Engineering Dynamics Tutor Job — Remote, Freelance, Rs 500-1,500/hr

Role	Online Engineering Dynamics Tutor (Freelance)
Pay	Rs 500 – Rs 1,500 per hour
Type	Freelance, part-time, work from home
Location	Remote. India-based tutors preferred; global applicants welcome
Hours	Flexible, mainly 5 PM – 9 AM IST
Students	Mostly USA, Gulf, Europe, Australia
Apply via	Application form on the MEB tutoring jobs hub

The Engineering Dynamics tutor job at MEB involves running 1:1 live online sessions and providing homework guidance within those sessions, mainly for students in the USA and the Gulf. Most of the students in this role are undergraduate mechanical, civil, or aerospace engineering majors who are working through Newton-Euler equations, energy methods, and vibration analysis — often under tight assignment deadlines. Sessions regularly move between free-body diagrams on a digital whiteboard and equation-of-motion derivations, so comfort with both conceptual explanation and rapid numerical work is essential. A good-quality pen tablet is not optional; you cannot run these sessions adequately with a mouse.

What the role involves

Running live, 1:1 online sessions for undergraduate engineering students on topics ranging from particle kinematics to multi-degree-of-freedom vibration.
Working through free-body diagrams, equations of motion, and energy-method problems on a shared digital whiteboard in real time.
Explaining the physical reasoning behind a method — not just the steps — so that students can attempt similar problems independently.
Guiding students through their own problem sets without supplying answers directly; the goal is understanding, not completion.
Accepting or declining individual assignments before work begins, and meeting agreed-upon session times without last-minute cancellation.

Topics you will be expected to teach

Kinematics of particles: rectilinear and curvilinear motion, normal-tangential and polar coordinates
Kinetics of particles: Newton’s second law, work-energy theorem, impulse and momentum
Kinematics of rigid bodies: absolute and relative motion, instantaneous centre of rotation
Kinetics of rigid bodies: equations of motion, moment of inertia, angular momentum
Energy methods for rigid bodies: work-energy principle, conservation of energy
Impulse-momentum methods: linear and angular impulse, impact and coefficient of restitution
Three-dimensional dynamics: Euler’s equations of motion, gyroscopic effects
Free vibration of single-degree-of-freedom (SDOF) systems: natural frequency, damping ratio, logarithmic decrement
Forced vibration and resonance: frequency response, magnification factor, phase angle
Damped vibration: underdamped, critically damped, and overdamped systems
Multi-degree-of-freedom (MDOF) systems: mode shapes, natural frequencies, modal analysis
Lagrangian dynamics: generalised coordinates, Lagrange’s equations, potential and kinetic energy formulation
Mechanical vibration applications: vibration isolation, dynamic balancing, rotating unbalance

A problem you should be able to solve

A uniform slender rod of mass 3 kg and length 1.2 m is pinned at one end and released from rest in the horizontal position. Using the rotational form of Newton’s second law and the parallel-axis theorem, determine the angular acceleration of the rod at the instant of release and the magnitude of the reaction force at the pin at that same instant.

If you cannot set this up and solve it in under five minutes without looking anything up, this role is not the right fit.

Who we are looking for

Subject mastery

Engineering Dynamics is a course where students frequently confuse kinematics with kinetics, misapply the parallel-axis theorem, or set up equations of motion with sign errors that propagate silently through the rest of a problem. You must be able to spot those errors the moment they appear in a shared document, explain precisely where the reasoning broke down, and rebuild the setup correctly while the student watches. Familiarity with the theory is not enough; the expectation is that you can solve problems at the level of Meriam and Kraige or Hibbeler’s Engineering Mechanics: Dynamics quickly, accurately, and on a first pass.

Speed and accuracy under deadline

Students in the USA request sessions the same evening an assignment is due. A tutor who needs twenty minutes to recall how to apply Lagrange’s equations to a two-DOF system under that time pressure is a problem. MEB requires tutors who can move from a problem statement to a correct, clearly explained solution within the time a student can reasonably stay engaged — not because MEB rushes good teaching, but because hesitation erodes student confidence and extends sessions unnecessarily.

Education and background

A degree from IIT, IISc, ISI, NIT, or an equivalent institution in mechanical, civil, aerospace, or applied mechanics engineering is strongly preferred. Candidates from other institutions are considered only where their depth in classical mechanics and vibration can be demonstrated clearly and independently. Freshers are eligible if their subject command is exceptional; most tutors in this area have postgraduate qualifications or significant hands-on tutoring experience in dynamics.

Setup, availability and communication

You need a reliable laptop, stable broadband, a working camera, a microphone, and a pen tablet. Sessions take place on a shared digital whiteboard; writing equations with a mouse is not workable for this subject. Most work comes in between 5 PM and 9 AM IST because the bulk of MEB’s Engineering Dynamics students are in North American or Gulf time zones. Your English must be clear and fluent — these students are almost entirely non-Indian and the tutor’s ability to communicate precisely in English is a baseline requirement, not a bonus.

