CAD/3064/RANI T
2	Rupesh M	Fresher	95%	WB/CAD/3065/Rupesh M	View WB/CAD/3065/Rupesh M
3	Sarvesh W	Fresher	95%	WB/CAD/3069/Sarvesh W	View WB/CAD/3069/Sarvesh W
4	Prathamesh P	Fresher	95%	WB/CAD/3052/Prathamesh P	View WB/CAD/3052/Prathamesh P
5	Sohailuddin M	Fresher	95%	WB/CAD/3075/Sohailuddin M	View WB/CAD/3075/Sohailuddin M
6	Akash S	Fresher	95%	WB/CAD/3077/Akash S	View WB/CAD/3077/Akash S
7	Wasim S	Fresher	95%	WB/CAD/3078/Wasim S	View WB/CAD/3078/Wasim S
8	Nakul R	Fresher	95%	WB/CAD/3079/Nakul R	View WB/CAD/3079/Nakul R

Sr. No.	Candidate Name	Marks Obtained	Marks Outoff	Test Paper
1	Rani T	8	10	View Aptitude Test
2	Rupesh M	4	10	View Aptitude Test
3	Sarvesh W	6	10	View Aptitude Test
4	Prathamesh P	5	10	View Aptitude Test
5	Sohailuddin M	7	10	View Aptitude Test
6	Akash S	6	10	View Aptitude Test
7	Wasim S	7	10	View Aptitude Test
8	Nakul R	8	10	View Aptitude Test

Sr. No.	Candidate Name	Marks Obtained	Marks Outoff	Test Paper
1	Rani T	8	21	View Plastic Product Desgin Pre-training Test
2	Rupesh M	9	21	View Plastic Product Desgin Pre-training Test
3	Sarvesh W	7	21	View Plastic Product Desgin Pre-training Test
4	Prathamesh P	12	21	View Plastic Product Desgin Pre-training Test
5	Sohailuddin M	18	21	View Plastic Product Desgin Pre-training Test
6	Akash S	18	21	View Plastic Product Desgin Pre-training Test
7	Wasim S	10	21	View Plastic Product Desgin Pre-training Test
8	Nakul R	14	21	View Plastic Product Desgin Pre-training Test

Sr. No.	Candidate Name	Challenges & Action
1	Prathamesh	View Challenges & Actions Window Cooler Assembly
2	Sohailuddin	View Challenges & Actions Cooler Assembly Window Cooler Assembly
3	Aakash	View Challenges & Actions Window Cooler Assembly
4	Wasim	View Challenges & Actions Window Cooler Assembly
5	Nakul	View Challenges & Actions Window Cooler Assembly Window Cooler Assembly Window Cooler Assembly

Name of Candidate	Rupesh M.	Sohailuddin M.	Prathamesh P.	Ramrakhyanl N.	Sarvesh W.	Rani T.	Aakash S.	Wasim
Score	17 / 24	22 / 24	12 / 24	18 / 24	17 / 24	19 / 24	9/24	23/24
If the mass is in Tonn, Length is in mm and the time is in Seconds what is the unit of force?	N	N	N	N	N/mm**2	N	N/mm	N
Which of below material is Amorphous?	ABS	ABS	All of Above	ABS	All of Above	ABS	All of Above	ABS
What is meaning of MFI?	Melt Flow Index	Melt Flow Index	Melt Flow Index	Melt Flow Index	Melt Flow Index	Material Failure Index	Melt Flow Index	Melt Flow Index
What is the value of young's modulus for PP in Mpa?	1500 - 2000	1500 - 2000	3000 - 5000	1500 - 2000	1500 - 2000	1500 - 2000	1500 - 2000	1500 - 2000
What is the value of shrinkage in percentage for ABS?	0.7% - 1.6%	0.7% - 1.6%	0.012% - 0.018%	0.7% - 1.6%	0.7% - 1.6%	0.012% - 0.018%	0.7% - 1.6%	0.7% - 1.6%
Referring below image, What is the type of plastic molding?	Injection molding	Injection molding	Injection molding	Injection molding	Injection molding	Injection molding	Injection molding	Injection molding
What should be Angle for corecavity matching (Shut off angle)?	2 deg	7 deg	0.5 deg	5 deg	0.5 deg	0.5 deg	5 deg	7 deg
Which of the following is a plastic product design considerations?	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above
Which of the mechanism is used to remove the internal undercuts from features like snaps, dog house, etc	Sliders	Lifter	Sliders	Lifter	Lifter	Lifter	Sliders	Lifter
What is typical Nominal wall thickness range for injection mounding parts in mm?	2 - 5	2 - 5	2 - 5	2 - 5	2 - 5	2 - 5	2 - 5	2 - 5
Which is the correct section of corner design.	D	D	D	nan	D	D	C	D
To maintain the uniform thickness at corners following is standard rule is as follows	R2 = R1 + t	R2 = R1 + t	R2 = R1 + t	R2 = R1 + t	R2 = R1 + t	R2 = R1 + t	R2=2t - R1	R2 = R1 + t
What should be ideal height for Bosses with respect to nominal thickness? (Refer below image)	3 * t	3 * t	0.5 * t	3 * t	0.5 * t	5 * t	3 * t	5 * t
Referring below figure, what is ideal radius for corners of boss? where T is nominal base thickness and W is wall thickness.	0.25T to 0.3T	0.25T to 0.3T	0.5T to 0.6T	0.5T to 0.6T	0.25T to 0.3T	0.25T to 0.3T	0.25T to 0.3T	0.25T to 0.3T
Which is Correct serviceable fixation?	Ultrasonic welding	Screw	All of the above	Screw	Screw	Screw	All of the above	Screw
Which of the following is not a type of Geometry control in GD&T	Location	Location	Angle	Angle	Location	Angle		Angle
which of the below are Snap fit assembly angle and retaining angle?	Assembly angle= 20 - 30 deg, Retaining Angle 35 - 45 deg	Assembly angle= 15 - 30 deg, Retaining Angle 30 - 45 deg	Assembly angle= 15 - 30 deg, Retaining Angle 30 - 45 deg	Assembly angle= 15 - 30 deg, Retaining Angle 30 - 45 deg	Assembly angle= 15 - 30 deg, Retaining Angle 30 - 45 deg	Assembly angle= 15 - 30 deg, Retaining Angle 30 - 45 deg	Assembly angle= 12 - 25 deg, Retaining Angle 25 - 60 deg	Assembly angle= 15 - 30 deg, Retaining Angle 30 - 45 deg
Referring to below figure, what is the name of defect?	sink mark	sink mark	Weld line	sink mark	sink mark	sink mark	Flow Hesitation	sink mark
Referring Below image, What is the name of defect?	Warpage	Warpage	Warpage	Warpage	Warpage	Warpage	Warpage	Warpage
Referring to below figure, what is the name of defect?	Flow lines	Flow lines	Flow lines	Flow lines	Flow lines	Flow lines	sink mark	sink mark
Referring to below figure, what is the type of fixation?	Semi permanent	Semi permanent	Permanent	Semi permanent	Semi permanent	Semi permanent	Semi permanent	Semi permanent
How to avoid the Sink mark defects?	All of Above	Maintain Thickness at intersecting's of features with base	All of Above	All of Above	All of Above	All of Above	All of Above	Maintain Thickness at intersecting's of features with base
What is the minimum size of sink mark visible to human eye?	0.04 mm and above	0.04 mm and above	0.04 mm and above	0.04 mm and above	0.04 mm and above	0.002 mm and above	0.003 mm and above	0.04 mm and above
Which of following statement is true for defining texture for injection molding?	Normally 1.5 deg additional to normal draft for 0.025 mm depth of texture	Normally 1.5 deg additional to normal draft for 0.025 mm depth of texture	Normally 0.15 deg additional to normal draft for 0.025 mm depth of texture	Normally 1.5 deg subtraction from normal draft for 0.025 mm depth of texture	Normally 0.15 deg additional to normal draft for 0.025 mm depth of texture	Normally 1.5 deg additional to normal draft for 0.025 mm depth of texture	Normally 1.5 deg subtraction from normal draft for 0.025 mm depth of texture	Normally 1.5 deg additional to normal draft for 0.025 mm depth of texture

