1)CIRCUIT DESIGN - saeiss.orgsaeiss.org/saeiss/uploads/2016/10/Update-23-events... · 7) ADDITIVE...

Student Convention-2015 Page 1

1)CIRCUIT DESIGN

Aim:

To enhance the knowledge on basic circuit design with respect to the industrial

application.

Expectations:

Acquire basic knowledge about circuit designing.

Prelims (round 1) Circuit analysis (round 2) Designing of circuit (round 3)

A set of 25 questions

will be given to every

team and 30 minutes

is allotted for solving

it.

Best of 10 teams will

move to next round.

A schematic circuit

(including some

questions) will be

given to every team

with specifications.

Teams should find

what kind of circuit is

that and they must

write its application.

Each team will be

given a sheet, where

source and output of

the circuit will be

given.

Teams should quickly

design a circuit and

they must obtain the

output.

Competition Rules:

Team size: 3 – 4 students.

Kit shall be provided at the time of event.

No electronic devices are allowed during the time of event.

Contestants must be an SAE member.

Judging criteria:

S.NO CONTENT MARKS ALLOTED

1. Knowledge about circuit 25

2. Product size 10

3. Accuracy of output 40

4. Number of components used 25

TOTAL 100


2) Design review competition

AIM:

The object of the competition is to develop ideas and formulating presentations for the future

of mobility engineering.

EXPECTATIONS:

Basic knowledge about engineering drawing & milling machine Team size min.2 and max.4

FORMAT:

Preliminary round Final round

Participants should draw the given gear on the drawing sheet and redraw with some

modifications for improving transmission efficiency.

Participants should make a review report based on the new design.

90 minutes are allowed for preliminary round.

Selected 10 teams will compete on finals.

Each team will be provided with a centre lathe, milling machine, cutting tools & work

piece.

Each team should manufacture a gear of their design

Time for final round is 120 minutes

REQUIREMENTS:

Mini drafts -50 nos

Drawing sheets -50 nos

Centre lathe -10 nos

Milling machine -10 nos

Steel rule, vernier callipers, scribers, turning & boring tools–each 10 nos

Gear cutting tools for milling machine -10 nos

Drawing hall

JUDGING:

1. Design justification- 30 points

2. Technical merit- 20 points

3. Work neatness & accuracy- 50 points


3) HUMAN POWERED VEHICLE

INTRODUCTION:

Human powered vehicle competition encourages and promotes the teams to design and

fabricate energy efficient human powered bicycle. The design should be attractive by its visual

appearance, performance, reliability and ease of operation.

PURPOSE:

The main purpose of this competition is to provide an opportunity for SAE student members to

design and fabricate eco-friendly vehicle and come up with many innovative designs. To provide direct

hands-on experience to the student about the real time manufacturing of a vehicle.

TEAM STRUCTURE:

Each team participating in this competition can have maximum of 4 team members. All the

participants must be member of SAE at the time of event.

COMPETITION SUMMARY:

The competition includes designing, fabricating and validating a bicycle made up of cardboard

driven by single driver. The vehicle would be evaluated for its design, fabrication quality, and

performance.

VEHICLE CONFIGURATION:

The teams should fabricate a complete bicycle made up of cardboard and the bicycle should be

able to carry a rider.

EVENT DETAILS:

Cardboard sheets and other tool equipment’s are provided to teams for fabrication.

The participating teams must make use of the given materials to make a complete bicycle with

proper wheel, steering, pedal, etc.

Riveting and adhesives can be used to join the cardboard to form the assembly.

Proper polishing, finishing and painting should be ensured for an attractive appearance.


MATERIALS PROVIDED:

NOTE: Paint brushes and other painting essentials must be brought by participants.

ASSESMENT CRITERIA:

S.NO CRITERION MARKS

1 Vehicle design 25

2 Fabrication techniques 20

3 Vehicle performance 20

4 Finish & appearance 20

5 Marketing 15

Total marks 100

NOTE:

Judges will do the assessment and will be decided by the SAEISS organizing committee.

S.NO MATERIALS

1) Thick Cardboard

2) Cutting tools

3) Marker

4) Drafter

5) Compass

6) Protractor

7) Adhesives


4) Threading and Taper turning

Concept:

To involve the students in practical sections involving the basic mechanical principles to

enhance their skills and give them a competitive environment.

