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Muhammad Hashir Aslam

NUST · 2022
Email
hashiraslam85@gmail.com
Phone
923334034983
LinkedIn
https://www.linkedin.com/in/muhammad-hashir-aslam-7799322a9/
GitHub

Academic

Program
BSc Electrical Engineering
CGPA
3.15
Year
2022
Education
SEECS
Address
VILLAGE PAHARO POST OFFICE PANIAN TEHSIL DISTRICTHARIPUR , Taxila , Pakistan
DOB

Career

Current role
Target role
Skills
computer architecture, digital design, RTL development, hardware architecture, Verilog HDL, Intel Quartus, FPGA, FSM designs, simulation, synthesis, on-board testing, GUI design, Electrical Heat Tracing concepts

Verbatim text

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Muhammad Hashir Aslam
Cell: 923334034983 |  Email: hashiraslam85@gmail.com
LinkedIn: https://www.linkedin.com/in/muhammad-hashir-aslam-7799322a9/
Address: VILLAGE PAHARO POST OFFICE PANIAN TEHSIL DISTRICTHARIPUR , Taxila , Pakistan
PROFESSIONAL PROFILE
Final-semester Electrical Engineering student with a strong academic and practical focus on computer architecture, digital design,
RTL development, and hardware architecture. Developed a solid understanding of designing hardware systems from architectural-
level concepts down to RTL implementation, with an emphasis on correctness, efficiency, and performance optimization. Experienced
in applying theoretical knowledge through structured coursework, internships, and team-based projects, including hardware-oriented
problem solving and interface design. Highly motivated to begin a career in hardware, digital, or computer architecture roles, with a
keen interest in building efficient and scalable hardware systems.
EDUCATION
BSc Electrical Engineering
SEECS , Islamabad , 3.15 (2022)
INTERNSHIP EXPERIENCE
Heavy Industries Taxila
24-Jun-2024 - 16-Aug-2024
Implemented FSM designs in Verilog HDL using Intel Quartus, including simulation, synthesis, and on-board testing on the DE2-115
FPGA.
Korea EHT
20-Jul-2024 - 18-Sep-2024
Learned core Electrical Heat Tracing concepts, then designed the GUI for an automated EHT solution recommendation app.
FINAL YEAR PROJECT
An Optimized Hardware Architecture for the Number Theoretic Transform in CRYSTALS-Kyber
Designing an optimized hardware architecture for the Number Theoretic Transform (NTT) in the CRYSTALS-Kyber post-quantum
cryptographic scheme, focusing on performance and efficiency.
TECHNICAL EXPERTISE
Hardware & RTL Design
Strong foundation in computer architecture, digital design, RTL development, and hardware architecture with a focus on efficient and
optimized system design.

AI enrichment

Muhammad Hashir Aslam is a final-semester Electrical Engineering student specializing in computer architecture, digital design, and RTL development. He has gained practical experience through internships involving FPGA implementation and GUI design, alongside a final year project focused on post-quantum cryptographic hardware optimization.
Skills (AI)
["Verilog HDL", "FPGA", "Intel Quartus", "Finite State Machines", "Computer Architecture", "Digital Design", "RTL Development", "Hardware Architecture", "Python", "GUI Design"]
Status: ai_done
Provenance
Source file: SEECS - Electrical Engineering-2026.pdf
From job #259 page 21
Created: 1778168427