Clases de Análisis del movimiento humano 2D y 3D por Doctorando en Neurociencias, Magíster en Ingeniería Biomédica: - دروس خصوصية

انضم للمدرسين

Clases de Análisis del movimiento humano 2D y 3D por Doctorando en Neurociencias, Magíster en Ingeniería Biomédica:

من 174.37 AED /س

Biomecánica y análisis del movimiento humano son herramientas clave para comprender cómo se organiza el control motor y cómo se expresan los movimientos en la clínica, el deporte y la investigación. En estas clases aprenderás a interpretar las variables que describen el movimiento y a convertir conceptos como cinética y cinemática en decisiones concretas para estudiar, analizar casos o trabajar con datos reales, siempre con un enfoque claro y aplicable.

¿Qué vas a aprender? Según tu nivel y objetivos, definiremos tus necesidades y trabajaremos distintos tópicos: análisis del movimiento 3D, análisis de marcha humana, lectura e interpretación de variables biomecánicas, y fundamentos y uso de herramientas como electromiografía de superficie (EMG), plataformas de fuerza y posturografía. El foco es que comprendas lo que realmente necesitas para luego aplicarlo y argumentarlo con seguridad, ya sea en un informe, una evaluación o una discusión científica.

¿Cómo trabajamos? Clases online de 60 minutos, personalizadas y orientadas a resultados. Partimos con un diagnóstico breve (nivel, objetivos y plazos), diseñamos un plan de trabajo y avanzamos paso a paso con ejercicios y ejemplos reales. Si ya tienes datos, guías o tareas, trabajamos directamente sobre tu material. Al final de cada sesión te llevas un resumen y una guía de estudio o próximos pasos para consolidar el avance. Pensado especialmente para postgrado, clínicos e investigadores que buscan profundidad, orden y eficiencia.

المكان

عبر الانترنت من تشيلي

السن

الكبار (18-64 سنة)

الكبار (65 سنة فأكثر)

مستوى الطالب

مبتدئ

متوسط

متقدم

المدة

60 دقيقة

الدرس يدور باللغة

الإسبانية

مهارات

علم الأعصاب

الفيزياء الحيوية

الجاهزية في الأسبوع العادي

(GMT -05:00)

نيويورك

على الانترنت عبر كاميرا ويب

Mon

Tue

Wed

Thu

Fri

Sat

Sun

00-04

04-08

08-12

12-16

16-20

20-24

teaching chemistry , physics and biology , teaching all medical sciences in applied practical faculties ( medicine , pharmacy , nursing , physiotherapy ,dentistary ,applied medical science ) and faculty of engineering and for any private medical courses

توفير دروس مبسطه وسهله وملخصه لماذه الفيزياء لجميع المراحل العلميه وتقديم دروس ايضا مبسطه باسلوب واضح لماده الليزر وماده الذريه او ماده النوويه للطلبه الجامعيين بالاضافه الي فيزياء الطبيعه لطلبه اعدادي وثانوي وجامعي الدروس متوفره باللغه العربي والانجليزي

This course explores the application of physical-chemical principles in relation to pharmaceutical sciences. Physical and theoretical foundations are discussed and applied, and problem solving is emphasized. This course helps pharmacy students use foundational elements of mathematics, chemistry, and physics in their pharmacy-related work and study.

This course aims to prepare students to:
1. Define physical pharmacy and its role in daily pharmaceutical practice.
2. Combine principles of physics, chemistry and mathematics, and apply it in pharmaceutical problem solving.

Physics is an extremely powerful field! From tiny subatomic particles, molecules, and cells to planets and Galaxies. Scientists use physical concepts in addition to mathematical applications every day to improve the world we live in!

In this class, I can help you with your physics studies, by simplifying crucial concepts with everyday life.
Moreover, we can earn about subjects you find interesting in physics, biophysics and applied mathematics.
You will be surprised as physics is actually in everything and everywhere, as once I was!

