ROHITH GOPAL
SENTHIL ATHIBAN
SUMMARY
It is my blossomed passion in the field of Mechanical Engineering that has driven my dedication towards pursuing a master’s degree in advanced mechanical engineering after completing Bachelor of Technology. Extensive knowledge of design and technology, tooling and calibration equipment; quality control; fault finding; equipment maintenance; and safety regulations through successful implementation and deployment of projects in college. Strong interpersonal, analytical and problem-solving skills. My experience has taught me; to communicate effectively, to be adaptable and, to build relationships. This is achieved by working well in a team and independently, by leading as well as taking instruction, and collaborating goals with clear direction. I am an ambitious, dedicated, and hardworking individual, who strives for perfection. My objective now is to utilise my academic knowledge, and the practical experience I have gained, in a professional environment to gain new skills in the mechanical engineering field. COMPETENCIES
Able to leverage expertise and skill to deliver technical support and balance competing priorities to deliver results.
Versatile professional with robust skills to perform engineering functions in any environment.
Analytical and conceptual thinking, with a conscientious approach to managing workloads.
Computer literate and experienced in interpreting engineering drawing, machining to process specifications, and maintaining documentation.
Excellent understanding core engineering theories. ACADEMIC PROJECTS
Investigating the influence of rectangular, trapezoidal and parabolic profiles with square and circular perforations on the thermal performance of a plate fin heat sink (Jan 2020-Aug 2020)
Designed and performed an analysis of a heat sink used for electronics cooling with least thermal resistance, pressure drop and tip temperature with perforations.
Checked instruments for appropriate calibration.
Performed numerical analysis using ANSYS Fluent following the approach of computational fluid dynamics to determine the influence of various profiles and perforations that can be used for various applications.
Played a key role in troubleshooting problems, documenting difficulties, tracking responses, providing input on short and long-term solutions, and recommending improvements and enhancements to improve their efficiencies. Performance analysis of photo voltaic thermal system (Aug 2018-Apr 2019)
Worked with a team of 3 to increase the efficiency of the solar panel by reducing the temperature on the top layer of the PV panel.
Leveraged the use of phase change material which stores heat as latent heat to achieve a temperature reduction. Moreover, the stored heat could also be used for other applications after sunset.
Improved service quality and minimised errors through performance evaluations, effectively identifying and targeting areas in need of change.
Maintained a working knowledge of new technologies to improve operations, and develop recommendations accordingly. No: -18, AKG Nagar, 1ststreet, Varadharajapuram,
Uppilipalayam Post, Coimbatore, 641015.
M: +91 (0-979*******
adnuyt@r.postjobfree.com
AREAS OF EXPERTISE
New Product Development
Project Management
Strategic Planning
Technical Documentation
Design Feasibility
Computational Fluid Dynamics (CFD)
Thermodynamics
Heat Transfer
Solid Mechanics
Testing & Monitoring
Analytical, Numerical & Experimental
Quality Assurance
Mitigate Risk
Health & Safety
SOFTWARE SKILLS
Programming Language: - C, C++.
Microsoft Office Package: Word, Excel and
PowerPoint
Computer aided graphics: CADIAN, AutoCAD
and Solid edge
Modelling and Simulation software: ANYSYS
Mechanical APDL and Fluent
Other programming software: - MATLAB
PERSONAL SKILLS
Teamwork
Time Management
Attention to Detail
Problem-solving
EDUCATION & TRAININGS
University of Leeds, UK (Nov 2020)
Master’s in advanced mechanical engineering,
Graduated with Merit
Amrita School of Engineering, India (Apr 2019)
Bachelor of Technology in Mechanical Engineering,
Graduated with 90.2% overall.