Fahim

Fahim

Fahim

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Hy ! I am Fahim Mahmud

Data scientist

As a Data Scientist with a strong foundation in data analysis, predictive modeling, and machine learning, I transform complex data into actionable insights that drive business growth.

fahimmahmud.site
fahimmahmud.site
ABOUT ME

My name is Fahim, I’m a Data Scientist Working Student at @Merck KGaA,Darmstadt Germany and this is a selection of my personal and professional work.

Over the past year, I've collaborated with teams across various sectors, from tech startups to established corporations. I’m passionate about transforming raw data into insights that empower decision-making and fuel business growth. By leveraging predictive modeling, machine learning, and data analysis, I strive to craft data-driven solutions that not only solve complex problems but also bring value and efficiency to organizations.

Strategy

Concept

Analysis

Research

Development

Design

"Strategizing Data-Driven Solutions for Insightful Analysis and Impactful Development."

"Turning Data into Clarity: Insightful Analysis for Informed Decision-Making."

"From Insight to Implementation: Driving Development through Strategic Analysis and Data-Driven Solutions."

fahimmahmud.site
86 Projects

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Experience

Merck KGaA, Germany

Working Student

Sep 2023 - Present

Bkash

Digital Service Officer

Jun 2020 - Mar 2021

Internship Trainee

Internship

Sep 2019 - Nov 2019

Dockyard and Engineering Works Limited

Internship Training Program

May 2019 - May 2019

Publication

Thesis Paper

On-Body Microstrip Patch Antenna for Breast Cancer Detection

Breast cancer is the most common invasive cancer for women. It is the second major cause of cancer that causes death after lung cancer in women. This paper portrays an on-body microstrip patch rectangular antenna, which is found to operate at ISM-Industrial, Scientific and Medical band of 2.4–2.4835 GHz after placing it on the surface of the human breast, designed in the CST microwave studio to specify the tumor in narrow bandwidth. Being highly flexible, FR4 is selected as a substrate, and copper is selected for both ground and patch. To guarantee the safety of the patient, a human breast phantom is constructed consisting of two layers- skin and glandular tissue. The tumor is positioned at different locations on the breast phantom model to ensure the efficiency of the device. The S11 value without tumor is −49.405 dB and the voltage standing wave ratio is 1.0067957. Specific absorption rate is 1.18, total efficiency is −6.846 dB and radiation efficiency is −6.846 dB. To make the device biocompatible, all these parameters are experimented by comparing the cancerous tumor’s location and without the cancerous tumor.

TESTIMONIAL

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Latest blog posts

What’s new? My blog and news.

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