TPSC Junior Engineer Recruitment 2026 for 8 Electrical Engineering Vacancies in Tripura

The Tripura Public Service Commission has officially released Advertisement No. 03/2026, inviting online applications from eligible Indian citizens for 8 Junior Engineer vacancies in Electrical Engineering under the Rural Development Department, Government of Tripura. The recruitment is governed by the Combined Competitive Examination Rules-2022 and covers two distinct posts based on educational qualification — one for degree holders and one for diploma holders.

For Electrical Engineering aspirants targeting a Tripura state government engineering job in 2026, this is a structured, merit-based opportunity with a clear three-stage selection process. Whether you hold a degree or a diploma in Electrical Engineering, understanding every parameter of this notification before applying is essential to avoid disqualification at any stage.

TPSC JE Electrical Engineering Recruitment 2026 Overview

Below is a consolidated snapshot of all key recruitment parameters to help you assess your eligibility before proceeding.

Category-Wise Distribution of 8 TPSC JE 2026 Posts

The 8 total vacancies are split across two post classifications. Understanding the category-wise TPSC JE 2026 vacancy distribution is important because reservations directly determine your competition pool.

Junior Engineer Grade-I (Degree) — Electrical, Group B Gazetted — 5 Vacancies

Junior Engineer Grade-II (Diploma) — Electrical, Group C Non-Gazetted — 3 Vacancies

Monthly Pay for Tripura Government Junior Engineers in 2026

Both posts carry structured pay under the Tripura Pay Matrix 2018, revised from time to time by the state government. In addition to the basic pay, selected candidates receive all other admissible allowances including Dearness Allowance, House Rent Allowance, and Travel Allowance as applicable to Tripura state government employees.

The Group B Gazetted status of the Grade-I post carries higher administrative standing and long-term career advancement advantages within Tripura’s state engineering services structure.

Official Resources for TPSC JE 2026 Notification and Application

All official resources, application portals, and reference documents for this recruitment are available through the TPSC website. Use only the links listed below to avoid misinformation.

Qualification, Age Limit and Residency Requirements for TPSC JE 2026

Getting your eligibility right before applying prevents disqualification at later stages. The notification specifies both essential and desirable qualifications, along with age limits and state residency conditions.

Educational Qualification

• JE Grade-I (Degree): Degree in Electrical Engineering from a recognized University or Institution. A diploma alone does not qualify for this post.
• JE Grade-II (Diploma): Diploma in Electrical Engineering or its equivalent academic qualification from a recognized University or Institution.
• Desirable (both posts): Knowledge of Bengali or Kokborok.
• Mandatory Document: Permanent Resident Certificate of Tripura (PRTC) required for both posts at the time of applying.

Applicants must possess the prescribed minimum qualification on or before 12-06-2026, which is the application closing date.

Age Limit as on 12 June 2026

Age Relaxation

The upper age limit is relaxable by 5 years for ST, SC, PH candidates and Government servants. Government servants who already belong to ST/SC/PH categories will not receive this relaxation over and above the general 5-year relaxation already available to them. Both relaxations cannot be combined.

How Candidates Are Shortlisted for TPSC Junior Engineer Recruitment 2026

The selection is a three-stage process. Each stage must be cleared to proceed to the next. Marks from the Preliminary Examination are not counted in the final merit.

Stage 1 — Preliminary Examination (Screening Only)

This is an MCQ-based screening test of 100 marks over 2 hours. Its purpose is only to shortlist candidates for the Main Examination. Marks obtained here do not count toward final selection. Candidates shortlisted for Mains: 5 times the total notified vacancies, category-wise by merit. Qualifying marks: 40% for Unreserved, 30% for Reserved categories.

Stage 2 — Main Written Examination (Merit Stage)

The Main Examination carries 500 marks and directly determines final selection. The minimum cut-off to qualify for the Interview is 40% in aggregate for Unreserved candidates and 30% for Reserved category candidates.

