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Syed Haider A.

@bizpeera

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Web3.0 developer

$40 USD / Hour

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Pakistan (5:42 AM)

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Joined on August 31, 2009

$40 USD / Hour

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➤ My SKILLS ReactJS, HTML5, CSS3, Tailwind, Python, Django, Flask, Solidity, Blockchain, And More.. ➤ My STRENGTHS ⟶ Good Communication ⟶ Frequent updates ⟶ Plagiarism Free Work

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Portfolio

Foligator is a smart dashboard that allows you to track your liquidity pools and yield farming performance in real-time. Foligator lets you monitor your LP strategies by providing relevant information at a glance.

Foligator.io

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Founder

Apr, 2021 - Present

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5 years, 2 months

Foligator

Apr, 2021 - Present

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5 years, 2 months

• Development of DeFi analytics dashboard for ICON blockchain. • Web3.0 application using React.js and Django. • Foligator is a Balanced DAO funded project

Apr, 2021 - Present

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5 years, 2 months

Assistant Professor

Sep, 2019 - Mar, 2021

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1 year, 6 months

University of Engineering and Technology Mardan

Sep, 2019 - Mar, 2021

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1 year, 6 months

• Teach undergraduate and graduate courses. • Develop an externally funded research program incorporating undergraduates and graduates. • Serve as an academic advisor to students in the major. • Assists administration in driving curriculum design & development. • Actively participates on college and/or university committees. • Be involved in engineering/education outreach activities.

Sep, 2019 - Mar, 2021

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1 year, 6 months

Assistant Researcher

Jan, 2015 - Feb, 2019

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4 years, 1 month

OES Lab KAIST

Jan, 2015 - Feb, 2019

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4 years, 1 month

• Laser ultrasonics based non-destructive testing system development using FPGA based DSP boards. • FPGA firmware and software coding, debugging and testing for real-time system performance. • Implementation and optimization of damage detection algorithms in FPGA using VHDL. • Presentation and demonstrations on exhibitions and project report writing.

Jan, 2015 - Feb, 2019

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4 years, 1 month

Korea Advanced Institute of Science and Technology

2015 - 2019

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4 years

PhD in Aerospace Engineering

Korea, Republic of

2015 - 2019

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4 years

Using field programmable gate array hardware for the performance improvement of UWPI system

publication descriptionJournal of the Korean Society for Nondestructive Testing, Vol. 35, No. 6

the field programmable gate array (FPGA) was introduced for a wave propagation imaging method in order to obtain extreme processing time reduction. An FPGA board was used for the design, implementing post-processing ultrasonic wave propagation imaging (UWPI). The results were compared with the conventional system and considerable improvement was observed, with at least 78% less processing time, strengthening the claim for the research.

Development of an FPGA-based multipoint laser pyroshock measurement system for explosive bolts

Review of Scientific Instruments, 87(7)

This paper presents a technology to measure a pyroshock wave at multiple points using laser Doppler vibrometers (LDVs). These LDVs detect the pyroshock wave generated due to an explosive-based pyrotechnical event. Field programmable gate array (FPGA) based data acquisition is used in the study to acquire pyroshock signals simultaneously from multiple channels.

FPGA-based design and implementation of DAQ and RT processing for laser ultrasound propagation

International Journal of Aeronautical and Space Sciences, 17(4)

In this paper, we developed an FPGA-based ultrasonic propagation imaging system, where FPGA functions for both data acquisition system and real-time ultrasonic signal processing. The developed UPI system using FPGA board provides better cost-effectiveness and resolution than digitizers, and much faster signal processing time than CPU which was tested using basic ultrasonic propagation algorithms such as ultrasonic wave propagation imaging and multi-directional adjacent wave subtraction.