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

Role	Online Thermodynamics 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 Thermodynamics 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 requests come from undergraduate mechanical, chemical, and aerospace engineering students working through applied cycles, property tables, and energy-balance problems that require both conceptual clarity and precise calculation. Sessions are conducted on a shared digital whiteboard, and applicants must be comfortable working with property diagrams, T-s and P-v plots, and steam tables in real time. The level of demand is typically sophomore to junior university, though graduate-level statistical thermodynamics requests arise and must be handled with equal fluency.

What the role involves

Running live 1:1 online sessions on shared whiteboards, walking students through energy-balance derivations, cycle analysis, and property lookups step by step.
Guiding students through their own problem sets on the first and second laws, entropy generation, and thermodynamic cycles without supplying the answer in place of understanding.
Interpreting problems involving real gases, steam tables, and psychrometric charts quickly and accurately under session-time pressure.
Explaining the method behind equation-of-state applications, isentropic relations, and availability analysis so that students can reproduce the reasoning independently.
Maintaining session notes or worked diagrams on the whiteboard so students leave with a clear, revisable record of what was covered.

Topics you will be expected to teach

Zeroth and First Laws of Thermodynamics — energy, heat, and work
Second Law and entropy — Clausius inequality, entropy generation, and irreversibility
Thermodynamic properties of pure substances — steam tables, refrigerant tables, and compressed-liquid approximations
Ideal and real gas relations — equations of state, compressibility factor, van der Waals gas
Power cycles — Rankine, Brayton, Otto, Diesel, and combined cycles with efficiency analysis
Refrigeration and heat pump cycles — vapour-compression, absorption, and COP calculations
Open and closed system energy balances — steady-state and transient analyses, control-volume formulations
Exergy (availability) analysis — exergy destruction, second-law efficiency, and irreversibility accounting
Gas mixtures and psychrometrics — Dalton’s law, humidity, dew point, and air-conditioning processes
Combustion thermodynamics — stoichiometry, adiabatic flame temperature, and enthalpy of combustion
Chemical equilibrium and the van ‘t Hoff equation
Statistical thermodynamics — partition functions, Boltzmann distribution, and connection to classical entropy
Thermodynamic relations — Maxwell relations, Clapeyron equation, and Joule-Thomson coefficient

A problem you should be able to solve

Steam enters the turbine of an ideal Rankine cycle at 8 MPa and 500 °C and is condensed at 10 kPa. Using standard steam tables, determine the thermal efficiency of the cycle and the quality of the steam at the turbine exit. Account fully for the pump work.

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

You must be able to move fluently between the first and second laws, set up control-volume energy balances from first principles, read property tables without hesitation, and draw the correct cycle on a T-s or P-v diagram on demand. Knowing the formulas is not enough. You must understand why entropy increases in an irreversible process, where exergy is destroyed and why, and how the Clausius inequality connects to cycle performance. Students at the junior undergraduate level ask probing follow-up questions; shallow familiarity will be exposed within minutes.

Speed and accuracy under deadline

Thermodynamics sessions at MEB are often booked the night before an exam or a problem-set deadline. You will be expected to correctly identify the cycle or system, set up the governing equations, read the relevant property values, and walk the student through the solution within a single session. Errors in sign convention for heat and work, or confusion between open- and closed-system formulations, are not recoverable in real time. Accuracy on the first pass is a hard requirement, not a target.

Education and background

A degree from IIT, IISc, ISI, NIT, or an equivalent institution in mechanical engineering, chemical engineering, aerospace engineering, or applied physics is strongly preferred. Candidates from other institutions are considered only if they can demonstrate equivalent depth through the subject test. A postgraduate background in thermal science or energy systems is an advantage for the graduate-level statistical thermodynamics and combustion requests that arise. Freshers are eligible only if their subject depth is exceptional and verifiable through the test.

Setup, availability and communication

You need a reliable laptop, a stable broadband connection, a camera, a microphone, and a pen tablet. The pen tablet is not optional — typed equations on a whiteboard are unacceptable for this subject. Most Thermodynamics sessions fall between 5 PM and 9 AM IST, which aligns with US and Gulf evening study hours. You should be comfortable working one or two nights a week at irregular intervals and available to confirm or decline a session request within a short window. English must be fluent and clear; the overwhelming majority of students are non-Indian and unfamiliar with Indian accents in an academic context.

