Technical Skills

Autocad illustration

Magnetic separation of different types of magnetic ores

Designing my own house

Wrench modeling by own thought

As usal wrench

Photoshop illustration

Synthesis of CS+ASA crosslinked soft tissue adhesive using a dual mix syringe glue applicator with a common needle

Adhesion mechanism of the synthesized STA onto the wound closure model

Synthesis of cobalt zinc ferrite(CZF) nanocomposite

Proposed photodegradation mechanism of photocatalyst

CHemdraw

Synthesis route of aldehyde sodium alginate (ASA)

Mechanism of Schiff base (imine) formation

Proposed mechanism of synthesis of CQDs coated with CZF nanophotocatalyst

Origin

FTIR spectra of Aldehyde Sodium Alginate and Sodium Alginate

FTIR spectra of Chitosan/Aldehyde Sodium Alginate

CQDs and AP content in CZF nano photocatalyst for dye degradation

Python programming

Statistic Analysis

import pandas as pd

# Load the Excel file into a DataFrame

# Replace 'dye_degradation_data.xlsx' with the path to your Excel file

data = pd.read_excel('dye_degradation_data.xlsx', sheet_name='Dye_Degradation')

# Display the first few rows to ensure it's loaded correctly

print(data.head())

# Check the structure and types of the data

print(data.info())

# Summary statistics of the data

print(data.describe())

# Example: Basic regression analysis

# Importing statsmodels for regression analysis

import statsmodels.api as sm

# Define the independent variables (X) and dependent variable (Y)

X = data[['Time (min)', 'pH', 'Initial Concentration (ppm)', 'Temperature (°C)']]

Y = data['Removal Efficiency (%)']

# Add a constant to the independent variables matrix (intercept)

X = sm.add_constant(X)

# Fit the regression model

model = sm.OLS(Y, X).fit()

# Output the regression results

print(model.summary())

# Example: Making predictions with the model (optional)

# You can create a new data point to predict removal efficiency

new_data = pd.DataFrame({

'const': [1], # Intercept term

'Time (min)': [45],

'pH': [9],

'Initial Concentration (ppm)': [60],

'Temperature (°C)': [28]

})

# Predict removal efficiency for the new data point

predicted_efficiency = model.predict(new_data)

print("Predicted Removal Efficiency:", predicted_efficiency)

2.Python project of Student results

class Student:

def __init__(self, name, score):

self.name = name

self.score = score

self.passed = False

def calculate_result(self, passing_threshold=60):

if self.score >= passing_threshold:

self.passed = True

def get_student_data():

name = input("Enter student name: ")

score = float(input("Enter student score: "))

return name, score

def main():

num_students = int(input("Enter the number of students: "))

students = []

for _ in range(num_students):

name, score = get_student_data()

student = Student(name, score)

students.append(student)

total_score = 0

for student in students:

total_score += student.score

average_score = total_score / num_students

print(f"\nAverage score: {average_score:.2f}\n")

passing_threshold = 60

print("Results:")

for student in students:

student.calculate_result(passing_threshold)

result = "Passed" if student.passed else "Failed"

print(f"{student.name}: {result}")

if __name__ == "__main__":

main()

3. Python project of digital bank

#Bank system

import time

balance = 500

restart = 0

chances = 3

pin = 1234

print("Welcome to bank")

dial=input("Dial: ")

if dial == "*420#":

while restart not in ("n","N"):

print("1.Information")

print("3.Cash Out")

print("4.Cash In")print("2.Balance")

print("5.Logout")

option=int(input("Enter Your Option: "))

if option==1:

print("Name: Md Dipu Malitha\nID:70748463836\n")

restart=int(input("Would you want come back?\nPress 0 "))

if restart in ("n",'No'):

print("Thank You")

break

elif option==2:

password=int(input("Enter your pin Number: "))

if pin == password:

print (f"Your current account Balance is {balance} tk.")

restart = int(input("Would you want come back?\nPress 0 "))

if restart in ("n", 'No'):

print("Thank You")

break

elif option==3:

send_number = int(input("Enter account Number: "))

cash_out=int(input("Amount: "))

password = int(input("Enter your pin Number: "))

if password==pin:

if cash_out>balance:

print("Insufficient balance")

else:

balance=balance-cash_out

print("You have Cashed out ",cash_out)

print(f"Cash out Tk {cash_out} to {send_number} successful. Your Remaining Balance is {balance} TK.Your tran time : {time.time()}" )

restart = int(input("Would you want come back?\nPress 0 "))

if restart in ("n", 'No'):

print("Thank You")

break

elif option==4:

cash_in=int(input("Cash in Amonut: "))

balance=balance+cash_in

print("Your Current banlance is ",balance)

restart = int(input("Would you want come back?\nPress 0 "))

if restart in ("n", 'No'):

print("Thank You")

break

elif option == 5:

print("Thank You")

break

else:

print("Invaild Number")

4. Python project of Are of Geometry

#Area of triangle & rectangle

class shape():

def __init__(self,base,height):

self.base=base

self.height=height

class triangle(shape):

def area(self):

area= 0.5*self.base*self.height

print("Area is : ", area)

class rectangle(shape):

def area(self):

area= self.base*self.height

print("Area is : ", area)

class square(shape):

def area(self):

area=self.base*self.height

print("area is : ", area)

s=square(10,10)

s.area()

Technical Skills

Autocad illustration

Photoshop illustration

CHemdraw

Origin

Python programming

Statistic Analysis

2.Python project of Student results

3. Python project of digital bank

4. Python project of Are of Geometry

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