Vishal Yadav +91 7755865816
B. Tech vishal7k7@gmail.com
Mechanical Engineering vishal.20213044@gmail.com
Motilal National Institute of Technology Allahabad LinkedIn || GitHub
EDUCATION PROJECTS
Bachelor of Technology in Mechanical Engineering Refrigeration Systems
Motilal Nehru National Institute of Technology 01/2024 - 02/2024
01/2021 - 01/2025 Allahabad Tools & technologies used: MATLAB, Simscape
CPI: 7.55 (till 5th semester)
• Developed and validated a Simscape
Intermediate model of a refrigeration system, ensuring
Radhika Bal Vidya Mandir Senior Secondary School the system maintained a 10 kg
01/2019 - 12/2019 Jaunpur aluminium cold plate at 5°C with a 1 kW
Percentage: 81.8 heat load.
High School • Generated pressure-enthalpy (T-h)
Maa Durga Ji Senior Secondary Vidyalaya diagrams for the R-1234yf refrigerant,
01/2017 - 12/2017 Jaunpur aiding in accurate system diagnostics and
CGPA:10 performance evaluation
• Simulated system reliability between
SKILLS 15°C and 40°C environmental tempera-
ture
• AutoCAD • SolidWorks • Ansys
• MATLAB • C/C++ • Python
• OpenCV • JavaScript • Robotics Battery Thermal Management System
09/2023 - 02/2024
EXPERIENCE
• Designed and tested Battery Thermal Man-
Vocational Training
agement System using Nanofluid,enhancing
NTPC
EV battery cooling in Ansys.
06/2024 - 07/2024 Meja • Compared cooling and Heating of nano-
• Gained in-depth knowledge of boiler operations, turbine functions, fluid when the cooler is off and when the
and switchyard systems at NTPC Meja. cooler is on at 18 degrees.
• Gained expertise in safety protocols, soot-blowing optimisation, and • Analyzed battery cooling and heating
efficient power plant layout integration to enhance performance. performance at surface temperatures of
• Studied predictive maintenance techniques and preservation prac- 30°C and 35°C.
tices to ensure the long-term reliability of power plant machinery.
Electric Bike
Summer Internship
Simulation Lab 09/2023 - 02/2024 SAE Club, MNNIT
06/2023 - 07/2023 Remote • Played a pivotal role in designing and
• Performed CFD analysis with ANSYS to optimise wing aerodynamics, building a self-made electric bike within
achieving peak efficiency at 5° angle of attack, 6° alpha, 2° beta, strict dimensions and weight limits.
and 100 m/s velocity • Contributed to the electrical and suspension
departments, enhancing performance and
• Executed 2-way FSI analysis, determining maximum wing tip defor-
comfort.
mation and ensuring structural integrity under aerodynamic loads.
• Won "Future Award" and "Best Design and
• Performed acoustic analysis on aeroplane wing under vibration
Aesthetics" at ISIE E-Bike Challenge 2024.
Condition.
• Collaborated with a core team to collect and analyse data on proto- Ball Following Bot
type flap efficiency trends. 02/2023 - 04/2023 Robotics Club Mnnit
Tools & technologies used: OpenCV, Python, NumPy.
ACHIEVEMENTS • Developed a robot using computer vision,
Arduino and Raspberry Pi to track and
Blueprint: 1st runner-up in Blueprint under Mechrochosm. follow a ball autonomously.
AutoMaxx:1st Position in AutoMax under Mechrochosm. • Implemented computer vision algorithms
Detect and Direct:2nd position in Detect and Direct under Robotics Club. to detect and track the ball in real time.
Industrial Monopoly: Special Mention in Industrial Monopoly under • Integrated motor control systems with Ar-
among 32 teams. duino to enable precise navigation and
movement.
CO-CURRICULAR ACTIVITIES
AREA OF INTEREST
• Member of the Robotics Club.
• Strength of Material • Thermodynamic
• Member of the Society of Automotive Engineers.
• Fluid Mechanics • IC Engine
• Coordinator of Anokhi Pahel.