Biology and medical sciences are my field of specialty! Thinking about all those agonizing lengthy hours I’ve spent trying to find an explanation for a certain topic makes me want to help ease up things for the new generation. We’ll practice “quality teaching” and breaking up concepts into smaller pieces to absorb and understand them quickly; in order to save time and effort.
Our motto is: “Nothing is complicated”

Mon choix d'enseigner les SVT découle de ma passion ardente pour explorer les mystères du vivant. Forte d'une licence en microbiologie et d'un master en Neurocognition humaine, ma formation polyvalente a forgé une compréhension holistique des sciences de la vie.

En tant que doctorante en neuroscience, je trouve une joie particulière à partager cette expertise variée avec des élèves de tous les niveaux. Mon engagement réside dans l'inspiration de la prochaine génération de scientifiques, où la diversité des sujets et l'approche interactive font des SVT un terrain fertile pour la curiosité et la découverte.

دكتور/عبدالله

الفيزياء عربي ولغات
دكتور عبدالله
دكتور الفيزياء بمدارس المتفوقين للعلوم والتكنولوجيا STEM
الفيزياء عربي ولغات
PHYSICS
دكتور الفيزياء بمدارس المتفوقين للعلوم والتكنولوجيا STEM
دكتور الفيزياء بمدارس المتفوقين للعلوم والتكنولوجيا STEM
دكتور الفيزياء بمدارس المتفوقين للعلوم والتكنولوجيا STEM

La neuroplasticidad es la capacidad de las neuronas del cerebro para adaptarse a los cambios. Por ejemplo, si está adquiriendo una nueva habilidad o aprendiendo nueva información, su red cerebral se reconfigurará para adaptarse a este nuevo estado de adquisición de conocimientos. La neuroplasticidad es crucial en la salud y la enfermedad, ya que tiene un papel importante en el aprendizaje y la memoria, así como en la recuperación del daño cerebral.

En este curso entenderás el concepto de neuroplasticidad y cómo las neuronas se comunican entre sí. aprenderás sobre
- Sinapsis y circuitos neuronales.
- Tráfico de membranas
- Receptores de membrana.
- Neurotransmisores.

Diplômée d'une Licence en Sciences de la Vie et de la Terre, avec un Master international en Neurosciences et Biotechnologie, je suis profondément passionnée par les sciences biologiques. Mon objectif est de transmettre cette passion aux jeunes ambitieux désireux d'approfondir leurs connaissances en biologie et en neurosciences.
Mes cours sont conçus pour s'adapter aux besoins spécifiques de chaque élève, offrant un accompagnement personnalisé à chaque étape de leur apprentissage. Que vous soyez débutant ou que vous souhaitiez renforcer vos compétences, je propose des devoirs ciblés pour chaque niveau et des révisions intensives pendant les périodes d'examens. Avec une approche pédagogique adaptée, mon but est de rendre les sciences accessibles et passionnantes pour tous.

Objectives
1- Verification of Kirchhoff’s current and voltage laws.
2- Verification Voltage Dividers
3- Verification of Thevenin’s Theorem
Kirchhoff’s Current Law
At any point (junction) in an electric circuit, the sum of
currents flowing into that node is equal to the sum of
currents flowing out of it.
Kirchhoff’s Voltage Law
In any closed circuit, the summation of voltage sources (EMF)
equals the summation of voltage drops
Voltage drop is the voltage difference across a resistor’s
terminals
Common DC Circuit Terms:
• Circuit – a circuit is a closed loop conducting path in which an electrical current flows.
• Path – a single line of connecting elements or sources.
• Node – a node is a junction, connection or terminal within a circuit were two or more circuit elements
are connected or joined together giving a connection point between two or more branches. A node is
indicated by a dot.
• Branch – a branch is a single or group of components such as resistors or a source which are
connected between two nodes.
• Loop – a loop is a simple closed path in a circuit in which no circuit element or node is encountered
more than once.
Voltage Dividers
• An electronic circuit that accepts a certain voltage input
and produces a fraction of that input voltage as the output
• The same current I flows through R1 and R2
Thevenin’s Theorem
• Thevenin theorem is an analytical method used to change a
complex circuit into a simple equivalent circuit consisting of
a single resistance in series with a voltage source.

