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Asad U.

@Asad257

4,7
36
4,8
4,8
95%

Computer | Electronics Engineer

$15 USD / Saat
・
bayrağı
Germany (9:04 ÖS)
・
Şubat 22, 2015 tarihinde katıldı
$15 USD / Saat
・
Embedded Systems (Electronics) Designer Skills: Circuit Design - Electronics - PCB layout Multisim - Proteus - EAGLE CAD Arduino - PIC - AVR C/ C++ - Java - Python MATLAB Projects: 1: ECU for Temprature Managment Unit for full electric Formula-SAE car 2: RFID based access control System 3: Cloud based Smart home automation system 4: Smart English learning (Talking) Device 5; OpenCV (OCR) using Python
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Freelancer Golang Developers Germany
Golang Developers freelancerlarından Germany içinden olanlarının tümünü görün.

Portföy

Portföy

2132925
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
1731408
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
1731238
Numerical analysis of Dynamic Circuits based on Net-list SPICE by applying General Tableau Matrix technique capable to read and format matrices format at matrices from Netlist file.\ Main Features:\  Netlist file compatibility.\\  Plot Transient and Steady state Response for AC or DC input.\\  Error and messages Display.\\  View Netlist File Select any Parameter to find.\\  Nodal Voltage or Voltage and Current across any Element described in netlist.\\ Detection capability:\\ Error Messages will be displayed if:\\  Invalid Input source selected like DC source for AC Analysis\\  Element Name entered which is not found in Netlist\\  Invalid Node number entered.\\ Time/Frequency limit flexibility:\\ Users can edit time/frequency limits on their own need, By by default [0,10] sec for time [0,100] Hz frequency.
Numerical Analysis of Dynamic Circuits based on Netlist
Numerical analysis of Dynamic Circuits based on Net-list SPICE by applying General Tableau Matrix technique capable to read and format matrices format at matrices from Netlist file.\ Main Features:\  Netlist file compatibility.\\  Plot Transient and Steady state Response for AC or DC input.\\  Error and messages Display.\\  View Netlist File Select any Parameter to find.\\  Nodal Voltage or Voltage and Current across any Element described in netlist.\\ Detection capability:\\ Error Messages will be displayed if:\\  Invalid Input source selected like DC source for AC Analysis\\  Element Name entered which is not found in Netlist\\  Invalid Node number entered.\\ Time/Frequency limit flexibility:\\ Users can edit time/frequency limits on their own need, By by default [0,10] sec for time [0,100] Hz frequency.
Numerical Analysis of Dynamic Circuits based on Netlist
Numerical analysis of Dynamic Circuits based on Net-list SPICE by applying General Tableau Matrix technique capable to read and format matrices format at matrices from Netlist file.\ Main Features:\  Netlist file compatibility.\\  Plot Transient and Steady state Response for AC or DC input.\\  Error and messages Display.\\  View Netlist File Select any Parameter to find.\\  Nodal Voltage or Voltage and Current across any Element described in netlist.\\ Detection capability:\\ Error Messages will be displayed if:\\  Invalid Input source selected like DC source for AC Analysis\\  Element Name entered which is not found in Netlist\\  Invalid Node number entered.\\ Time/Frequency limit flexibility:\\ Users can edit time/frequency limits on their own need, By by default [0,10] sec for time [0,100] Hz frequency.
Numerical Analysis of Dynamic Circuits based on Netlist
Numerical analysis of Dynamic Circuits based on Net-list SPICE by applying General Tableau Matrix technique capable to read and format matrices format at matrices from Netlist file.\ Main Features:\  Netlist file compatibility.\\  Plot Transient and Steady state Response for AC or DC input.\\  Error and messages Display.\\  View Netlist File Select any Parameter to find.\\  Nodal Voltage or Voltage and Current across any Element described in netlist.\\ Detection capability:\\ Error Messages will be displayed if:\\  Invalid Input source selected like DC source for AC Analysis\\  Element Name entered which is not found in Netlist\\  Invalid Node number entered.\\ Time/Frequency limit flexibility:\\ Users can edit time/frequency limits on their own need, By by default [0,10] sec for time [0,100] Hz frequency.
Numerical Analysis of Dynamic Circuits based on Netlist
2132925
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
A volume unit (VU) meter is a device displaying a representation of the signal level in audio equipment... i have designed circuit and implemented practically using LM3915 IC, in phase I i have interfaced color LED strip, in 2nd pahse will interface fountains as well.....
VU Meter
1731408
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
Squadra Corse (Politecnico di Torino, Italy)\ Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMULA-STUDENT fully Electric car.\  Designed circuit schematics and PCB using EAGLE CAD tool\  Coded Firmware in C Programming language for PIC33x family.\  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Temperature Management Unit
1731238