Aim:

The students are expected to complete machining of the given work piece within

the given time as per the specifications provided.

Rules / restrictions:

• Each team must consist minimum of 3 and a maximum of 4 members.

• Readymade tools and components are strictly prohibited.

• Students are asked to be take care of their own safety while working with machines.

• Within the time provided students must complete the machining process.

• Students are advised to bring scientific calculators measurement of taper angles,

machining time and etc..,

• The event will take place in 2 levels and number of teams will be filtered depending

upon total number of registrations we get.

• Time will be given for machining of the component. The difficulty level of the

component will increase in each level.

• Within the given time students must complete the machining of components.

• Accuracy of the completed work will be tested and marks will be provided based on it.

JUDGING CRITERIA:

Criteria Marks

Calculation 20

Machine system arrangement 20

Work 20

Speed 20

Accuracy 20

Total 100


5) SHEET METAL LAYOUT

BACKGROUND:-

The sheet metal layout competition reflects the range of use of hand and

technical skills of a student which could be used across the fabrication sector in the engineering

and manufacturing regions.

COMPETITION:-

The competition has been designed in such a case to bring out the skills of the

budding engineering students in the field of development of surfaces. Any students who is

pursuing B.E/B.Tech program with SAE membership card can participate in the competition.

MERITS:-

Enables the student community to get a hands on experience in working at real time.

Makes the participant to go through the engineering process as such…

Sketching

Identification of dimensions

COMPETITION ORDER:-

The student team of 3 members should primarily participate in the competition.

A sheet metal product will be given to the participants and they will be asked to draw

the sheet metal – surface development layout.

Based on the effectiveness of the team on knowledge of development of surface, top 5

teams will be selected out for the final round.

FINAL ROUND:-

At the final round students will be given a complex sheet metal structure and the same

procedure of prelims will be followed out for the final selection of winner and runner.

SEGMENT CRITERION MARKS

I Pattern Drawing 50

II Identification of Dimensions 50

III Layout finish 50


6) MATERIAL IDENTIFICATION

CONCEPT

Identify the material of the given product or components in automobiles.

ALIGNMENT WITH CURRICULUM

Identify the material of component using internal structure.

Description of material and their properties.

Describe the use of that material.

EVENT BLUE PRINT

1. First round

2. Second round

First round Second round

Participants are questioned and

analyzed based on their

knowledge regarding basics of

material properties and their

composition.

Each team should identify the material of components

using internal structure which will be providing on clearing

the first round and write the description of material using

tag.

KITS AND AIDS

Papers will be provided to teams.

Questions are displayed in projector.

COMPETITION RULES

A maximum of two students are allowed per team.

Teams clearing the first round are promoted to final round.

If more than one team registers, only one of them will be selected during prelims based

on their performance.

The teams should be able to find out material of given component within the given

time. No extra time will be provided.

Based on the identification, team to be evaluate and time is important.

Judges decision will be the final.

BACKGROUND

MI competition reflects a range of materials skills used across quality department in

various automotive industries.


7) ADDITIVE MANUFACTURING

Additive Manufacturing refers to a process by which digital 3D design data is used to build up a

component in layers by depositing material. The term "3D printing" is increasingly used as a

synonym for Additive Manufacturing.

PURPOSE OF THE EVENT

Additive manufacturing is an emerging technique and it is considered to be the future of

manufacturing in all fields of engineering. So it is important for an Engineer to be completely

aware of the developing technology.

THE CONCEPT

Any component to be 3D printed is scanned and morphed in the computer with 3D

modelling softwares like autodesk etc., and then printed in the 3D printer which uses liquid

resins by pouring it in the programmed areas along with binding material which solidifies the

fluid and finishes the component. There are other methods like laser sintering etc.

EXPECTATIONS

A basic knowledge about the process involved in additive manufacturing and the various

methods involved.

RULES OF THE EVENT

All the participants will be shown a 3D component which has to be modelled by

the participants.

The 3D model should be done by the use of hands and some stationery kits etc.

The material that will be used to do the model will be told only during the event.

Participants should submit a report on the model they developed and they will

go through a viva with the judge.

