Solidworks, Catia, Autocad, Ansys, Revit, SAP ERP, Matlab, MS Office

AVADHOOT MULAY, E.I.T.

Mobile: 312-***-**** Email: *******@***.*** LinkedIn: https://www.linkedin.com/in/avadhoot-mulay/

EDUCATION

• Master’s in Mechanical Engineering

(Aug 2017 – May 2019)

University of Illinois at Chicago, USA

• Bachelor’s in Mechanical Engineering

(Aug 2012 – May 2016)

Savitribai Phule Pune University

(University of Pune), India

• Courses during Bachelor’s and Master’s

o Design & Analysis – Dynamics of

Mechanical Systems, Computer Aided

Machine Drawing, CAD/CAM

Automation, Finite Element Analysis,

Theory of Machines, Design of Machine

Elements, Dynamics of Machinery,

Strength of Materials, Mechanical

System Design, Manufacturing

Processes, Operation Research,

Reliability Engineering

o HVAC, Industrial Energy Management,

Thermodynamics, Heat Transfer,

Refrigeration and Air Conditioning, 3D

Printing, Advanced Solid Mechanics,

Numerical Methods in Mechanical Engg,

Applied Optimization, Mechatronics

CERTIFICATION

• Engineer In Training (EIT) / (FE)

Passed the FE exam in Nov. 2019

SKILLS

• Mechanical Design Software: Proficient in

Solidworks, CATIA, AutoCAD (Computer

Aided Design), ANSYS, Revit

• SAP ERP Software: Knowledge on Master

Data – Material Master, Procurement, Bill Of

Materials (BOM), Work Center, Routing,

Production Version, Procurement, Materials

Management, Production Planning

• Technical Skills: FEA, Design Engineering,

Manufacturing, HVAC, 3D Printing,

Optimization, Productivity Improvement,

Mathematics, Statistical Analysis, Lean

Manufacturing, Blueprints

• Computer Skills: MATLAB, MS Excel, MS

PowerPoint, MS Word

• Proficient in Geometric, Design and

Tolerancing (GD&T) Principles.

• Knowledge of ASME Y14.100 and Y14.5

Standard Design Guidelines.

EMPLOYMENT HISTORY

• MANUFACTURING ENGINEER (INTERN) March 2017 – June 2017 Suntech Gears Pvt. Ltd., Pune

o Worked as a PPC SUPERVISOR in Manufacturing department which also involved understanding Design Blueprints, Quality Assurance, Quality Control and Vendor Management.

o Executed Gearbox Reconditioning of 2 gearboxes used for cooling fans in MSEB power station.

o Performed 3 stages of inspection for gears – Raw material, In-process and Pre- dispatch final inspection.

o Learnt how to carry no-load testing and noise testing of gearboxes.

• MECHANICAL PROJECT ENGINEER (CO-OP) Sept 2015 – April 2016 Sandvik Asia Pvt. Ltd., Pune

o Improved the Productivity of Grinding Machine by Reducing Setup Time o Focused on major process elements for evaluating and optimizing setup time of grinding machines.

o Techniques used - Time & Motion Study, 5S, Systematic Layout Planning, SMED, Micro-motion Study, Lean Manufacturing, Kaizen, Kanban, Poka- Yoke, Inventory Control, Continuous Improvement, Root Cause Analysis. o Achievement - Productivity increased by about 20.7% saving about Rs. 160,000 per quarter year.

o Research Paper - Improving the Productivity of CNC Grinding Machines o Published in International Journal of Engineering Research and Technology

(IJERT), Volume. 5, Issue. 6, June 2016.

PROJECTS

• For Slider-Crank mechanism, determined position, velocity and acceleration of connecting rod and slider block.

• In a Four-Bar linkage, determined orientation, angular velocity and acceleration of coupler, rocker and crankshaft.

• Transformation matrix defining orientation of rigid body with respect to another body o Used method of Direction Cosines.

• Develop equations of motion for Two-link Robotic System and Four-bar mechanism o Used Augmented Formulation and Embedding Technique.

• HVAC - Heating and Cooling Loads for a House

o Calculated Heating Loads using U-factor for walls (including windows and doors) and roof, foundation and infiltration.

o Calculated Cooling Loads (hourly) using SCL and ICL for windows, CLTD and ICL for glass, walls and roof, for finding Maximum Cooling Load Value.

• Heat Gain from Roof

o Used Parallel Path method, Isothermal Plane method.

• Sun’s altitude, Solar time, Azimuth angle for horizontal, vertical and inclined surface for any location on Earth.

• Number of Degree days and fuel required to heat a home.

• Heat Transfer in an Extended Surface (Fin) using 4th Order Runge-Kutta Method and Matlab.

o Used Shooting Method for calculating third guess. o The temperature profile of the fin is governed by second-order Ordinary Differential Equation.

• Automatic Sketching – Made a 2D Printer using Arduino UNO microcontroller to coordinate motion between 2 separate stepper motors and a lead screw apparatus for X and Y axes.

• Multi-Objective Genetic Algorithm in Reverse Logistics with Case Study.

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