Numerical analysis of Dynamic Circuits based on Net-list SPICE by applying General Tableau Matrix technique capable to read and format matrices format at matrices from Netlist file.\ Main Features:\  Netlist file compatibility.\\  Plot Transient and Steady state Response for AC or DC input.\\  Error and messages Display.\\  View Netlist File Select any Parameter to find.\\  Nodal Voltage or Voltage and Current across any Element described in netlist.\\ Detection capability:\\ Error Messages will be displayed if:\\  Invalid Input source selected like DC source for AC Analysis\\  Element Name entered which is not found in Netlist\\  Invalid Node number entered.\\ Time/Frequency limit flexibility:\\ Users can edit time/frequency limits on their own need, By by default [0,10] sec for time [0,100] Hz frequency.
Numerical Analysis of Dynamic Circuits based on Netlist
Numerical analysis of Dynamic Circuits based on Net-list SPICE by applying General Tableau Matrix technique capable to read and format matrices format at matrices from Netlist file.\ Main Features:\  Netlist file compatibility.\\  Plot Transient and Steady state Response for AC or DC input.\\  Error and messages Display.\\  View Netlist File Select any Parameter to find.\\  Nodal Voltage or Voltage and Current across any Element described in netlist.\\ Detection capability:\\ Error Messages will be displayed if:\\  Invalid Input source selected like DC source for AC Analysis\\  Element Name entered which is not found in Netlist\\  Invalid Node number entered.\\ Time/Frequency limit flexibility:\\ Users can edit time/frequency limits on their own need, By by default [0,10] sec for time [0,100] Hz frequency.
Numerical Analysis of Dynamic Circuits based on Netlist
Numerical analysis of Dynamic Circuits based on Net-list SPICE by applying General Tableau Matrix technique capable to read and format matrices format at matrices from Netlist file.\ Main Features:\  Netlist file compatibility.\\  Plot Transient and Steady state Response for AC or DC input.\\  Error and messages Display.\\  View Netlist File Select any Parameter to find.\\  Nodal Voltage or Voltage and Current across any Element described in netlist.\\ Detection capability:\\ Error Messages will be displayed if:\\  Invalid Input source selected like DC source for AC Analysis\\  Element Name entered which is not found in Netlist\\  Invalid Node number entered.\\ Time/Frequency limit flexibility:\\ Users can edit time/frequency limits on their own need, By by default [0,10] sec for time [0,100] Hz frequency.
Numerical Analysis of Dynamic Circuits based on Netlist
Numerical analysis of Dynamic Circuits based on Net-list SPICE by applying General Tableau Matrix technique capable to read and format matrices format at matrices from Netlist file.\ Main Features:\  Netlist file compatibility.\\  Plot Transient and Steady state Response for AC or DC input.\\  Error and messages Display.\\  View Netlist File Select any Parameter to find.\\  Nodal Voltage or Voltage and Current across any Element described in netlist.\\ Detection capability:\\ Error Messages will be displayed if:\\  Invalid Input source selected like DC source for AC Analysis\\  Element Name entered which is not found in Netlist\\  Invalid Node number entered.\\ Time/Frequency limit flexibility:\\ Users can edit time/frequency limits on their own need, By by default [0,10] sec for time [0,100] Hz frequency.
Numerical Analysis of Dynamic Circuits based on Netlist
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4.7 · 36 Reviews
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Tecrübe
Temperature Management Unit
Ağu, 2013 - Tem, 2014
•
11 ay
Squadra Corse Torino, Italy
Ağu, 2013 - Tem, 2014
•
11 ay
Homemade ECU (Electronic Control unit) for Temperature Management Unit in FORMILA-STUDENT fully Electric race car.  Designed circuit schematics and PCB using EAGLE CAD tool  Coded Firmware in C Programming language for PIC33x family.  Used SMbus data transfer capable Infrared (IR) Temperature sensors and interfaced with Data logger unit with Extended CAN (Controller Area Network) message transfer Protocol through CAN bus.
Ağu, 2013 - Tem, 2014
•
11 ay
IT Administrator
Ağu, 2009 - Eyl, 2010
•
1 yıl, 1 ay
CENA Model School
Ağu, 2009 - Eyl, 2010
•
1 yıl, 1 ay
 Computer Lab instructor for C Programing and Basic Hardware  Implemented LAN setup in campus  Network administrator  Installation and Maintenance of Software’s and Operating System
Ağu, 2009 - Eyl, 2010
•
1 yıl, 1 ay
Eğitim
Politecnico di Torino
2010 - 2013
•
3 yıl
Bachelor of Science in Computer Engineering
bayrağı
Italy
2010 - 2013
•
3 yıl
Yetkinlikler
CNC (Computer Numerical Control)
2010
Staff Training Institute
Drafting and Engineering Drawing, Lath Machines, G Codes, M Codes, Billet measurements
2010
Circuit Simulation using NI Multisim
2010
National University of Computer and Emerging Sciences
DC/AC Circuits Transient and Steady state analysis, Transistors, Diodes, Amplifiers, Power Suppliers, 8051 MCU, Virtual Oscilisope, function generator, Multimeter and Spectrometer
2010
Computer Networks and Security
2009
Institute of Information Technology
LAN/WAN, DSL, ADSL, broadband , WiFi 802 Models, HTTP and HTTPS, ftp, servers, database, modem, routers... Simulations using Wire-shark, Cisco packet Tracer, Oracle DB
2009
Yayımlar
Digital Synthesis (KMAP) using Spreadsheet
Politecnico di Torino, Italy
In Progress
Sertifikalar
US English - Level 1
US English
Basic Numeracy - Level 1
Basic Numeracy
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