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PEDRO HENRIQUE KOPPER

Computer Engineering Undergraduate
phckopper (at) inf.ufrgs.br
kopper.dev



ACTIVITIES

Associate Software Engineer
at
Canonical
, working with partners (NVIDIA, Intel) to optimize Ubuntu for their platforms.
(2023 - Today)

Software Developer
at
balena.io
, developing an automated embedded Linux test framework called
Autokit
. (2022 - 2023)

Embedded Software Engineer
at
DeepX
, developing Linux-based mmWave radar solutions for property defense. (2022)

Undergraduate Researcher
Embedded Systems Laboratory
(Prof. Dr. Antônio Carlos Schneider Beck Filho), training and optimizing neural
networks for intrusion detection on SmartNICs. (2021 - 2022)

Firmware and Hardware Developer
at
Beyond Domotics
, developing smart home devices. (2021)

Undergraduate Researcher
at
Embedded Systems Laboratory
(Prof. Dr. Gabriel Nazar), developing fault injection software for criticality
analysis of HLS code. (2020)

Undergraduate Researcher
at
CTA
, developing hardware, firmware and visualization code for
SADAPMAP
at the High Pressure and Advanced Materials Laboratory of the Physics Institute.
(2019)


PROJECTS

Fault Injection Framework for LegUp
- available on
GitHub

Sistema Aberto de Coleta Automática de Dados (SACADA)
- data acquisition platform designed for high-pressure physics experiments -
available on
private Gitlab


★
OSHWA Certified


PUBLICATIONS

Lightweight Dual Modular Redundancy through Approximate Computing
. GL Nazar, PH Kopper, MT Leipnitz, B Juurlink.


2021 XI Brazilian Symposium on Computing Systems Engineering (SBESC), 1-8.
DOI: 10.1109/SBESC53686.2021.9628356


★
IFIP Best Paper Award

A Framework for Assessing Intrinsic Fault Resiliency of HLS Designs
. PHC Kopper, GL Nazar.


IEEE CASS Rio Grande do Sul Workshop 2021.
Poster/video presentation

PReCEP: Automatic insertion of Partial Redundancy based on Critical Error
Probability
. GL Nazar, PHC Kopper, MT Leipnitz, B Juurlink.


Microelectronics Reliability 126, 114226.
DOI: 10.1016/j.microrel.2021.114226


32nd European Symposium on Reliability of Electron Devices, Failure Physics and
Analysis, ESREF 2021

Autonomous Quadcopter-Based Indoor Mapping System
. PH Kopper.


Intel International Science and Engineering Fair (2018).
Project ROBO028


★
NASA Honorable Mention


FEBRACE USP/LSI (2018).
Anais FEBRACE (p. 350)


★
First place in Engineering

Autonomous landing system using vision recognition
. PH Kopper.


China Adolescents Science and Technology Innovation Contest (2017).


★
Second place in Engineering (Intl. Project)

Github - Linkedin - Lattes - Twitter
Last update: 2024-01-25.
Os conteúdos dessa página não representam as opiniões do INF ou da UFRGS.
The contents of this page do not represent the opinions of INF or UFRGS.