Team size : 4 students.

All kits and aids will be provided.


JUDGING CRITERIA

All participants will be given the same component and the judgement will be based on

the following criteria.

Surface finish of the model

Content in the report

Viva voce

Based on the above mentioned criteria the first three places will be selected.

8)COMPUTATIONAL FLUID DYNAMICS

INTRODUCTION

Computational fluid dynamics, usually abbreviated as CFD, is a branch of fluid mechanics that

uses numerical analysis and algorithms to solve and analyse problems that involve fluid flow.

BACKGROUND

CFD competition reflects a range of design skills used across Research and Development sector

in various Automotive industries.

COMPETITORS

The competition has been designed to reflect the skills of the students who are interested in

the field of design. It is open to all streams of engineering. SAE-INDIA student members

pursuing any B.E/B.Tech program can compete in this competition.

RULES

Maximum of 2 students per team

Teams clearing the prelims are only promoted to the finals

Only 5 teams will be selected for the finals

No extra time will be provided under any circumstances.

Judges decision will be final


SOFTWARE

Modelling & Flow analysis (Solidworks, NX CAD, Ansys FLUENT or any equivalent software)

PREREQUISITES

Basic knowledge on automobile design

Hands on experience on Design and Flow analysis software

BLUEPRINT

Prelims: Each team will be given a model of 3D object. They will have to do certain

modifications and perform flow analysis to reduce the Drag coefficient value.

Finals: Each selected team will be given a rough model of a car. They will have to do certain

modifications and perform flow analysis to reduce the Drag coefficient value.

JUDGING CRITERIA

Depending upon the maximum difference in the initial and final values of Drag coefficient.

TIME DUARTION

Prelims: 1 hour

Finals: 3 hours

NOTE

Drag coefficient is a common measure in automotive design as it pertains to aerodynamics.

Drag is a force that acts parallel and in the same direction as the airflow. The drag coefficient of

automobile impacts the way the automobile passes through the surrounding air. The reduction

of drag in road vehicles has led to increases in the top speed of the vehicle and the vehicle's

fuel efficiency, as well as many other performance characteristics, such as handling and

acceleration. Lowering the drag coefficient comes from streamlining the exterior body of the

vehicle. When automobile companies design a new vehicle they take into consideration the

automobile drag coefficient in addition to the other performance characteristics.


9) BRIDGE BUILDING

EVENT

The main objective of this event is to understand the basic concepts of bridges and to apply the

basics of strength of materials to fabricate in a dynamic way

The event will be conducted in a single round with a maximum intake of 100 teams( max

4 members) in a first come first served basis.

The event will be involving a software and a tutorial video will be provided regarding

how to use the software which will aid you to construct the bridge

TEAMS

EXPECTED NO. OF TEAMS : 100

RESPONSIBILITIES OF PARTICIPANTS

Participants should bring the LAPTOP ( compulsory) , pen drive ( if possible)

JUDGING CRITERIA

JUDGING WILL BE DONE BASED ON

DESIGN OF BRIDGE

INNOVATION INDUCED IN DESIGN

STRENGTH OF THE CONSTRUCTION


10) BIG DATA

OBJECTIVE:

TO ENHANCE THE KNOWLEDGE ON SOLVING PROBLEMATIC STATEMENTS WITH

RESPECTIVE TO THAT OF INDUSTRIAL APPLICATION.

PURPOSE:

THE MAIN PURPOSE OF THE COMPETITION IS TO PROVIDE AN OPPORTUNITY TO THE

STUDENTS TO DEVELOP IN FINDIND OUT OF SAMPLE BY PROBLEMATIC STATEMENT BECAUSE

BIG DATA IS THE FUTURE AND ITS NEED IN INDUSTRIES IS VAST.

TEAM STRUCTURE:

FROM EACH COLLEGE TWO TEAMS ARE ALLOWED AND A TEAM CAN HAVE A

MAXIMUM OF 2 MEMBERS.

