Job Description

Role Overview


We are seeking an experienced Instructor in Electronics and Electrical / Electronics & Communication Engineering to join our international teaching team delivering UK and Australian qualifications in India. The role requires a minimum of 3 years of recent industry experience (within the last 5 years) and the ability to teach applied electronic engineering with a focus on global industry standards.


You will be responsible for classroom and laboratory delivery, preparing students for both academic progression and professional roles in sectors such as semiconductors, embedded systems, communication systems, and power electronics.


Key Responsibilities


Deliver lesson plans, teaching resources, and laboratory sessions aligned with international qualification standards.


Create and manage assignments, projects, and assessments that mirror vocational practices in the electronics industry.


Conduct grading, feedback, internal verification, and moderation in line with UK/Australian qualification frameworks.


Mentor students in practical projects such as PCB design, embedded systems, and communication circuit design.


Continuously update subject content to integrate emerging technologies in electronics and communication.


Requirements
Core Technical Knowledge & Tools


Electronic Circuits & Devices


Semiconductor devices, diodes, BJTs, MOSFETs, operational amplifiers, switching and power circuits.


Tools: LTspice, Multisim, Proteus, oscilloscopes, signal generators.


Digital Electronics & Logic Systems


Logic gates, Boolean algebra, counters, registers, sequential circuits, programmable logic devices.


Tools: VHDL/Verilog (Quartus, ModelSim), FPGA boards, Arduino, ARM Cortex-based kits, logic analysers.


Analogue Electronic Systems


Amplifier design, filters, oscillators, instrumentation, communication circuits.


Tools: LTspice, Multisim, spectrum analysers, oscilloscopes.


Embedded Systems


Microcontrollers, embedded C/C++, real-time systems, hardware interfacing, IoT integration (basic).


Tools: Arduino IDE, STM32/ARM Cortex platforms, embedded development kits.


Digital Signal Processing


Discrete-time signals, sampling, Z-transforms, Fourier analysis, filter design, convolution, FFT.


Tools: MATLAB (DSP toolbox), DSP dev boards (TI/Analog Devices).


Electrical Machines & Power Systems


Motors, generators, transformers, drives, renewable power integration.


Tools: MATLAB/Simulink (Power Systems Toolbox), ETAP, PSCAD.


Electronic Product Design & Prototyping


PCB design, prototyping, testing and validation, design for manufacture (DFM).


Tools: Altium Designer, KiCad, Eagle CAD, LabVIEW.


Communication Engineering


Modulation/demodulation, transmission lines, antennas, RF basics, signal integrity.


Tools: MATLAB (Communications Toolbox), Keysight ADS (desirable), communication lab kits.


Transferable & Pedagogical Skills


Expertise in lesson planning, assignment writing, and assessment design as per international qualification frameworks.


Strong laboratory-based teaching and project mentoring ability.


Ability to contextualise global electronics knowledge for Indian learners.


Strong communication, presentation, and mentoring skills.


Commitment to continuous professional development and keeping pace with industry advances.


Qualifications & Experience


Bachelor's degree in Electronics & Communication Engineering / Electrical & Electronics Engineering(Master's desirable).


Minimum 3 years of recent professional experience (within the last 5 years) in electronics, communication systems, or electrical engineering.


Industry certifications (FPGA design, MATLAB, ETAP, PCB design, Embedded Systems) are desirable.


Prior teaching/training experience is preferred, though candidates with strong industry background will be considered.


Benefits


Training Requirements


Comprehensive OJT covering vocational pedagogy, assessment.


Continuous mentoring and career development support.