As a certified ABA therapist with two years of experience in Dubai, I understand the unique challenges that come with raising a child with autism or ADHD. This class is designed to provide parents with practical strategies, emotional support, and expert insights to help their child thrive.

With the right guidance, parents can create a structured, nurturing environment that supports their child’s development. You’ll learn how to manage behaviors, improve communication, and build positive daily routines that reduce stress for both you and your child.

This is a safe space where you can ask questions, share experiences, and gain valuable tools to help your child develop independence, confidence, and essential life skills. Let’s work together to make everyday life easier and more fulfilling for both you and your child!

Ce cours est destiné aux étudiants, ingénieurs, chercheurs débutants ou passionnés de neurosciences computationnelles souhaitant découvrir l’univers des Interfaces Cerveau-Machine (ICM/BCI) à travers l’exploitation des signaux EEG d’imagerie motrice.

Grâce à mes travaux de doctorat en Génie Électrique, je propose un accompagnement structuré et pratique pour comprendre les fondamentaux de l'acquisition et du traitement des signaux EEG, les techniques d’analyse temps-fréquence, les algorithmes de classification (SVM, LDA, CNN), ainsi que l’implémentation d’une ICM simple.

Ce cours mêle théorie, tutoriels codés (Python/Matlab), et exemples concrets basés sur des bases de données EEG publiques.

القياس الفيزيائي هو
عمليه مقارنه بين كميه مجهوله وكميه معلومه من نفس النوع لمعرفه عدد مرات احتواء الاولي من الثانيه .
الكميات الاساسيه مثل )الكتله والطول الزمن
الكميات المشتقه مثل السرعه ،الكثافه،الطاقه،الشغل،القوه ،العجله و السرعه المتجهه

If you are preparing to join medical school (pharmacy, medicine, nursing), this will be the class for you.

I will teach you how to understand, explain, pronounce the medical terms, it will be a peace of cake for you.

As well, I can teach you as well per system (digestive, cardiology, etc)

I will provide you with cases to practice more.

Don't hesitate to reach me out to discuss the details.

This course provides a comprehensive understanding of human physiology through an integrated, systems-based approach that connects cellular mechanisms to whole-body function. It focuses on how organ systems maintain homeostasis, adapt to physiological stress, and interact dynamically to support normal health.

Core topics include membrane transport, electrophysiology, and cellular signaling, followed by detailed exploration of the cardiovascular, respiratory, renal, gastrointestinal, endocrine, and nervous systems. Emphasis is placed on regulatory mechanisms such as neural control, hormonal modulation, feedback loops, and fluid–electrolyte balance. Students will analyze physiological responses to exercise, disease states, and environmental challenges, developing the ability to interpret functional changes rather than memorize isolated facts.

The course highlights mechanistic reasoning, enabling learners to understand how physiological principles explain clinical findings such as blood pressure regulation, acid–base balance, oxygen transport, and neurohumoral coordination. By integrating foundational science with applied examples, students gain a durable framework for advanced study in medicine, biomedical sciences, and allied health disciplines, while strengthening analytical thinking and problem-solving skills essential for clinical reasoning.

teaching chemistry , physics and biology , teaching all medical sciences in applied practical faculties ( medicine , pharmacy , nursing , physiotherapy ,dentistary ,applied medical science ) and faculty of engineering and for any private medical courses

توفير دروس مبسطه وسهله وملخصه لماذه الفيزياء لجميع المراحل العلميه وتقديم دروس ايضا مبسطه باسلوب واضح لماده الليزر وماده الذريه او ماده النوويه للطلبه الجامعيين بالاضافه الي فيزياء الطبيعه لطلبه اعدادي وثانوي وجامعي الدروس متوفره باللغه العربي والانجليزي

This course explores the application of physical-chemical principles in relation to pharmaceutical sciences. Physical and theoretical foundations are discussed and applied, and problem solving is emphasized. This course helps pharmacy students use foundational elements of mathematics, chemistry, and physics in their pharmacy-related work and study.