EVENT STRUCTURE AND REGULATION:

EVENT CONSIST OF 2 ROUND

BOTH THE ROUNDS ARE SIMILAR AND SAME TASK BUT THE TOPIC AND DIFFICULTY

LEVEL DIFFERS

THE PARTICIPANT ARE REQUESTED TO BRING THERE LAPTOP FOR THE COMPETITION

FOR SOLVING PROBLEMATIC STATEMENT THE PARTICIPANT NEED TO WORK IN MS-

EXCEL

THE DURATION OF THE EVENT WILL BE AROUND 1 TO 1.5 HRS

THE TEAMS WHICH SCORE MORE MARKS IN ROUND 1 WILL BE SELECTED FOR ROUND 2

THE TEAM WHICH FINISH FIRST WILL BE GIVEN EXTRA POINTS

NUMBER OF QUESTIONS, QUESTION TYPE AND TIME LIMIT WILL BE ANNOUNCED DURING THE

EVENT.

JUDGING CRITERIA:

THE JUGING CRITERIA IS BASED ON

50% FOR TIME TAKEN FOR THE TEAM TO FINISH THE TASK

50% FOR THE ACCURACY OF THE ANSWER

FVBSD


REFERENCE:

FOR REFERENCE OF THE EVENT CHECK THE WEBSITE WWW.GRAMENER.COM

11) On-Board Diagnostics

INTRODUCTION

On-Board Diagnostics (OBD) is an automotive term referring to a vehicle's self-diagnostic and

reporting capability which monitors component that affect the emission performance of a

vehicle and alerts the vehicle operator when a malfunction is detected via a malfunction

indicator light. It stores information, including a diagnostic trouble code (DTC), about the

detected malfunction to aid a repair technician in accurately finding and fixing the problem.

ELIGIBILITY CRITERIA

Candidates who hold/ pursuing a degree in Mechanical/Automobile Engineering are eligible to

take part in the event.

RULES

Contestants must be enrolled as a SAE member in the college.

Only 2 members per team will be permitted.

EXPECTATIONS

The team should have good knowledge on On-Board Diagnostics followed by errors that are

usually detected by a OBD reader and also the troubleshooting process before attending the

competition.

PRELIMINARY ROUND

General questions (Written test) based on automobile and on-board diagnostics will be asked.

Top teams with maximum scores will enter the Final Round.

https://en.wikipedia.org/wiki/Automotive


KITS

All the kits will be provided except the stationary items that should be brought by the

team itself.

PROCEDURE (FINAL ROUND)

The team will be provided with names of the automobile parts.

Team should analyse and write down all the possible error codes that an OBD reader

detects for that particular automobile parts.

The team should also write the troubleshooting process for the same.

JUDGING CRITERIA

The team that quickly analyse, writes maximum error codes along with the troubleshooting

process for that error codes and explains the error to the judges followed by all questions asked

by the judges will be considered as the winner.

12) Light Weight Mobility Vehicle

The concept

Fabricating a light weight portable mobility vehicle.

Alignment with curriculum

Structure planning.

Fabrication techniques.

Appreciation of webbed design.

Concepts of load distribution.

Event blueprint

Round 1 Round 2

Each team is provided with a base frame

made of PVC fitted with wheels along with

provisions to include links made of papers.

A payload will be provided to the teams

which have to be carried by their vehicle

Teams clearing round 1 should make their base

frame themselves with the provide materials and a

webbed link with paper. The payload provided for

this round weighs more than the one provide in

round 1. The vehicle carrying the payload will be


Kits and Aids

Pipes and fittings along with wheels and stationary will be provided for teams.

Competition rules

A maximum of four students are allowed per team.

Prelims may be held depending upon the no. of teams registered.

No. of teams to be selected from prelims will be decided depending on the no. of teams

participating.

The teams should be able to design and fabricate their ideas within the given time. No

extra time will be provided.

Judges decision will be the final.

13) Resolve

Objective:

To test the knowledge of students on basics of automobiles and thermal sciences.

Event structure:

1.Prelims

2.Finals

Prelims:

The team must consist of only 2 members.

The event “Resolve” will consist of a cross word puzzle whose clues will be given .The words

will consist only of those terms relating to automobiles and thermal sciences.

Correct answers will carry 5 marks each.

Eligibility to finals:

Based on the relative order of marks secured ,teams will be shortlisted for the finals by the

judges.

Finals:

The finals will also consist of cross word puzzle with clues but with a relatively higher difficulty.

over a ramp without getting damaged. made to slide a ramp.


