Deepak S

E-mail: adix0w@r.postjobfree.com ***, Thillai Nagar, Mamangam, Salem. Mobile: +917*********

PERSONAL PROFILE

Self-motivated recent postgraduate who possess can do attitude with quick learning skills and out of the box thinking. Works equally well independently, or as a member of a team and very much enjoy being exposed to new challenges and to work in the best interests of the employer.

TECHNICAL SKILLS

Autodesk Revit 2020

Sketchup- 3D modelling Application

Autodesk AutoCAD

Windows 7,10 and Microsoft office applications.

WORK EXPERIENCE

Saathvika Constructions, Hosur. Jan 2019 – March 2019

Site Engineer – Paid Work Experience

Involved in Refurbishment of Frauscher Commercial Property which is around 10,000 sq. feet.

SK Constructions, Salem May 2018 – August 2018

Technical Assistant- Paid Internship

Analysis of Tender

Construction Site supervising

Accounts and payroll

EDUCATION

Qualification

Board/University

Year

Percentage

Master’s in Structural Engineering

KSR College of Engineering, Tiruchengode.

2018 - 2020

7.5/10

Bachelor’s in civil engineering

KSR College of Engineering, Tiruchengode.

2014-2018

6.4/10

Higher secondary school

Vedha Vikas Hr. Sec. School, Salem.

2014

58%

Secondary school

Vetri Vikaas Matriculation, Rasipuram.

2012

79%

ACADEMIC PROJECTS

Master’s Degree Project

Experimental Study on durability of Concrete infused with Chicken Egg Shell Powder.

In this study the ordinary Portland cement has been partially replaced by egg shell powder (ESP) and Incinerated egg shell powder (IESP) according in the range of 10%, 20%, 30% and 40% of M20 concrete.

The chicken egg shell powder by raw consists of 94-95% of calcium carbonate (CaCO3) and on incineration turns to calcium oxide (CaO).

The use of egg shell in replacement of cement in concrete can have benefits like minimizing use of cement instead of using natural lime.

Finally, the compressive strength of ESP 20% and IESP 30% mixed concrete cubes has higher strength than the conventional mix at an age of 28 days curing.

Bachelor’s Degree Project

Microstructural Investigation of Different Types of Coarse Aggregate Effects in Concrete

Petrological analysis of different types of rocks used as aggregates to know which is more effective.

Coarse aggregate forms the skeleton of the concrete and its properties affects the global nature of the concrete.

Aggregates such as grey granite, anorthosite, pink granite, limestone having significant variations in petrographic.

Limestone has less strength compare to other ingenious types of rocks used as aggregate in this study.

Finally, compressive strength of grey granite is higher compare to other aggregates.

OTHER ACTIVITIES AND INTERESTS

Member at NSS and participated in site cleaning and painting of a government school.

Actively involved in Organic Farming, Farm poultry and Fish Farming.

Interested in Design, Planning and Estimation and Highway Engineering.

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