Mechanical Engineer Design

Vallabh Joshi

**** ******* **** **., *** **** +1-832-***-****

Dallas, TX – 75206 *********@*****.***

Mechanical EIT, offering diverse experience in the MEP industry, ranging from design & modeling of Retail to Medical facilities. Recognized for keen ability to enhance efficiency, exploit tools in hand to capacity and reduce re-engineering. Strong problem identification skill complimented by meticulous detail to drawings.

SKILLS

Engineering:

HVAC, Plbg & Medical gas systems design, BIM & Energy modeling, RFI & Submittal review, Building Automation System, Wind Tunnel design & associated measurement & analysis techniques, Computational analysis techniques.

Design & Simulation:

Revit, AutoCAD MEP, Trace 700, Dynamo visual programming, MATLAB, CREO Parametric 2.0, ANSYS Workbench, ANSYS Fluent, MS Excel, Modelica 2014, Solidworks 2014, Python 2.0, C++

Codes & Standards:

ASHRAE 55, ASHRAE 62.1, ASHRAE 90.1, LEED v4, IPC 2012, IMC 2012, NFPA 90, TX-CHPS

CERTIFICATIONS

LEED Green Associate, GBCI

Introduction to ANSYS Fluent, Mumbai, India

Interactive Programming in Python 2.0, Coursera

PROFESSIONAL EXPERIENCE

Mechanical Design Engineer – Meza Engineering, Inc., Dallas Jan ’17 – Dec ’17

Key achievements include two $20M+ school & six ER projects, from design documentation to construction administration.

Successfully laid out project template files in Revit & revamped 100+ Revit families to easily & automatically communicate the floor plan layout with the equipment schedules.

Introduced & exploited Dynamo visual programming tool to integrate with the Revit model. Rendered fewer clicks in equipment placement & tagging, reducing modeling time for an ER by 8%.

Carried out site visits for expansion & renovation projects. Effectively communicated site observations with other engineering trades through use of Bluebeam and Plangrid tools.

Managed 2 entry level engineers. Trained them in AutoCAD, Revit & Trace modeling.

Engineering Intern – Meza Engineering, Inc., Dallas Jan ’16 – Dec ’16

Accomplished the ducting & piping design layouts, abiding codes & specifications for cost estimation & DD set issue.

Articulated floor plans by producing riser diagrams, component detail drawings, section & 3-D views.

Reviewed & edited O&M manuals for DFW airport projects that generated more than $5M, leveraging Commissioning team better time utilization in the field. Also, analyzed equipment performance recorded for commissioning report.

Devised 2 excel sheets, for chilled water pipe sizing & air balance, eliminating need for hand calculation for future projects.

Intern – DJ Refrigeration, Mumbai, India April ’14 - Aug’14

Achieved 40% growth of the residential market by widening sale of window & split air conditioners to nearby suburbs.

Created & maintained log of 1500 leased equipment, including unitary & centralized air conditioners, to keep better track of required maintenance as well as technician hours.

ACADEMIC PROJECTS

Computational Fluid Dynamics Project

Implemented 5 finite difference & finite volume techniques on the heat & wave equations with the purpose of realizing best suited modeling method & building efficient numerical solvers.

Visualized flow over 2 rough geometries, cubical & cylindrical, to analyze wake vortex characteristics, velocity & pressure distribution on certain critical planes. Obtained values within 2% of the referenced DNS model values.

Finite Element Analysis Project

Developed a solver in MATLAB to model & analyze uniformly loaded rectangular frame, using triangular node and rectangular node element method, to test the convergence with the ANSYS Finite Element model.

Wind Turbine Project

Visualized & provided deductions on the velocity data acquired through LiDAR experiments on WT.

Identified & applied best suited frequency filtration methods to analyze the recorded data.

EDUCATION

MS, Mechanical Engineering – The University of Texas at Dallas Dec ‘16

BE, Mechanical Engineering – Mumbai University, India May ’14

https://www.linkedin.com/in/vallabh-joshi-47035157

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