4 words will carry 5 marks each,4 other words will carry 15 marks each and 1 word will carry 20

marks respectively, which will make it 100 as a total.

The team which scores the highest marks is the winner.

In case of a tie ,a jackpot question is given ;the team which answers it correctly will be declared

the winner.

Note:SAEISS will provide the writing pad and pen.

14) DIAGRAMMATIC REASONING

CONCEPT

Students should understand the terms in the diagram relating to engineering and to choose the

answer appropriately. The students are advised to see the following links to know how to

approach diagrammatic reasoning and questions based on Venn diagrams

http://www.savilleconsulting.co.za/wp-content/uploads/2012/08/preparation-guide-

diagrammatic-reasoning.pdf

http://www.indiabix.com/verbal-reasoning/venn-diagrams/

NEEDS FOR THE EVENT

To get an exposure for attending aptitudes in the interviews and understand the engineering

processes in simple way.

RULES

1. Team size: maximum of 3 students (cross college members are allowed)

2. All the questions will be related to engineering field

3. The event will take place in 3 levels and number of teams will be filtered depending

upon total number of registrations we get.

4. The level of difficulty will increase in each level

5. Number of questions , question type and time limit will be announced during the event.

6. The students must be prepared in all curriculum subjects , their applications and should

posses with logical thinking

http://www.savilleconsulting.co.za/wp-content/uploads/2012/08/preparation-guide-diagrammatic-reasoning.pdf

http://www.savilleconsulting.co.za/wp-content/uploads/2012/08/preparation-guide-diagrammatic-reasoning.pdf

http://www.indiabix.com/verbal-reasoning/venn-diagrams/


15) EDM Competition

INTRODUCTION:

EDM is one of the most accurate manufacturing processes available for creating complex

shapes and geometries. While EDM is popular in the mold and die‐making industries, it is

becoming a common method of making prototype and production parts, especially in the

aerospace, medical machining, automobile and electronics industries in which production

quantities are relatively low.

COMPETITORS:

The competition has been designed to reflect the skills of students who are interested in the

field of fabrication. It is open to all streams of Engineering. SAEINDIA student members

perusing any B.E/ B. Tech program can compete.

IDEOLOGY:

Due to the rapid advances of technology, many traditional ways of today’s machining are

performed with the EDM process. Manufacturers are realizing dramatic results in achieving

excellent finishes, high accuracies, cost reductions, and much shorter delivery times.

OBJECTIVE:

To facilitate an event where students can use their engineering drawing, reading skills,

programming skills and familiarity of CNC lathe machine to successfully fabricate a given

engineering model.

EVENT DESCRIPTION:

Event covers designing (CAD & CAM) and manufacturing (CNC machine) equipment assemblies

with project documentation, implementation of cost reduction and sequence of process.

BENEFITS TO STUDENTS:

To learn and test their skills in design and manufacturing according to the industrial

standards. To understand and explore the ways for cost reduction and process

planning.

Enables a student to get hands on experience in working real time.


As the use of CNC’s is on the rise in industries, familiarization with these concepts will

be helpful for the participant.

Getting an opportunity to work on virtual software’s as well as work on CNC machines.

KNOWLEDGE ACQUIRED:

Exposure to the industry related problems for which they will prepare solutions through

automation. Serves as a platform for the students to prepare themselves for the future world.

ALIGNMENT WITH CURRICULUM:

Materials and manufacturing processes

Production technology

CAM

SKILLS EXPLAINED

The team will have knowledge in reading the Engineering Drawing of the model given.

They should know the basic symbols used in engineering drawing. The teams should

understand the working of CAM software. When applied to the CNC machine the teams

have to get the required surface finish and tolerance as specified in the figure.

A skilled engineer can make the same component many times. However, if each

component is carefully studied, each one will vary slightly. A CNC machine will

manufacture each component as an exact match.

REQUIRED SKILLS:

Must know 3D design software, CNC program coding, CNC operation.

Must know the range of tools and their proper use in Engineering.

Must know the working materials and their characteristics.

Must know to apply principles that ensure mass production capability and maximize

product, expectancy.

Must know the basic electrical knowledge.

PROBLEM STATEMENT:

To be provided by the organizing committee by consulting the industry experts on the event

day.