Name of Candidate	Rupesh M.	Sohailuddin M.	Prathamesh P.	Ramrakhyanl N.	Sarvesh W.	Rani T.	Aakash S.	Wasim
Score	13 / 15	13 / 15	11 / 15	13 / 15	12 / 15	13 / 15	13/15	07/15
Which of the following mold creates more than one injected part in the same mold	Multi-Cavity Mold	Multi-Cavity Mold	Multi-Cavity Mold	Multi-Cavity Mold	Multi-Cavity Mold	Multi-Cavity Mold	Multi-Cavity Mold	Multi-Cavity Mold
Which of below is a correct type of cavity layout?	All of Above	All of Above	All of Above	All of Above	All of Above	All of Above	All of Above	All of Above
For the balance filling of all cavities, Sprue has to located at__	Centre of the mold	Centre of the mold	Centre of the mold	Centre of the mold	All of Above	Right side of mold	All of Above	Centre of the mold
Referring Below image, Which is the type of cavity layout?	Symmetrical cavity layout	Series cavity layout	Series cavity layout	Series cavity layout	Symmetrical cavity layout	Series cavity layout	Circular cavity layout	Symmetrical cavity layout
Referring Below image, Name of the part in Highlighted area is...?	Sprue	Sprue	Sprue	Sprue	Sprue	Sprue	Runner	Sprue
Which of the following type of runner, not commonly used in feed system layout?	Rectangular	Rectangular	Half Round/Parabolic	Half Round/Parabolic	Rectangular	Rectangular	Rectangular	Rectangular
What considerations need to be remembered while choosing the best gate location?	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above
What considerations need to be followed while designing the gates?	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above	Complexity of the cavity
Referring Below image, What is the type of gate?	Manually trimmed gate	Manually trimmed gate	Direct Sprue gate	Manually trimmed gate	Manually trimmed gate	Manually trimmed gate	Automatically trimmed gate	Manually trimmed gate
Referring Below image, What is the type of gate?	Tab gate	Overlap gate	Edge gate	Edge gate	Tab gate	Edge gate	Overlap gate	Edge gate
Which of the following is not a automatically trimmed gate?	A	A	A	A	A	A	D	A
Which of the following is not a remedies to avoid the short shot defect?	Lower melt and mold temperature	Lower melt and mold temperature	Lower melt and mold temperature	Lower melt and mold temperature	Lower melt and mold temperature	Lower melt and mold temperature	Reduce complexity of flow path	Lower melt and mold temperature
Which of the following is not a remedies to avoid the Flow hesitation defect?	Increase the wall thickness where hesitation occures	Provide cooling where hesitation occures	Increase the wall thickness where hesitation occures	Increase the wall thickness where hesitation occures	Eliminate air traps	Eliminate air traps	Increase the wall thickness where hesitation occures	Increase the wall thickness where hesitation occures
Which of the following is Cause of warpage?	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above	All of the above
Air trap results in which of the following defects?	Short shot or surface defect	Short shot or surface defect	Sink mark	Sink mark	Short shot or surface defect	Short shot or surface defect	Flow hesitation	Short shot or surface defect