This course aims to prepare students to:
1. Define physical pharmacy and its role in daily pharmaceutical practice.
2. Combine principles of physics, chemistry and mathematics, and apply it in pharmaceutical problem solving.

Physics is an extremely powerful field! From tiny subatomic particles, molecules, and cells to planets and Galaxies. Scientists use physical concepts in addition to mathematical applications every day to improve the world we live in!

In this class, I can help you with your physics studies, by simplifying crucial concepts with everyday life.
Moreover, we can earn about subjects you find interesting in physics, biophysics and applied mathematics.
You will be surprised as physics is actually in everything and everywhere, as once I was!

Biology and medical sciences are my field of specialty! Thinking about all those agonizing lengthy hours I’ve spent trying to find an explanation for a certain topic makes me want to help ease up things for the new generation. We’ll practice “quality teaching” and breaking up concepts into smaller pieces to absorb and understand them quickly; in order to save time and effort.
Our motto is: “Nothing is complicated”

Mon choix d'enseigner les SVT découle de ma passion ardente pour explorer les mystères du vivant. Forte d'une licence en microbiologie et d'un master en Neurocognition humaine, ma formation polyvalente a forgé une compréhension holistique des sciences de la vie.

En tant que doctorante en neuroscience, je trouve une joie particulière à partager cette expertise variée avec des élèves de tous les niveaux. Mon engagement réside dans l'inspiration de la prochaine génération de scientifiques, où la diversité des sujets et l'approche interactive font des SVT un terrain fertile pour la curiosité et la découverte.

دكتور/عبدالله

الفيزياء عربي ولغات
دكتور عبدالله
دكتور الفيزياء بمدارس المتفوقين للعلوم والتكنولوجيا STEM
الفيزياء عربي ولغات
PHYSICS
دكتور الفيزياء بمدارس المتفوقين للعلوم والتكنولوجيا STEM
دكتور الفيزياء بمدارس المتفوقين للعلوم والتكنولوجيا STEM
دكتور الفيزياء بمدارس المتفوقين للعلوم والتكنولوجيا STEM

La neuroplasticidad es la capacidad de las neuronas del cerebro para adaptarse a los cambios. Por ejemplo, si está adquiriendo una nueva habilidad o aprendiendo nueva información, su red cerebral se reconfigurará para adaptarse a este nuevo estado de adquisición de conocimientos. La neuroplasticidad es crucial en la salud y la enfermedad, ya que tiene un papel importante en el aprendizaje y la memoria, así como en la recuperación del daño cerebral.

En este curso entenderás el concepto de neuroplasticidad y cómo las neuronas se comunican entre sí. aprenderás sobre
- Sinapsis y circuitos neuronales.
- Tráfico de membranas
- Receptores de membrana.
- Neurotransmisores.

Diplômée d'une Licence en Sciences de la Vie et de la Terre, avec un Master international en Neurosciences et Biotechnologie, je suis profondément passionnée par les sciences biologiques. Mon objectif est de transmettre cette passion aux jeunes ambitieux désireux d'approfondir leurs connaissances en biologie et en neurosciences.
Mes cours sont conçus pour s'adapter aux besoins spécifiques de chaque élève, offrant un accompagnement personnalisé à chaque étape de leur apprentissage. Que vous soyez débutant ou que vous souhaitiez renforcer vos compétences, je propose des devoirs ciblés pour chaque niveau et des révisions intensives pendant les périodes d'examens. Avec une approche pédagogique adaptée, mon but est de rendre les sciences accessibles et passionnantes pour tous.