Do not apply if

You need a guaranteed monthly income or a fixed number of hours each week — this role provides neither.
You cannot work consistently between 5 PM and 9 AM IST; that is when almost all Engineering Dynamics sessions are requested.
You do not own a pen tablet and are not willing to acquire one before starting.
You would need to look up the parallel-axis theorem, Euler’s equations, or the standard SDOF vibration derivations mid-session.
You are not comfortable declining an assignment before it starts — tutors are expected to self-assess and turn down work that falls outside their confident capability.

What this job is not

This is not salaried employment. MEB does not offer a contract of employment, a fixed monthly salary, paid leave, or any guaranteed minimum of work. The volume of assignments you receive depends entirely on student demand for Engineering Dynamics sessions in a given week, which fluctuates with academic calendars. This role is also not a route to completing students’ graded assessments on their behalf; tutors guide, explain, and build understanding — they do not submit work for students. If that distinction is unclear to you, please do not apply.

Pay and payment terms

Tutors who work on Engineering Dynamics sessions are paid between Rs 500 and Rs 1,500 per hour. The exact rate for a given assignment depends on the academic level of the content, the complexity of the problems involved, the session timing, and how tight the deadline is. The fee for each assignment is agreed before the work begins; you will never be asked to start and negotiate afterwards. Payment is made on time.

There is no retainer, no advance, and no guarantee of a minimum number of hours. Global applicants are welcome to apply, though pay is calibrated to India-level costs and will not be adjusted upward on the basis of location.

How work is assigned at MEB

Work is offered job-by-job as student requests arrive, and it is distributed fairly among tutors who are active and available in the subject area. You are not obligated to accept every assignment offered to you, and you will not be penalised for declining work that does not suit your schedule or falls outside your depth. What MEB does expect is that once you accept an assignment, you complete it as agreed. Consistently declining suitable work or accepting and then withdrawing will reduce future allocation.

Most Engineering Dynamics requests come in the late evening or overnight IST, typically one or two nights a week during the US academic semester. Outside of active semester periods, work in this subject slows noticeably.

Academic integrity rules for tutors

MEB tutors explain methods, work through reasoning, and guide students to reach correct solutions themselves. Tutors do not complete graded assignments, examinations, or any assessed work on a student’s behalf. This is a firm rule, not a preference. Tutors must not share personal contact details — phone numbers, email addresses, social media handles — with students, and must not negotiate session fees or work directly with students outside the MEB platform. Any breach of these terms ends the engagement immediately. For the full policy, see MEB’s academic integrity guidelines.

Selection process

Submit the application form on the tutoring jobs hub.
Shortlisting based on subject depth, academic background, and relevance of experience in classical mechanics and vibration.
A subject test covering dynamics problem-solving, followed by a short mock session on a shared whiteboard — a pen tablet is required at this stage.
Onboarding for successful candidates, after which work is offered job-by-job as Engineering Dynamics requests come in.

For questions about your application, contact MEB on WhatsApp at +91 8971 383660 or by email at meb@myengineeringbuddy.com.

Questions from applicants

Do I need a postgraduate degree to be considered for the Engineering Dynamics tutor job?: A postgraduate degree is not a strict requirement, but most tutors working in Engineering Dynamics at MEB hold one, or have significant and verifiable tutoring experience in the subject. Freshers from IIT, IISc, NIT, or equivalent institutions with exceptional command of classical mechanics and vibration analysis are considered. The deciding factor is always demonstrated subject depth, not the degree level alone.
How many Engineering Dynamics sessions can I expect per week?: There is no guaranteed number of sessions. Demand in Engineering Dynamics follows US and Gulf university calendars — it picks up significantly during midterms and finals and is quieter between semesters. Active tutors who are available during the main working window of 5 PM to 9 AM IST typically receive one to three assignments per week during busy periods, but this is not a commitment and will vary.
Is a pen tablet required before I apply, or only before I start working?: You are welcome to apply without a pen tablet, but you will need one before the mock session stage of the selection process, and certainly before taking any live session. Dynamics tutoring on a shared whiteboard cannot be done effectively without one. If you proceed to the test stage without a pen tablet, the session will need to be rescheduled, which delays the process for everyone.
Can I teach only vibration topics if that is my strongest area?: MEB assigns tutors to sessions based on the full scope of the Engineering Dynamics syllabus, not individual subtopics. A student requesting help with rigid-body kinetics cannot be redirected to a different tutor because the assigned one only covers vibration. Tutors in this role are expected to be competent across particle kinematics, rigid-body kinetics, and vibration analysis. If your command of any of these areas is weak, this role is not a good fit at this time.
What happens if I accept a session and the student asks me to complete their graded assignment directly?: You decline, clearly and immediately. MEB tutors explain reasoning and guide students through problems; they do not complete assessed work on a student’s behalf. If a student makes this request, you inform MEB through the platform. Tutors who comply with such requests — regardless of how the request is framed — are removed from the platform. The academic integrity policy is not flexible on this point.