MF Farzaneh
Résumé

SIGNAL LOCK — NOVINTEK, Company

Mojtaba
Farzaneh

Building in ROBOTICS

Master of Electronic Engineering with 15+ years designing robots, sensors, and diagnostic AI — from tactile skin for machines to neural networks that read echocardiograms.

Download Résumé View the Record ↓
120+
Projects shipped
13
Patents & devices
9
Awards & certificates
2004
First build logged
Portrait of Mojtaba Farzaneh

Mr. — M. FARZANEH

01 — Profile

About the engineer

As a robotics engineer with a strong background in electronic engineering and IoT device development, I bring a working blend of hardware precision and software judgement to every build.

My master's research centered on flexible capacitive tactile sensors — giving machines a working sense of touch — and that same instinct for turning raw signal into decision now shows up in the AI systems I build: diagnostic tools, recognition pipelines, and the robots that carry them. Day to day I move between C#, Python, and C, ROS, and embedded boards, treating each layer of a robotic system — sensing, computing, acting — as one continuous problem.

02 — Record

The paper trail

  1. 2012–2014

    Master of Electronic Engineering

    Hakim Sabzevari University

    Thesis: flexible capacitive tactile sensors — design and implementation.

  2. 2008

    Bachelor of Electronic Engineering

    Azad Sabzevar University

    Thesis: disabled-assistance robot.

  1. 2020–2025

    BAT — Be Aware of Traffic

    NOVINTEK

    Traffic-awareness system taken from prototype through five years of iteration.

  2. 2020

    ANN-based skin cancer diagnosis

    NOVINTEK · Programming

    Neural-network classifier distinguishing melanoma from naevus in dermoscopic images.

  3. 2020

    Number plate recognition

    NOVINTEK · Image processing

  4. 2020

    Melanoma detection pipeline

    Biomedical image processing

    Segmentation and classification of skin lesion images to flag likely melanoma.

  5. 2020

    Left atrial appendage sizing

    Biomedical image processing

    Echocardiography analysis paired with a neural network to size the LAA against WATCHMAN device specs for closure procedures.

  6. 2018

    IRSA 2 & FOOKA robots

    Robotics

  7. 2016

    Germany Vision Award

    Robotics

  8. 2015

    Fuzzy-controlled wind system

    Electronics

  9. 2014

    Musical fountain

    Electronics

  • 2014Analytical data transmission system for echocardiogram and ultrasound
  • 2013New capacitive touch sensor design
  • 2013Fault-tolerant fuzzy control for wind turbines
  • 2010AVR coder software
  • 2009Smart washing machine
  • 2008Graphic interface for AVR microcontrollers
  • 2008Compact A4 printer, unlimited paper length
  • 2008New blood-cell counter set
  • 2007In-situ blood-cell counter device
  • 2005Remote visual control system over telephone line
  • 2004Durability tester for intelligent electric car-window lifts
  • 2018Participant, Amsterdam Drone Wake — IRSA Team
  • 2018Participant, German Open robotics competition — IRSA Team
  • 2016American Gold Merit Award — IRSA Team
  • 2016Selected exhibitor, Vision trade fair, Stuttgart
  • 20121st place, Khwarizmi Robotic Tournament — Surgeon Robot
  • 2011Secretary, Scientific Committee — Tehran Robotics Tournament
  • 2010Referee, Babol Robotics Tournament
  • 20101st place, 2nd International AUTOCUP Robotic Competition
  • 2009Member, National Elite Foundation
  • 2019Energy comparison of MPPT techniques for PV systems under different atmospheric conditions. Global Scientific Journals 7(8), 1216.
  • 2019Diagnosing left atrial appendage size for the WATCHMAN device. HKMF Biomedical Sciences 5(4), 38–44.
  • 2016Fatahi, M., Farzaneh, M., Azimfar, S.J. — Flexible capacitive sensors based on paper sheets.
  • 2016Farzaneh, M., Ebrahimzade, T., Fatahi, M. — Accelerating face recognition with a spatial context model and DCT.
  • 2014Motahari, M., Farzaneh, M., Parsian Nejad, A. — Simulation of a fixed-wind generator.
  • 2013Haddadnia, J., Farzaneh, M., ParsianNejad, A. — Accelerating face detection with edge detection and DCT. Int. J. Computer Applications 82(2), 12–14.
  • 2012Shojaedini, S.V., Parsian'nejad, A., Farzaneh, M. — A neuro-fuzzy space-time model for optimum wind-farm energy harvesting. Journal of Control 6.3.

Full list on Google Scholar →

03 — Instrumentation

Skills, read off the meter

Robotics99%
C#99%
Electronics97%
C++95%
Python94%
Artificial Intelligence92%
Team work — 100% Research — 98% Communication — 98% ROS2 — 90% Innovation — 90% Teaching — 85%

04 — Selected Work

Systems built end to end

BAT — Be Aware of Traffic

A five-year traffic-awareness platform for NOVINTEK, from first prototype to fielded system.

2020–2025

Melanoma diagnosis network

ANN-based classifier reading dermoscopic images to flag likely melanoma against benign naevus.

2020

LAA sizing from echocardiography

Neural-network-assisted measurement of the left atrial appendage for WATCHMAN closure planning.

2020

Number-plate recognition

Image-processing pipeline for automated plate reading in variable lighting.

2020

IRSA 2 & FOOKA robots

Competition robotics platforms built and fielded internationally, including the German Open and Amsterdam Drone Wake.

2018

Flexible tactile sensors

Capacitive, paper-based tactile sensing developed for the master's thesis and later publications.

2012–2016

05 — Get in touch

Open to research & robotics work

A small message goes further than a big inbox. Reach out directly — I read everything myself.

Email farzaneh@NOVINTEK.com Phone +98 912 733 6166 LinkedIn /in/mojtaba-farzaneh
Address Motahhary, Tehran, Iran
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