TEAM WEIGHTAGE:

The team should can max 4 students.

One student to work on the modeling and problem solving.

Two students to work on CNC programming and machining of components.

RULES OF COMPITITION:


All participants should be SAE INDIA members.

All 2nd,3rd and final year students can take part in the event.

Engineering drawing will be provided by the organizer and will be from the field of

automotive engineering.

Evaluation by the judges will be final in all regards.

NOTE:

SAE will provide Raw material on the day of event.

SAE will provide the facility of the CNC operated EDM machine on the day of event to

operate the operations.

SCREENING PROCESS:

Virtual Round:

Actual drawing must done off line

The participants will get 15 minutes initially to understand the given drawing.

Modeling the given project model through a solid modeling software (Pro E, CATIA, Solid

Works).

3 teams will be selected from this round.

Final Round:

The selected teams will get the opportunity to test their codes in a CNC operated EDM

machine.

Judges will decide the winner according to the judging criteria.

Will get reviewed by the expert after the completion.

JUDGING CRITERIA:

Conformity to Drawing

Surface Finish

Main Dimensions

Secondary Dimensions

Finish and precision required

CAM program


MARKING SCHEME:

Virtual Round (40)

Modeling 25

Dimensional Accuracy 10

Time taken for drawing 05

Total Score 40

Final Round [EDM] (50)

Conformity to Drawing 20

Dimensional Accuracy 15

Surface Finish 15

Handling of the machine and work surroundings 05

Time taken to complete the work 05

Total Score 60


16) OIL SEAL DESIGN

AIM:

To design an oil seal for the specified application according to the specified dimension.

ELIGIBILITY CRITERIA:

Candidates who hold/ pursuing a bachelor’s degree in Mechanical/Automobile

Engineering are eligible to take part in the event.

EVENT BLUEPRINT:

The candidates will be given computer systems equipped with Auto-Cad

software.

The students are required to present a cut-section drawing of the oil seal whose

specifications are given below.

SPECIFICATIONS:

Precision ground O.D with a lead-in chamfer for easy installation

A non-pressure, dual-lip type oil-seal without garter spring, with protection from

contaminants is to be drafted.

Shaft diameter - 20 mm

Outer diameter - 35.2 mm

Thickness - 7 mm

RULES:

The candidates should participate in the event individually.

The candidates are requested to present their design in 90 minutes.

The designs will be evaluated by the judges and the results will be announced.

THE DECISION OF THE JUDGES WILL BE FINAL.

JUDGING CRITERIA:

CRITERIA MARKS

Interpretation of the design 20

Perfection of the design 60


Dimensioning 20

TOTAL 100

EVENT OUTCOME:

The designing ability of the candidate is enhanced.

Knowledge about the oil seal is obtained.

17) BIOMIMICRY

The concept

Students pick up an appropriate organism to develop a given design also they will have to

identify the organism related with a given design and have to give its advantages.

Expectations

Students have to identify the organism related with a given design and should tell its

advantages.

Students need to complete an unfinished design by focusing on an appropriate organism.

Rules

:-A team with maximum of three persons is allowed.

:-Candidates should bring pen, pencil, scale…

:-Papers will be provided.

:-Time limits and other details will be informed.

:-Candidates who clear the prelims are alone allowed to enter the finals.

:-JUDGES DECISIONS WILL BE FINAL.

Judging criteria

Judges will evaluate the clarity and accuracy of answers given.

Judges will evaluate the designs based on the original ones.


18) WORK HOLDING

CONCEPT

Students should know the basic working principle of various work holding devices and

should be able to fix the given work piece in the appropriate work holding device in the given

time.

OBJECTIVE

Enable the students to gain knowledge and to obtain hands on experience on various

work holding devices.

EVENT STRUCTURE

Prelims Standard Level Advanced Level

RULES

1. Students pursuing B.E. in any branch can participate in the event.

2. A team of two members can participate in the event.

3. Prelims will be conducted when the number of participants are more.

4. All the required tools and the work piece will be provided to the participants in the

event.

