Mudit Srivastava

** ******* ****, ******** ******, NJ – 08879, acy91w@r.postjobfree.com, 732-***-****

Objective: Graduate Mechanical Engineer passionate to work towards sustainability of built environment

Education: Stevens Institute of Technology, Hoboken, NJ Expected May 2017

Master of Engineering in Mechanical Engineering, GPA: 3.82

Course Work: Modeling & Simulation, Thermal System Design, Numerical Methods, Wind Energy

Solar System Design, Fluid Dynamics, HVAC System Design, Sustainable Energy, Heat Transfer

Poornima College of Engineering (RTU), Jaipur, Rajasthan, India May 2015

Bachelor of Technology in Mechanical Engineering, GPA: 3.2

Skills: Design and Simulation – AutoCAD, REVIT MEP, SketchUp, MATLAB, SolidWorks, ARENA

Energy Modeling - Carrier HAP, Trane TRACE 700, eQuest, PVWatts, System Advisor Model (SAM)

Documentation - Microsoft: Word, Excel, PowerPoint, Google: Docs, Slides, Sheets

LEED Green Associate (Green Business Certification Inc. – Feb 2017)

Engineer In Training (EIT) – Mechanical (NCEES – Expected May 2017)

Projects: Stevens Institute of Technology, Hoboken

Solar PV System Design: 2 Constitution Court, Hoboken Fall 2016

• Performed a feasibility study to install a Solar PV system for a 12 story residential building

• Product selection based on Altman-Z score: 60 cell 265 W solar PV panels

• Designed a 250 PV module system layout (66.5 kW) using AutoCAD after careful site inspection

• Utilized PVWatts to estimate annual savings of $9636 with a payback period of 6.6 years

HVAC System Design: 10 Riverside Blvd, Manhattan, NYC Fall 2016

• Analyzed currently proposed HVAC system of an actual 38 stories residential building

• Calculated and verified both heating & cooling loads to be 6 and 6.3 million BTUs per hour

• Leveraged ASHRAE codes for high rises to incorporate Variable Refrigerant Flow, Boilers,

and Absorption Chillers in system redesign with respective product selections

• Conducted economic analysis for 60% reduction in operating costs and annual savings of $581,237

Sustainable Solution for Restaurants Spring 2016

• Led a team of 5 members to design an integrated micro turbine CHP and solar PV system

• Performed economic analysis to calculate benefits of $319,921 in terms of Net Present Value

• Payback period of 3.87 years and a competitive LCOE of 7.2 cents per kWh for 10 year lifespan

• Reduction of 1.83 million kg carbon dioxide from atmosphere and energy savings of 185 kW

Energy Structure of China: 2050 Spring 2016

• Created a mathematical model forecasting total electrical consumption of China in 2050

Key variables: Trade policies, Industrial structure, Electric Vehicles, Population, Energy market

• Deployed Malthus’ exponential population growth model to predict electrical energy use

• 13% reduction in electrical usage due to US imposed tariffs (15% - industrial sector) on China

Experience: Stevens Institute of Technology, Hoboken Fall 2016 – Present Graduate Teaching Assistant: Engineering Analysis

• Assist students to understand concepts and its applications. Grade assignments and semester tests

National Engineering Industries (NEI) Limited, Jaipur Summer 2014

Manufacturing Summer Intern

• Inspected heat treatment of raw materials and production process for angular contact bearings

Activities: ASHRAE Winter Conference & AHR Expo – Las Vegas, NV (January 2017)

Volunteer: NESEA Building Energy NYC – New York City (November 2016)

Coursera – Age of Sustainable Development – Columbia University (Spring 2017)

Available 5th June 2017

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