Stage 3 — Interview-cum-Personality Test

This carries 50 marks and assesses intellectual ability, social traits, current affairs awareness, leadership ability, critical thinking, and moral integrity. A candidate absent from this stage will be eliminated from final selection.

Final Merit List

Final selection is based on the aggregate of Main Examination marks and Interview marks. In case of a tie, merit is decided first by age seniority, and if that is also equal, by the percentage of marks in the minimum prescribed educational qualification.

Paper-Wise Marks, Duration and Question Format for TPSC JE 2026

Preliminary Examination Pattern

Main Examination Pattern

General Studies Paper (Main) — Topic-Wise Marks

Engineering Subject Papers I and II — Question Format

Interview-cum-Personality Test

Candidates called for Interview are determined by the ratio: 5 candidates per 1 vacancy, 8 candidates per 2 vacancies, and 3 times the number of vacancies for 3 or more vacancies, strictly category-wise in order of merit from Main Examination results.

Topic-Wise TPSC JE Electrical Engineering Exam Syllabus 2026

The syllabus differs for Grade-I (Degree) and Grade-II (Diploma) posts. Both are detailed below in full as prescribed in the official notification.

Junior Engineer Grade-I (Degree) — Electrical Engineering Paper I

1. EM Theory

Electric and magnetic fields, Gauss’s Law, Ampere’s Law, fields in dielectrics, conductors and magnetic materials, time varying fields, plane-wave propagation in dielectric and conducting media, transmission lines.

2. Electrical Materials

Conductors, semiconductors and insulators, superconductivity, insulators for electrical and electronic applications, magnetic materials, ferro and ferri magnetism, ceramics, Hall effect and applications, special semiconductors.

3. Electrical Circuits

Circuit elements, Kirchhoff’s Laws, mesh and nodal analysis, network theorems, natural and forced response, transient and steady state response, properties of networks in terms of poles and zeros, transfer functions, resonant circuits, three-phase circuits, two-port networks, two-element network synthesis.

4. Measurements and Instrumentation

Units and standards, measurement of current, voltage, power, power factor and energy, indicating instruments, bridge measurements, electronic measuring instruments, digital voltmeter, frequency counter, transducers for non-electrical quantities (temperature, pressure, flow-rate, displacement, acceleration, noise level), data acquisition systems, A/D and D/A converters.

5. Control Systems

Block diagrams, signal flow graphs and their reduction, stability criteria for feedback systems, Routh-Hurwitz array, Nyquist plot, Bode plot, root locus, Nichols chart, estimation of gain and phase margin, compensator design, state variable matrix, sampled data systems, non-linear control analysis, electromechanical, hydraulic and pneumatic components.

Junior Engineer Grade-I (Degree) — Electrical Engineering Paper II

1. Electrical Machines and Power Transformers

Magnetic circuits, construction and testing, equivalent circuits, losses and efficiency, regulation, auto-transformer, 3-phase transformer, parallel operation. Basic concepts in rotating machines: EMF, torque, machine types. DC machines: construction, excitation methods, circuit models, armature reaction and commutation, generators and motors, starting and speed control, testing, losses and efficiency. Synchronous machines: circuit model, operating characteristics, synchronous reactance, salient-pole machines, hunting, short circuit transients. Induction machines: construction, principle of operation, rotating fields, characteristics and performance, circle diagram, starting and speed control, fractional KW motors, single-phase synchronous and induction motors.

2. Power Systems

Types of power stations: Hydro, Thermal and Nuclear. Pumped storage plants. Power transmission lines: modelling, performance, voltage control, load flow studies, optimal power system operation, load frequency control. Symmetrical components, per unit representation, fault analysis, transient and steady-state stability, equal area criterion, power system protection, circuit breakers, relays, HVDC transmission.

3. Analog and Digital Electronics and Circuits

Semiconductor device physics, PN junctions and transistors, circuit models and parameters, FET, Zener, tunnel, Schottky and photo diodes, rectifier circuits, voltage regulators and multipliers, switching behavior of diodes and transistors. Small signal amplifiers, biasing circuits, frequency response, multistage and feed-back amplifiers, D.C. amplifiers, oscillators. Large signal amplifiers, operational amplifiers, wave shaping circuits, multivibrators and flip-flops. Digital logic gate families, universal gates, combination circuits for arithmetic and logic operations, sequential logic circuits, counters, registers, RAM and ROMs.