5. Marks will be awarded based on accuracy and time taken to complete the task.

6. Winner will be announced based on the assessment made by an industrial expert.


19) Group discussion competition

The concept

• The students will be divided into groups on spot and will be given a topic to discuss

with their fellow team mates

Expectation

• Technical knowledge

• Communication skills

• Reasoning ability

Topic

• On spot topics

Kits and aids

• None

Competition rules

• Discussion will be in English

• Judges decision is final

• 8-10 mins per team (depending on size of team)

• 2 preliminary and 1 final round

Teams

• Team size : 5-8

Judging criteria

• Taking initiative

• Team player

• communication skill

• Technical analysis

• Reasoning ability


20) HOW THINGS WORKS

CONCEPT:

Understanding the given concept behind each and every component.

EXPECTATION:

To identify the mechanism behind the given component.

EVENT:

First round:

Each team will be given one or two visual questions based on the total teams participating. They

have to explain the mechanisms behind it (1 min presentation).

Judges decision will be final. Top 5 teams will be selected for second round.

Second round (2rounds):

Visual round (passes allowed)

Animated video round (passes allowed)

NOTE: 2 minutes will be given for thinking and 3 minutes for presentation for both the rounds

KITS AND AIDS:

No kits or aids for the competition.

RULES:

Contestants must be enrolled as a SAE member in his college.

2 members per team.

JUDGING CRITERIA:

Each question carries 10 marks maximum and pass question carries 5 marks maximum. The

marks will be allotted based on the presentation and the content. Judges decision will be final.


21) MANUFACTURING PROCESS PLANNING

CONCEPT

Students should have basic knowledge about the manufacturing process planning and

should be able to create a process planning for an object based on their knowledge.

OBJECTIVE

Enable the students to gain knowledge about processing planning and its importance in

manufacturing processes.

EVENT STRUCTURE

Prelims Advanced Level

RULES

1. Students pursuing B.E. in any branch can participate in the event.

2. A team of two members can participate in the event.

3. Prelims will be conducted when the number of participants is more.

4. Students should bring their own stationary items.

5. Marks will be awarded based on the knowledge and accuracy in Manufacturing Planning

Process.

6. Winner will be announced based on the assessment made by an industrial expert.


22) DESIGN OF ASSEMBLY

AIM:

This event tests the ability of the students to assemble different mechanical components and

parts.

DESCRIPTION:

Each student has to assemble the parts of the given mechanical component and the kinematic

simulation has to done.

PERQUISITES:

Students participating in this event should have good knowledge of general mechanical

components and should be aware of designing softwares like NX SIEMENS, SOLID WORKS,

CATIA etc.,

REQUIREMENTS:

Around 20 to 30 computers having designing softwares ( NX SIEMENS preferably).

PARTICIPANTS EXPECTED:

Around 75 to 100 participants can be expected . If the number of registrations are more we

would make it a team event with 2 members per team.

JUDGEMENT CRITERIA:

Whoever finishes the assembly in the least time would be considered the winner and

simulation is also useful to test the perfection of the assembly.


23)Reverse engineering

Concept :

To analyse a duplicate model (Blueprint) of an object using reverse engineering

Expectation:

Round 1 Round 2 Round 3

Each team should write

about the given object

i.e. the materials

involved in it, ma.

nufacturing process

Each team should

prepare a 3D model of

the object with the

dimensions and

materials using CAD

softwares.

Each should prepare the

basic duplicate of the

object using alternative

material like News

papers , Thermocole

sheets etc.

KITS AND AIDS:

Non Consumable materials , equipment and tools should be supplied by the competitor.

The following list as a minimum shall be supplies by the competitor

News papers and thermocole.

Adhesives such as tapes, glue sticks, pins etc.

Cutting tools such as scissors , blades.

Rules :

Contestants must be enrolled as a SAE member in his college.

Per team 2 members

The team is independent of selecting the object .

The team can use any software for preparing the 3D model

JUDGING CRITERIA:

CONTENT MARKS ALLOTED

Write up 20

Accuracy of 3D model 20

Time taken for 3d model 10

Complexity of the object selected 20

Duplicate object 30

TOTAL MARKS 100

Date post:	24-Jun-2020
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1)CIRCUIT DESIGN - saeiss.orgsaeiss.org/saeiss/uploads/2016/10/Update-23-events... · 7) ADDITIVE...

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