Open to opportunities

MD Sameenabegum

@mdsameenabegum

Message

Home tutor focused on helping students build confidence through structured, engaging instruction.

India

Message

What I'm looking for

I aspire to work in a professional environment that provides ample opportunities to utilize my potential to the fullest. I want to contribute to the excellence of my organization through my teaching, communication, and problem-solving skills.

I have experience as a HOME TUTOR (2019-2023), where I taught mathematics, science, and Telugu for class 5 to 8. I developed strong communication and problem-solving skills, and I built students’ confidence through structured guidance.

I also bring practical technical curiosity through my NIGHT LAMP project, where I used an Arduino with sensors to automate street bulbs based on sunlight detection. I’m a quick learner who values teamwork and leadership, and I aim to work in a professional environment that gives me opportunities to contribute to my organization’s excellence.

Experience

Work history, roles, and key accomplishments

Home Tutor

Self

Jan 2019 - Jan 2023 (4 years)

Taught mathematics, science, and Telugu to students in grades 5–8, improving their confidence through structured guidance. Developed strong communication and problem-solving skills while delivering clear, student-focused instruction.

Mathematics Tutoring Science Tutoring Telugu Instruction Lesson planning Student Mentoring Communication Skills Microsoft Excel Microsoft Word Microsoft PowerPoint

Education

Degrees, certifications, and relevant coursework

CH.S.D.ST. Theresa's Autonomous College for Women

Bachelor of Science, Science

2018 - 2021

Grade: 8.5 CGPA

Activities and societies: Night Lamp project (01/2021–03/2021): automated street-light power using Arduino + sensors to detect sunlight and auto-start glow when light is absent.

Earned a Bachelor of Science (BSc) degree. Completed a project titled “Night Lamp” (01/2021–03/2021) using Arduino and sensors to automatically power street bulbs based on sunlight detection.