Do not apply if

You need to look up steam table interpolation procedures or isentropic relations during a session.
You cannot distinguish between a closed-system and a control-volume energy balance without prompting.
You need a guaranteed monthly income or a minimum number of hours per week.
You are not available to work between 5 PM and 9 AM IST.
You do not own a pen tablet or are unwilling to use one.

What this job is not

This is not salaried employment. There is no fixed shift, no monthly retainer, and no guarantee of a minimum number of sessions or hours in any given week. Work is offered job-by-job as student requests come in, and you may accept or decline each one. This role does not involve completing graded work or assignments on a student’s behalf; tutors at MEB guide students to understand and solve problems themselves. If you are looking for a predictable full-time income or a fixed-schedule position, this engagement is not structured that way.

Pay and payment terms

The tutoring rate for this role is Rs 500 – Rs 1,500 per hour. The exact rate for each session depends on the level of the material, the complexity of the problem, the session timing, the deadline pressure, and the specific work being assigned. The fee for each piece of work is agreed before the session or task begins. You may accept or decline any assignment. Payment is made on time. There is no probationary period with reduced pay.

How work is assigned at MEB

When a student request arrives that matches your subject profile, MEB’s coordination team contacts you. You confirm availability and accept or decline. If you accept, the fee is stated and agreed before the work begins. Assignments are distributed fairly among tutors with the relevant subject depth; no single tutor is guaranteed a share. The volume of available work varies by semester and subject demand, and Thermodynamics tends to be busiest around mid-semester and finals periods in the US academic calendar. There is no obligation to accept every request, and declining occasionally does not affect future assignments.

Academic integrity rules for tutors

Tutors at MEB guide students to understand and solve problems themselves. A tutor must not complete graded work, exams, quizzes, or any assessed task on a student’s behalf. If a student asks you to do so, you decline and inform MEB. You must not share your personal contact details with students or arrange sessions or payment outside the MEB platform; doing so ends the engagement immediately and without recourse. Full details are set out on the MEB academic integrity page.

Selection process

Submit the application form on the tutoring jobs hub.
Shortlisting based on subject depth, educational background, and the information provided in your application.
A written subject test covering core Thermodynamics topics, followed by a short mock session conducted on a shared digital whiteboard using your pen tablet.
Onboarding, then work offered job-by-job as student requests arise.

For questions about the process, contact us on WhatsApp at +91 8971 383660 or by email at meb@myengineeringbuddy.com.

Questions from applicants

Is prior tutoring experience required to apply for this role?: Prior tutoring experience is valued but not strictly required. Freshers with an exceptional command of Thermodynamics — demonstrated through the subject test and mock session — are eligible. The selection process is designed to assess subject depth directly, so a strong test performance can offset a limited tutoring record. What cannot be substituted is genuine mastery of the material.
What does the subject test for this role actually cover?: The subject test for the Thermodynamics tutor job covers core areas including property evaluation using steam and refrigerant tables, first- and second-law analyses of both open and closed systems, power and refrigeration cycle efficiency calculations, entropy generation and exergy destruction, and at least one problem requiring the setup of a combustion or psychrometrics calculation. The test is taken without reference materials and is timed. The mock session that follows tests your ability to explain a worked solution clearly on a whiteboard, not just to produce the correct numerical answer.
How many hours of work can I realistically expect each week?: There is no guaranteed number of hours. Work volume depends on student demand for Thermodynamics sessions during any given period, how many tutors with this profile are active, and your availability to accept requests. Thermodynamics demand tends to increase around mid-semester and finals in the US academic calendar, typically in October-November and March-April. Outside those windows, assignments may be infrequent. Applicants who need a predictable weekly income should account for this variability before applying.
Do I need to be based in India to apply?: India-based tutors are preferred because the working hours — mainly 5 PM to 9 AM IST — align naturally with their time zone and because pay is calibrated to India-level costs. Global applicants are welcome to apply, but pay rates will not be adjusted upward for applicants in higher-cost locations. If you are outside India, confirm that the working hours are feasible for you before submitting an application.
What happens if I accept a session and then need to cancel?: Reliability is taken seriously at MEB. If you accept an assignment and cannot complete it, you must inform the MEB coordination team as early as possible so the student can be reassigned without disruption. Repeated last-minute cancellations or no-shows affect your standing in the assignment queue and may result in your removal from the tutor panel. The expectation is that you confirm availability only when you are genuinely able to deliver the session on time.