Shadab Anwar Email & Phone Number

Us

- Work with the internal Sales Engineering on reviewing project specifications and construction drawings and requirements to deliver a preliminary design for estimation purposes.- Manage design for Controlled Environment Rooms to ensure compliance with project specifications.- Perform thermal load calculations. Design customized refrigeration systems and prepare refrigeration plans including pipe sizing, equipment selection and layouts.- Perform moisture infiltration load calculations. Select humidification and dehumidification equipment and methods to meet custom requirements. Design equipment layout and controls. - Design / Modify PLC based customized Control panels.- Work closely with the Construction Managers on each project as a part of the Project Management team.- Communication and coordination with vendors. Materials requisitions and project buy-out.

Us

• Design and Build of Environmental rooms including clean rooms, cold rooms, freezers and warm rooms. • Generate MEP (Mechanical, Electrical, & Plumbing) designs.• Parameter and Sequence of operations for PLC based Controls.• Detailed construction drawings and shop drawings. Design of Mechanical parts/layout, Electrical and HVAC/R schematics using AutoCAD and Revit• Equipment selection (Compressor, Condenser, Evaporator, etc.). P&ID, Bill of Materials (BOM) and Documentation• Excellent Communication with contractors, subcontractors, vendors and installation crew

Us

1. Analyzing company processes for delays, obstructions, and weaknesses.2. Ensuring production area is clear of obstructions and contaminants.3. Servicing and maintaining production equipment.4. Troubleshooting processing issues.5. Assessing process orders.6. Maintaining machinery supply inventory.7. Notifying Quality Assurance personnel of production flaws.8. Ensuring production processes adhere to safety and quality regulations.

• • Design and build of Environmental rooms, Commercial Coolers and Freezers • Heat Load calculations and design of refrigeration systems using fundamentals for refrigeration and / or HVAC systems and components• Calculation of Airflow to maintain required uniformity inside environmental rooms• Design of humidification and dehumidification systems and knowledge of psychrometric charts• Design of controls to support the operation of engineered systems. Basic knowledge of Industrial Control Panel design• Detailed construction drawings and shop drawings. Design of Mechanical parts/layout, Electrical and HVAC/R schematics using AutoCAD• Equipment selection, Bill of Materials (BOM) and Documentation• Project Management of multiple projects along with Material Requisition

Cincinnati, Ohio, Us

Cincinnati, Ohio, Us

Master’s Projects | NVH (Noise, Vibration, and Harshness) Test & Validation using FE (Finite Element) model, Univ. of Cincinnati Aug 2017- December 2018Experimental Modal Analysis of a Square mounted (with a high damping) on H-Plate which is supported by 4 wheels using Multiple Reference Impact Test (MRIT) Experimental Modal Analysis of a Square Plate Component using Multiple Reference Impact Test (MRIT)• Acceleration responses were captured using the data acquisition system with the aid of X-Modal III software (similar to LMS data acquisition system)• 27 modal frequencies were obtained. Analyzed the number of modes, the linear dependency between modal vectors, different mode shapes and orientation was found whether in bending or torsion mode• Formulated the complexity of the mode shapes using Modal Vector Complexity Plots (MVCP)Experimental Modal Analysis of a Circular Plate using Shaker Test• Acceleration responses were captured using the data acquisition system with the aid of X-Modal III software• 34 modal frequencies are obtained for a system without added mass and 33 frequencies with added mass• The modes obtained using experimental method was validated using the finite element analysis. The modal frequencies and mode shapes were matchedFrequency Response Function (FRF) & Coherence in (MIMO) data on MATLAB• Analyzed noise and leakage in FRF data by applying various averaging techniques like cyclic averaging, overlapping, the effect of windowing• Analyzed the benefits of H1 and Hv algorithms. Determined the linearity of the virtual forcesFEA (Finite Element Analysis) Project using CAE software (SOLIDWORKS, Abaqus) • Generated 3D model of blade (NACA0012) and ball using SOLIDWORKS• Simulated the rotating 3D blade impacted by a horizontally moving spherical ball featured as rigid body• Meshing and stress distribution analysis after impact using Abaqus. Plotted time history of Von Mises stress

New Delhi, Delhi, In

Successfully completed an industrial training at Tughlakabad Diesel Locomotive Shed, Indian Railways. As India has one of the largest railway networks in the world, training at one of its locomotives shed was indeed very fortunate and beneficial. Activities at the shed:• Learned the design, working principle and maintenance V16 diesel engine and its supplementary parts

New Delhi, Delhi, In

Completed Summer Internship on Friction Stir Welding (FSW) at Department of Mechanical Engineering, Faculty of Engineering and Technology, Jamia Millia Islamia, New Delhi, India. Friction Stir Welding (FSW) is considered as the most significant development in metal joining in the last 25 years and was developed by Wayne Thomas at The Welding Institute (TWl), UK, in December 1991. Unlike traditional welding operation which involves the melting of material, FSW is a solid-state joining process where mixing of metal at the interface of plates is achieved by a cylindrical probe with high rotational speed leading to frictional heat and plastic deformation. The grain size is restrained to a small value by Dynamic Re-crystallization, thereby giving improved weld strength. The experimental and analytical work during the internship included the following tasks:• Conducted several experiments of friction Stir welding on Aluminium and Steel• Used different Tool material, RPM, Feed rate, Plunge Depth and Base metals thickness• Analyzed the grain size across the weld (weld nugget, TMAZ, HAZ) and predicted location of failure• Performed tensile, Izod and Charpy test, and Microstructural analysis(grain size and microhardness ) using different etchants

Masters In Engineering, Mechanical Engineering

Bachelor Of Technology - Btech, Mechanical Engineering