Email: Shabbar Mob: *** Main +**-kaptanshabbar@Kaptan Street, 958-***-**** Mhow, gmail.M.P. – com 453441. Objective To learn the recent advancements in Manufacturing Engineering to enhance my analytical and engineering Academic Qualification B-Tech – skills, History implement Board them in my Institute work area and achieve Score a fast track growth. Year of Passing Mechanical

Engineering

VIT University Vellore Institute of

Technology,

Vellore 8.02 CGPA 2018

HSC CBSE Colonel’s Academy, Mhow 80% 2014

SSC KEY ENGINEERING CBSE PROJECTS Colonel’s Academy, Mhow 8.8 CGPA 2012 Brake Pedal

design as per

Baja SAE

standards (2016)

• Designed a light weight brake pedal using Solidworks 2013 and analyzed for characteristics such as deflection and thermal analysis using ANSYS 2014. Followed Baja SAE standards.

• Optimized to maximum for 200N force assuming use in compact/ sub- compact vehicles

• Analysed pros and cons of three different manufacturing materials – iron, aluminium, polyamide glass fibre

• Design impact: Achieved 0.09% weight reduction positively impacting fuel efficiency, cost reduction and improvement in corrosion resistance. Upright design as

per Baja SAE

standards (2017)

• Designed an upright using Solidworks 2013 and analyzed using ANSYS for finding out its factor of safety, and the stresses acting on it.

• In this design it was fairly easy to work out the effect of moving each joint, so the kinematics of the suspension can be tuned easily and wheel motion can be optimized.

• Design impact: Aluminium 7075 came out to be the ideal material to be used as it helped in weight reduction, great machinability and was economical.

Transient

Analysis of

Laminated

Composite

Conical Shell

Panel (2018)

• The transient responses of fiber reinforced composite conical shell panel were examined for different parameters.

• Designed a Conical Shell Panel and did the static analysis using FEM in ANSYS.

• Transient analysis was done using ANSYS Workbench and deflections were found at average height at which an aeroplane travels according to US Standards.

• Design Impact: Using Glass Epoxy the minimum deflections were found out on a conical panel and the effective number of layers and apex angles were decided.

Fabrication of

Box Transport

Mechanism

(2016)

• Designed a mechanism using Grashoff’s rule.

• Fabricated the working model in which small boxes would be transported from one place to another on electric power.

EXPERIENCE Sri Kannika

Matchworks, Tamil

Nadu, India

(Dec 2016 – Jan 2017)

• Understood the process flow involved in the product development

• Understood the organization structure and hierarchy of the organization

• Learnt the use of primary tools of Lean Manufacturing; 5’s workplace organisation

• Learnt the use of assessment tools of Lean Manufacturing; Poka-Yoke

• Understood the work cell design in brief

• Understood the JIT Manufacturing Methodology

EXTRA Vice President CURRICULAR of ACTIVITIES

S.H.E.I.L.D. (Startup Hub

for Entrepreneur and

Initiative for

Leadership

Development) (2016-

2017)

• Organized several events and conferences in the college’s technical fest, Gravitas’15 during my tenure.

• Led a team of around 50 people to work for sponsorships and Public Relations.

• Helped create a community of people so that they can proficiently work on their startups, intern in various organizations. Volunteered for Red

Cross Youth Wing in

Vellore (2016-2017)

• Extensively worked with the youth wing of Red Cross to serve various orphanages in and around Vellore

• Activities included interaction and playing with children, counselling them for their education and collecting and donating essentials such as clothes

SOFTWARE SKILLS SKILL LEVEL

3-D Modelling Intermediate

2-D Drafting Expert

Computer Analysis Intermediate

MS Office Expert

CNC Programming Intermediate

C Programming Beginner

LANGUAGES LANGUAGE KNOWN LEVEL

English Fluent

Hindi Native

Gujarati Basic

German Basic

AREAS • Manufacturing OF INTEREST Engineering

• Production Planning and Control

D.O.• B:30-Project 08-1996 Management

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