4. Microprocessors

Microprocessor architecture, instruction set and simple assembly language programming, interfacing for memory and I/O, applications of microprocessors in power systems.

5. Communication Systems

Types of modulation: AM, FM and PM. Demodulators, noise and bandwidth considerations, digital communication systems, pulse code modulation and demodulation, elements of sound and vision broadcasting, carrier communication, frequency division and time division multiplexing, telemetry system in power engineering.

6. Power Electronics

Power semiconductor devices, thyristors, power transistors, GTOs and MOSFETs. AC to DC converters: 1-phase and 3-phase. DC to DC converters, AC regulators, thyristor controlled reactors, switched capacitor networks. Inverters: single-phase and 3-phase. Pulse width modulation, sinusoidal modulation with uniform sampling, switched mode power supplies.

Junior Engineer Grade-II (Diploma) — Electrical Engineering Paper I

1. Power Plant Engineering

Conventional energy sources: fossil fuels, hydroelectric and nuclear. Thermal, hydro-electric, nuclear, diesel and gas-turbine power stations. Elementary knowledge of major electrical equipment used in power stations, combined working of power plants, control of active and reactive power, load-frequency control, performance and economic considerations.

2. Electrical Design and Estimating

Design of an electrical installation of machines in a workshop (maximum 4 machines, at least 1 of which should be 1-phase). I.E. rules for power sub-circuits. Design of electrical machines. Design of a 3-phase transformer up to 200 KVA. Estimation of a small residential complex, large auditorium and public health centre, electrical installation of machines (not more than four) in a workshop, and 3-phase O.H. service connections to a residential building.

3. Electrical Machines

General introduction to rotating machines. D.C. generators and motors. 1-phase transformers, principles of 1-phase autotransformer, 3-phase transformer, alternator, 3-phase induction motor, synchronous motor, fractional H.P. motors.

4. Transmission and Distribution Power

Transmission systems, constructional and mechanical features of overhead transmission and distribution lines, mechanical features of overhead lines, spacing of conductors, relevant I.E. rules, electrical features of overhead lines, power factor improvement using static and synchronous condensers, distribution systems, sub-stations, extra high voltage DC system of transmission.

Junior Engineer Grade-II (Diploma) — Electrical Engineering Paper II

1. Basic Electronics

Passive and active circuit elements. Familiarity with: resistors, fuses, capacitors, inductors, voltage sources, current sources, AC and DC signals, transformers, relays, switches, cables and connectors, Zener diode, bipolar transistor, field effect transistor, unijunction transistor, thyristor, optoelectronics, integrated circuits.

2. Electrical Measurement and Measuring Instruments

Range, sensitivity, true and indicated value, limiting errors, resolutions, accuracy, precision and instrument efficiency. Classification of instruments. Types of instruments: voltmeter, ammeter, multimeter, energy meter, multi-range ammeter and voltmeter, 1-phase induction type energy meter. Errors adjustments, phantom loading, testing of energy meters, classifications of resistances, meggar, measurement of capacitance, magnetic measurements, instrument transformers (CT, PT/VT). Different types of faults.

3. Circuit Theory

Networks and A.C. fundamentals: single-phase A.C. circuits, R-L-C series circuit, parallel circuit. Resonance and selectivity: series and parallel resonance. Transients: steady state and transient response. Polyphase circuits, coupled circuits, Laplace transformations, filters.

4. Electrical Measurement and Control

Measurement of power/energy and industrial metering: digital energy meter, tri-vector meter, digital frequency meter, synchroscope, phase-sequence meter, digital multimeter, CRO, dual trace oscilloscope, function generator, frequency counter, elements of servomechanism, super motor. Measurement of non-electrical quantities via transducers: piezo-electric crystal, thermistor, strain gauge, proximity switch, thermocouple, LVDT, tachogenerator, capacitive transducers, seismic transducers. Control system descriptions: on-off controller, proportional controller, proportional plus derivative controller, P+I controller, P+D+I controller.

