FULTON, MISSISSIPPI

PERSONAL NOTES / 01

Curiosity,
put to work.

I’m Jamal Daher. A physics graduate, programmer, and hands-on problem solver who likes understanding how things work—and figuring out how to make them work better.

LABORATORY & INSTRUMENTATIONCODE & COMPUTATIONREPAIR & RESTORATIONKEEP EXPLORING ↓

A scientific foundation.
A practical way of thinking.

My background connects physics and mathematics with laboratory work, programming, and practical repair. I earned a BS in Physics, cum laude, from Mississippi State University, then completed 37 graduate credit hours in medical physics and nuclear engineering at Georgia Tech.

I’m drawn to problems that reward patience: analyzing an unfamiliar dataset, tracing a signal, documenting a cryptographic puzzle, or getting an old engine running again. Across those projects, I value careful measurement, clear reasoning, and useful documentation.

Outside of Work

Outside of work, I enjoy making and restoring things—from woodworking projects to tractors and outboard motors. I’m also interested in ham radio, enjoy hiking and fishing, and spend time reading science fiction and learning piano.

BS PhysicsMississippi State · Mathematics minor
37 credit hoursGeorgia Tech · Graduate coursework
AI5YXFCC Amateur Extra Class license

Different tools.
The same curiosity.

Independent projects bring together analysis, persistence, and a willingness to get into the details.

CRYPTOGRAPHY · PYTHON · ARCHIVING

Making sense of
an encrypted archive.

As an independent contributor and community moderator in the A858 cryptographic research community, I used Python to automate analysis, test candidate passwords and ciphers, recover archives, and document findings.

I collaborated on decrypting 1,000+ posts using Triple DES, published 3,515 distinct decrypted outputs, and recovered 506 missing posts.

02 / REPAIR & RESTORATION

A hands-on understanding
of how things work.

I repair small engines and older outboard motors, troubleshoot pool electric motors and plumbing, and take on home remodeling projects.

AT THE WORKBENCH1954 Ford Jubilee tractor restoration

An ongoing personal project applying mechanical repair and hands-on problem solving.

Gray and red Ford tractor outdoors with its engine visible and a rear mower attached
My Ford tractor restoration project.
03 / RADIO & SIGNALS

From a model
to a real-world signal.

I model and simulate antennas, work with custom RF equipment, and troubleshoot signals, connecting electromagnetism with practical electronics.

AMATEUR RADIOAI5YX

FCC Amateur Radio License · Amateur Extra Class

Illustration of a Yagi antenna with yellow tape-measure elements on a wooden boom, with element labels and construction details
Modeling a Tape-Measure Yagi Antenna. Exploring antenna geometry, element spacing, and directional signals. Concept illustration; dimensions shown are illustrative and are not a validated construction plan.

Learning by doing.
Sharing what I learn.

Experience in technical research, academic laboratories, and helping others understand difficult ideas.

SUMMER 2009

Technical Aide Intern

Johns Hopkins University Applied Physics Laboratory

Researched global Earth conductivity models through technical literature review, supporting a team project on through-the-Earth submarine communications using ELF/VLF radio waves.

Technical literature researchELF / VLF communications
2007–2008

Physics Tutor

Mississippi State University

Tutored introductory and modern physics, adapting explanations, problem-solving strategies, and study plans to individual students. Appointments in Fall 2007 and Summer 2008.

Physics instructionProblem solving
2006–2007

Laboratory Assistant & Tutor

Itawamba Community College

As a physics and biology laboratory assistant, prepared physics equipment, supported students, and organized equipment storage. In a separate tutoring role, taught mathematics and calculus-based physics and coordinated study groups.

Laboratory preparationMathematics tutoring

Academic laboratory training

At Georgia Tech, operated radiation therapy linear accelerators under supervision and performed radiation measurements, beam dosimetry, and academic quality assurance tests. At Mississippi State, worked with oscilloscopes, multimeters, signal generators, power supplies, soldering, and circuit assembly.

Comfortable with code.
At home with equipment.

01

Programming & analysis

Python, C++, JavaScript, PHP, MySQL, HTML & CSS

NumPy, pandas, MATLAB, Mathematica, MCNP

02

Measurement & electronics

Oscilloscopes, digital multimeters, signal generators, laboratory power supplies

Soldering, circuit assembly, radiation measurements, RF troubleshooting

03

Tools & technical practice

Mechanical repair, hand and power tools, equipment installation

Windows, Linux, macOS, LaTeX, technical documentation, AI-assisted automation

Also explored cybersecurity through practice challenges, network analysis, and password-security testing.

Science.
Mathematics.
And the next question.

My academic background spans fundamental physics, applied mathematics, medical physics, and nuclear engineering.

2011–2014 / 2019–2021

Georgia Institute of Technology

Graduate study in Medical Physics & Nuclear Engineering

37 earned graduate credit hours · Degree not completed

MAY 2010

Mississippi State University

Bachelor of Science in Physics, cum laude
Mathematics minor · GPA 3.75 / 4.00

MAY 2007

Itawamba Community College

Associate of Arts · GPA 4.00 / 4.00

LEADERSHIP & RECOGNITION

Society of Physics Students, Mississippi State: President (2009–2010), Vice President (2007–2009). Mississippi Space Grant Consortium / NASA Scholarship (2007). All-Mississippi Academic Team (2007).

Have a problem
worth figuring out?

For opportunities, technical conversations, or an interesting idea—let’s connect.

662-397-0396

Download résumé
PDF · 3 pages