The University of Kashmir has officially released the Selection Criteria, Scheme, and Syllabus for the post of Senior Technical Assistant (Electronics) in the Department of Electronics and Instrumentation Technology. This post was originally advertised under Advertisement Notice No. 06 of 2026 dated 28-03-2026, and now the university has clarified exactly how candidates will be tested. Let me walk you through everything you need to know — from the exam pattern to the 10-unit syllabus — based on the official notification dated 15-06-2026.
UK Senior Technical Assistant (Electronics) Recruitment 2026
| Post Name | Senior Technical Assistant (Electronics) |
| Department | Electronics and Instrumentation Technology |
| Advertisement Notice | No. 06 of 2026 (dated 28-03-2026) |
| Pay Level | Level-06 (₹35,400 – ₹1,12,400) |
| Total Marks | 100 |
| Selection Mode | Merit-based OMR Written Test |
| Exam Duration | 110 minutes |
| Negative Marking | Yes (0.25 per wrong answer) |
Selection Criteria: Pure Merit, No Interview
Here’s the good news and the challenge: selection is strictly based on merit secured in the OMR-based written test. There is no interview, no skill test, and no viva for this particular post. Your entire fate depends on how well you perform in those 110 minutes.
This means every single mark counts. With 100 objective-type questions carrying 1 mark each, and a penalty of 0.25 marks for every incorrect answer, strategic preparation is non-negotiable. Blind guessing can destroy your score — attempt only what you know, and eliminate wrong options smartly.
Exam Pattern
| Type of Test | Objective Type (OMR Based) |
| Total Questions | 100 |
| Marks per Correct Answer | +1 |
| Negative Marking | -0.25 per wrong answer |
| Total Marks | 100 |
| Time Allowed | 110 minutes |
| Medium | Likely English |
Complete Syllabus Breakdown (Unit-wise)
Unit-I: Circuit Theory and Network Analysis (Fundamental & Calculation-Heavy)
This unit is your bread and butter. Expect direct formula-based questions:
- Voltage & Current Sources — Ideal vs. practical, dependent sources
- Passive Elements (R, L, C) — VI characteristics, ratings, and color coding of resistors
- Source Transformation — Converting voltage to current sources and vice versa
- Circuit Laws — Ohm’s Law, KCL, KVL with simple applications
- Network Analysis Methods — Nodal analysis, Mesh analysis
- Network Theorems — Superposition, Thevenin’s, Norton’s, Reciprocity, Maximum Power Transfer
- Star-Delta & Delta-Star Transformations
- Two-Port Networks — Z, Y, ABCD, and h-parameters
- AC Circuit Analysis, Transient Analysis, Transfer Functions
- State Variable Method, Bode Plots, Poles & Zeros
Unit-II: Semiconductor Fundamentals and Diodes
- Semiconductor Basics — Energy bands, charge carriers, temperature effects on conductivity
- Intrinsic & Extrinsic Semiconductors
- PN Junction Diode — VI characteristics, knee voltage, breakdown voltage, diode equation
- Diode Ratings — Max forward current, PIV, power dissipation
- Zener Diode — Working, characteristics, voltage regulator applications
- Special Purpose Diodes — LED, Photodiode, Tunnel Diode
- Rectifier Circuits — Half-wave, full-wave, rectifier efficiency, ripple factor
- Waveshaping Circuits — Clippers (unbiased & biased), Clampers (positive & negative)
Unit-III: Transistors and Biasing
- BJT — PNP & NPN construction, working, configurations (CB, CE, CC)
- Input/Output Characteristics — Regions of operation (cutoff, active, saturation)
- Transistor as a Switch
- Current Gains — α, β, and their relationships
- DC Load Line & Q-Point
- Biasing Methods — Voltage divider bias, Q-point stabilization
- FET & MOSFET — Basic structure and working principles
Unit-IV: Amplifiers and Oscillators
- Transistor as an Amplifier — Basic principle
- Single-Stage & Multi-Stage Amplifiers — Need for cascading
- RC-Coupled Amplifier — Circuit and working
- Feedback Concepts — Positive and negative feedback
- Oscillators — Barkhausen criterion, essentials of oscillation
- Sinusoidal Oscillators — Hartley, Colpitts, RC Phase Shift, Wien Bridge
- Crystal Oscillator — Basic concept and advantages
Unit-V: Linear Integrated Circuits and Number Systems
- Operational Amplifiers — Ideal characteristics, IC 741 block diagram
- Op-Amp Configurations — Open-loop vs. closed-loop
- Applications — Computational (adder, subtractor, integrator, differentiator), Comparators, Schmitt Trigger, Instrumentation Amplifiers
- Wave Shaping, PLLs, Active Filters, Oscillators
- Multivibrators — 555 Timer applications
- Converters — V/F and F/V converters
- Number Systems — Binary, Octal, Hexadecimal, base conversions
- Signed/Unsigned Number Representation
- Binary Arithmetic — 2’s complement addition/subtraction
- BCD Introduction
Unit-VI: Digital Electronics and Microprocessors
- Logic Gates — Truth tables, symbols, Boolean algebra postulates
- Combinational Circuits — SOP, POS, K-map minimization
- Arithmetic Circuits — Half adder, Full adder, Half subtractor, Full subtractor
