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Mohamed Imthiyaz Saied Ramalan

NUST · 2025
Email
imthiyazramalan123@gmail.com
Phone
+94772026837
LinkedIn
GitHub

Academic

Program
BEE
CGPA
3.2
Year
2025
Education
SEECS
Address
DOB

Career

Current role
Target role
Skills
Python, Java, C++, Octave, Convolutional neural networks, Recurrent neural networks, Keras, C language, Autocad plant 3d, Auto cad, Analytical, Communication skill, Technical documentation, Coordination, Social media, Verbal communication, Communication & interpersonal, Strategic communications
Interests / quote
Dedicated and driven with a solid academic foundation and a passion for technology. Proficient in both theoretical principles and practical applications. Strong problem-solving skills and attention to detail. Committed to continuous learning and eager to contribute to projects in the field of electrical engineering.

Verbatim text

The exact text the LLM saw on the page (or the booklet text from the old import). This is what powers semantic search.
Mohamed Imthiyaz Saied
Ramalan
Cell: +94772026837 
Email:
imthiyazramalan123@gmail.com 
Address: 
,
Python/java/c++/octave
Convolutional neural networks
Recurrent neural networks
Python, keras
Proficient in c & c++
Autocad plant 3d
Auto cad
C language
Analytical
Communication skill
Technical documentation
Coordination
Social media
Verbal communication
Communication & interpersonal
Strategic communications
To be furnished upon request.
Professional Profile
Dedicated and driven with a solid academic foundation and a passion for technology.
Proficient in both theoretical principles and practical applications. Strong problem-
solving skills and attention to detail. Committed to continuous learning and eager to
contribute to projects in the field of electrical engineering.
Education
BE Electrical Engineering 
School of Electrical Engineering and Computer Science , 3.16 
, (2016) 
, (2020) 
BE Electrical Engineering 
National Univesity of Science and Technology,Islamabad ,Pakistan , 3.2
(2025) 
High School 
Zahira College Colombo , (2020) 
Internship Experience
EV Academy -Islamabad ( 03-Jun-2024 - 12-Jul-2024 ) 
Modeled and simulated electric vehicles using EVSim in Simulink MATLAB. Improved
simulation models for EV components and analyzed results. Gained hands-on
experience in electric vehicle dynamics and energy management
Crysto Solar Energy Private Limited ( 03-Jul-2023 - 04-Aug-2023 ) 
Conducted site assessments and shading analyses. Assisted with testing,
troubleshooting, and commissioning of solar panels and inverters. Contributed to
project documentation and customer communication. Gained hands-on experience
with solar energy monitoring and data analysis tools.
Projects
SoC Estimation for Drone Battery Using ML (FYP) 
Developing a machine learning-based system for accurate drone battery State- of-
Charge (SoC) estimation. Using EV datasets and drone-specific data to train models
like DNN, LSTM, and Random Forest. Integrate real-time SoC monitoring into drone
hardware to enhance flight safety and efficiency.
220V DC to AC Inverter 
Design and Implementation of a Single-Phase 220V DC to AC Inverter Designed a
220V DC to AC inverter using IGBTs and PWM control with Arduino/ESP32. Achieved
90% efficiency and maintained Total Harmonic Distortion (THD) at 5%. Implemented
and tested the inverter for stable and efficient power conversion

AI enrichment

Mohamed Imthiyaz Saied Ramalan is a recent Electrical Engineering graduate with a CGPA of 3.2, specializing in electric vehicles, solar energy, and machine learning applications. He possesses practical experience through internships in EV simulation and solar panel commissioning, alongside academic projects involving battery state-of-charge estimation and inverter design.
Skills (AI)
["Python", "C++", "C Language", "MATLAB", "Simulink", "Keras", "Convolutional Neural Networks", "Recurrent Neural Networks", "AutoCAD Plant 3D", "AutoCAD", "Electric Vehicle Dynamics", "Solar Energy Systems", "Machine Learning", "LSTM", "DNN", "Random Forest", "Inverter Design", "IGBTs", "PWM Control", "Arduino"]
Status: ai_done
Provenance
Source file: BEE-2025-Graduate-Booklet-1.pdf
From job #243 page 49
Created: 1778158068