5. Electrical Installation, Maintenance and Testing

General guidelines for installation, loading and unloading of heavy electrical machinery, electrical installation requirements, earthing installation, general requirements per I.E. Rules, motor generator set for battery charging and various loads, synchronization of two alternators. Maintenance of electrical installations, insulations, troubleshooting, repair and maintenance schedules for D.C. machines, transformers, induction motors, switchgear and substations, relays, storage batteries, OH lines and cables, testing, electric safety regulations.

TPSC JE 2026 Application Timeline and Key Deadlines

Missing any of the dates below means your application will not be entertained under any circumstance. Set reminders well in advance, especially for the online application deadline.

How to Apply Online for TPSC Junior Engineer Recruitment 2026

The entire application process is online. No hard copy or offline application is accepted. Follow these steps carefully to ensure a valid and complete submission.

Step 1 — Complete OTPR Registration

Register through One Time Profile Registration (OTPR) at https://tpsc.tripura.gov.in before you can apply for any post. This creates a permanent profile. A User ID is sent to your registered mobile number and email ID. Keep it safe for all future applications.

Step 2 — Log In and Access the Application Portal

Once you have your OTPR User ID, log in to the Commission’s website. The online application portal goes live from 19 May 2026.

Step 3 — Fill the Application Form Carefully

Fill all required fields accurately — personal information, educational qualifications, category details, and post preference. Read all instructions thoroughly before filling the form. Errors at this stage can lead to rejection.

Step 4 — Pay the Application Fee

Pay the prescribed fee through the available online payment gateway. Confirm that the payment is successful before proceeding. The fee is non-refundable under all circumstances.

Step 5 — Submit and Save Your Receipt Number

After submission, a Receipt Number is generated. If multiple applications are accidentally submitted, only the one with the latest Receipt Number will be considered. Fee paid for one Receipt Number cannot be transferred to another.

Step 6 — Do Not Upload Documents at This Stage

Certificates are not required at the time of application. After the Preliminary Examination result is published, successful candidates will be asked to submit self-attested copies of all relevant documents within a specified time. Failure to do so results in summary rejection of candidature.

Note for Currently Employed Candidates

If you are a government employee, apply through the proper channel or attach a No Objection Certificate from your employer. At the Interview stage, this NOC must clearly state that your employer has no objection to your recruitment to the applied post.

Category-Wise Fee Structure for TPSC JE 2026 Online Application

The application fee varies by post group and candidate category. Submitting an application without the requisite fee will result in outright rejection without further communication.

Why a TPSC Junior Engineer Post in Tripura Is a Career-Defining Opportunity

A Junior Engineer post under the Tripura Public Service Commission is more than a monthly salary. It is a permanent position within the state civil engineering services with direct involvement in infrastructure, connectivity, and electrification projects across rural Tripura under the Rural Development Department. Engineers selected through this recruitment work on government-funded projects that tangibly improve communities.

As a Group B Gazetted Officer (Grade-I) or a confirmed Group C Non-Gazetted state employee (Grade-II), you benefit from job security, structured pay revisions, pension frameworks, and service protections guaranteed under state government employment rules. The Combined Competitive Examination Rules-2022 governing this recruitment ensure a transparent merit-based cadre placement with defined vertical growth paths, departmental promotion examinations, and seniority-based advancements within Tripura Engineering Service.

With only 8 vacancies, the competition is real. However, the structure of the examination rewards genuine preparation. The two Engineering Subject Papers in the Main Examination carry 400 out of 500 marks, meaning a candidate with strong domain knowledge in Electrical Engineering holds a decisive advantage. This is not a general awareness lottery. It is a technical examination that rewards engineering competence, and that is exactly what makes this opportunity credible and worth pursuing seriously.