- Multiplexers, Demultiplexers, Encoders, Decoders
- Sequential Circuits — Flip-flops, Counters, Registers
- Memory Devices — ROM, PROM, EPROM, EEPROM, RAM (Static & Dynamic)
- Microprocessor 8086 — Architecture, addressing modes, instruction set, interrupts, programming, memory & I/O interfacing
- Microcontroller 8051 — Introduction and basics
Unit-VII: Communication Electronics
- Communication Systems — Basic elements
- AM — Principle, modulation index, generation, envelope detection
- FM — Concept, advantages over AM, generation and detection
- Digital Modulation — PCM, ASK, FSK, PSK, BPSK, QPSK, QAM
- Multiplexing — TDM, FDM
- Multiple Access Techniques
- Data Communications — Modems, Codes
- Mobile & Satellite Communication — Principles
- Optical Communication — LED, spontaneous/stimulated emission, semiconductor lasers
- Detectors — PIN photodiodes, APD
- Optical Fibers — Attenuation, dispersion, bandwidth, WDM
Unit-VIII: Power Electronics and Control Theory
- Power Devices — SCR, DIAC, TRIAC, power transistors — characteristics
- Thyristor Protection — Over-voltage, over-current, dv/dt, di/dt protection
- SCR Triggering — Single pulse, train of pulses
- Motors — AC & DC motor construction and speed control
- Power Supplies — SMPS, UPS
- Control Systems — Open-loop vs. closed-loop, block diagram reduction, transfer function, signal flow graphs
- Stability — Routh-Hurwitz criterion, Nyquist plot
- Controllers — On-off, P, PI, PD, PID
Unit-IX: Electromagnetics and Microwave Engineering
- Electrostatics — Vector calculus, Gauss’s Law, Laplace & Poisson equations
- Magnetostatics — Biot-Savart Law, Ampere’s Law, electromagnetic induction
- Maxwell’s Equations & Wave Equations
- Plane Wave Propagation — In free space, dielectrics, conductors
- Poynting Theorem
- Wave Phenomena — Reflection, refraction, polarization, interference, coherence, diffraction
- Transmission Lines & Waveguides — Line equations, impedance, VSWR, rectangular waveguides
- Antennas — Retarded potential, Hertzian dipole, half-wave antenna, radiation patterns, gain, effective area, Friis equation
- Microwave Sources — Reflex Klystron, Magnetron, TWT, Gunn diode, IMPATT diode, Crystal Detector, PIN diode
Unit-X: Electronic Instruments and Measurements
- Measurement Basics — Errors, classification
- Transducers — Resistive, inductive, capacitive; piezoelectric, thermoelectric, photoelectric, Hall-effect
- Applications — Temperature, pressure, displacement, light measurement
- Analog Instruments — Voltage, current, resistance measurement
- Digital Instruments — DVM, DMM — principles and applications
- CRO — Block diagram, principle, measurement of voltage and frequency
Smart Preparation Strategy (What Actually Works)
From my experience guiding candidates:
- Focus on High-Weightage Areas: Op-amps, Digital Electronics, Transistors, Network Theorems, and Communication basics usually dominate.
- Practice Numerical + Conceptual: Don’t just mug up formulas. Solve previous year similar exams (like ISRO, DRDO, or state university papers).
- Time Management: 110 minutes for 100 questions means roughly 1 minute per question. Train with mock tests under timed conditions.
- Negative Marking Hack: Attempt only when you can eliminate at least two options.
- Resources I Recommend:
- Standard books: Boylestad (Electronic Devices), Sedra/Smith (Microelectronics), Morris Mano (Digital Design), Ramesh Gaonkar (8085/8086).
- Online: NPTEL lectures (IIT professors), previous year GATE ECE papers for core topics.
- Make short notes for formulas, characteristics, and block diagrams.
- Revision Plan: Complete syllabus in 4-5 weeks, then dedicate 2-3 weeks for mocks and weak area improvement.
Salary & Benefits
At Pay Level-06, the salary ranges from ₹35,400 to ₹1,12,400 per month, plus DA, HRA, and other allowances as per UT Government/University rules. Services are transferable across satellite campuses, giving you career mobility within the university system.
Official Links
| Syallbus Exam Criterai PDF | Check Here |
| Official Website | Check Here |
Frequently Asked Questions (FAQs)
Q1: Under which advertisement was the Senior Technical Assistant (Electronics) post announced?
The recruitment for the Senior Technical Assistant was announced under Advertisement Notice No. 06 of 2026, dated March 28, 2026.
Q2: What is the required educational qualification for the Senior Technical Assistant (Electronics) position?
Candidates must hold an M.Sc in Electronics with 55% marks from a recognized University or Institute, OR a B.E./B.Tech or equivalent in Electronics & Communication, Electronics, Electrical & Electronics, Instrumentation, Microelectronics, Electronics & Telecommunication, or VLSI Design with 55% marks
Q3: What is the salary or pay level for the Senior Technical Assistant at the University of Kashmir?
The post of Senior Technical Assistant is categorized under Pay Level-06, which offers a pay range of ₹35,400 to ₹1,12,400.