Objectives
1- Verification of Kirchhoff’s current and voltage laws.
2- Verification Voltage Dividers
3- Verification of Thevenin’s Theorem
Kirchhoff’s Current Law
At any point (junction) in an electric circuit, the sum of
currents flowing into that node is equal to the sum of
currents flowing out of it.
Kirchhoff’s Voltage Law
In any closed circuit, the summation of voltage sources (EMF)
equals the summation of voltage drops
Voltage drop is the voltage difference across a resistor’s
terminals
Common DC Circuit Terms:
• Circuit – a circuit is a closed loop conducting path in which an electrical current flows.
• Path – a single line of connecting elements or sources.
• Node – a node is a junction, connection or terminal within a circuit were two or more circuit elements
are connected or joined together giving a connection point between two or more branches. A node is
indicated by a dot.
• Branch – a branch is a single or group of components such as resistors or a source which are
connected between two nodes.
• Loop – a loop is a simple closed path in a circuit in which no circuit element or node is encountered
more than once.
Voltage Dividers
• An electronic circuit that accepts a certain voltage input
and produces a fraction of that input voltage as the output
• The same current I flows through R1 and R2
Thevenin’s Theorem
• Thevenin theorem is an analytical method used to change a
complex circuit into a simple equivalent circuit consisting of
a single resistance in series with a voltage source.

As a certified ABA therapist with two years of experience in Dubai, I understand the unique challenges that come with raising a child with autism or ADHD. This class is designed to provide parents with practical strategies, emotional support, and expert insights to help their child thrive.

With the right guidance, parents can create a structured, nurturing environment that supports their child’s development. You’ll learn how to manage behaviors, improve communication, and build positive daily routines that reduce stress for both you and your child.

This is a safe space where you can ask questions, share experiences, and gain valuable tools to help your child develop independence, confidence, and essential life skills. Let’s work together to make everyday life easier and more fulfilling for both you and your child!

Ce cours est destiné aux étudiants, ingénieurs, chercheurs débutants ou passionnés de neurosciences computationnelles souhaitant découvrir l’univers des Interfaces Cerveau-Machine (ICM/BCI) à travers l’exploitation des signaux EEG d’imagerie motrice.

Grâce à mes travaux de doctorat en Génie Électrique, je propose un accompagnement structuré et pratique pour comprendre les fondamentaux de l'acquisition et du traitement des signaux EEG, les techniques d’analyse temps-fréquence, les algorithmes de classification (SVM, LDA, CNN), ainsi que l’implémentation d’une ICM simple.

Ce cours mêle théorie, tutoriels codés (Python/Matlab), et exemples concrets basés sur des bases de données EEG publiques.

القياس الفيزيائي هو
عمليه مقارنه بين كميه مجهوله وكميه معلومه من نفس النوع لمعرفه عدد مرات احتواء الاولي من الثانيه .
الكميات الاساسيه مثل )الكتله والطول الزمن
الكميات المشتقه مثل السرعه ،الكثافه،الطاقه،الشغل،القوه ،العجله و السرعه المتجهه

If you are preparing to join medical school (pharmacy, medicine, nursing), this will be the class for you.

I will teach you how to understand, explain, pronounce the medical terms, it will be a peace of cake for you.

As well, I can teach you as well per system (digestive, cardiology, etc)

I will provide you with cases to practice more.

Don't hesitate to reach me out to discuss the details.

This course provides a comprehensive understanding of human physiology through an integrated, systems-based approach that connects cellular mechanisms to whole-body function. It focuses on how organ systems maintain homeostasis, adapt to physiological stress, and interact dynamically to support normal health.

Core topics include membrane transport, electrophysiology, and cellular signaling, followed by detailed exploration of the cardiovascular, respiratory, renal, gastrointestinal, endocrine, and nervous systems. Emphasis is placed on regulatory mechanisms such as neural control, hormonal modulation, feedback loops, and fluid–electrolyte balance. Students will analyze physiological responses to exercise, disease states, and environmental challenges, developing the ability to interpret functional changes rather than memorize isolated facts.

The course highlights mechanistic reasoning, enabling learners to understand how physiological principles explain clinical findings such as blood pressure regulation, acid–base balance, oxygen transport, and neurohumoral coordination. By integrating foundational science with applied examples, students gain a durable framework for advanced study in medicine, biomedical sciences, and allied health disciplines, while strengthening analytical thinking and problem-solving skills essential for clinical reasoning.

ضمان المدرس المناسب

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