Mechanical Engineer
Resume:
Joyce Joseph
Mechanical Engineer
Personal Info
Address
Flat No. B-2,
Green Glen Layout
Bangalore-560103
Education
**** – 2018 VIT University B.Tech Mechanical Engineering Tamil Nadu, India 8.36 CGPA
2012 – 2013 Placid Vidya Vihar Senior Secondary School Kerala, India 92.8%
2010 – 2011 United Indian School Higher Secondary School Kuwait 98%
Mana Campbell,
Green Glen Layout, Bellandur,
Bengaluru - 560103
Phone
ac7lua@r.postjobfree.com
Date of Birth
28-10-1994
www.linkedin.com/in/joycejoseph94
Recent graduate of ABET-accredited program seeking an entry-level mechanical engineering position. Skilled in 3D modeling and animation, FEA and a large number of technical packages. Outgoing and detail-oriented, proficient at building and maintaining professional relationships. Technical Skills
Ansys
Catia
SolidWorks
Creo
Mathlab
Fusion 360
Assist in the design and development of hydraulic steering systems.
Prepare technical operating procedures, project proposals and reports.
Provided administrative support for the manufacturing department Mechanical Intern – Rane Madras
1/6/2017 – 30/6/2017
Worked as a full time intern alongside specialized engineers and learnt a lot about the manufacturing and working of hydraulic steering systems. Interned here as part of a 2 credit program in VIT Responsibilities:
Experience
Was chosen as the Manager for Riviera 2018, amongst 35000 other Students of VIT, Vellore. This International Gala ranks among the top 3 college cultural fests in India.
Manager - Riviera International Sports & Cultural Carnival Played an instrumental role as the coordinator in organizing a marathon in VIT that saw nearly 8000 participants, in order to promote the Prime Minister’s Swachh Bharath Andolan.
Coordinator - Swachh Bharath Marathon
Event Manager – Literary Association of VIT
Organized and conducted various workshops, seminars and cultural fests as the Event Manager of Literary Association of VIT, the largest association in VIT .
Adaptability
Time Management
Strategic Planning
Communication Skills
Decision Making
Self-Motivated
Team Work
English
Malayalam
Hindi
French
German
Arabic
Avid cross country traveller
Volunteering and Mentoring
Listening to Music
Swimming
Team Sports - Basketball, Football
Learning New Languages
Projects
Study of the Wear Properties of Rapid Prototype Materials after Cryogenic Treatment
The project investigated the influence of cryogenic processing, on the properties of rapid prototyped Selective Laser Sintering (SLS) materials by subjecting the components to temperatures below 120K. The project successfully studied the impacts of cryogenic aging on the wear properties of the material. This project also included:
The investigation of cryogenic ageing of the material,
The effect of controlled ramp up/down on the ultimate and tensile strength,
The parameters affecting the wear rates.
The microstructural studies using SEM and EDAX.
Design and Fabrication of Pendulum Powered Water Pumps The project consisted of designing and fabricating a water pump using Ansys and SolidWorks for modeling. .The operation of the pump is based on forced oscillation of the pendulum. The project consists of three main systems:
The oscillating pendulum lever system
The system for initiating and maintaining the oscillation of the pendulum
The System uses the energy of oscillations of the lever. References
Prof. RAMANUJAM R
Head of Department
School of Mechanical Engineering
VIT University, Vellore
Tamil Nadu, India
Tel: +91-944*******
Email: ac7lua@r.postjobfree.com
Prof. SENTHIL KUMAR M
Department of Automotive Engineering
School of Mechanical Engineering
VIT University, Vellore
Tamil Nadu, India
Tel: +91-944*******
Email: ac7lua@r.postjobfree.com
Skills
Languages
Interests
Due to the pendulum oscillation the linear movement is obtained in the lever which is connected to the piston pumping the water from the sump. Based on the oscillation the vertical movement varies and also the outlet of the water varies.
Power Generation Using Piezoelectric Tiles
A piezoelectric tile capable of generating 40V was devised through this project. The design and structural analysis of the piezoelectric tile was done using Ansys and Fusion 360.
The piezoelectric tile could convert the mechanical energy of vibrations to electrical energy with good efficiency.The weight applied on the tile and corresponding voltage generated was studied.It is especially suited for implementation in crowded area and can be used in street lighting without use of long power lines. It can also be used as charging ports, lighting in buildings.
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