HNC Electrical & Electronic Engineering - Assignments
Institute : Teesside University (TU), delivered by Middlesbrough College (MC)
Programme : Higher National Certificate (HNC)Subject : Electrical and Electronic Engineering OR Instrumentation and Control Engineering
To purchase any of the following assignments click the "Buy Now" button at the bottom of the post.
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Year of Study: 2
Module: Utilisation of Electrical Energy (UofEE)
Assignment 1 : "Transformers and Induction Motors"Module: Utilisation of Electrical Energy (UofEE)
Operation and construction of power transformers. Operation and construction of a poly-phase induction motors.
Grade received: DISTINCTION
Tutor: Mark Nailis
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Year 2: Utilisation of Electrical Energy (UofEE)
Assignment 2: "Illumination"
Description / operation of various types of lamps. Explanation of lighting terminology. Illumination requirements of an industrial workshop.
Grade received: DISTINCTION
Tutor: Mark Nailis
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Year 2: Utilisation of Electrical Energy (UofEE)
Assignment 3: "Circuit Protection and Tariffs"
Construction and operation of circuit over-current protection devices and high power circuit breakers. Construction and operation. of ELCB and RCD devices. Definition of energy tariffs - two part structure. Effect of Power Factor on tariff
Grade received: DISTINCTION
Tutor: Mark Nailis
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Year 1: Analogue and Digital Devices
Assignment 1: "Power Supplies"
Design of Linear and Switched Mode Power Supplies. Load Regulation. Comparison of Switched Mode vs. Linear supplies
Grade received: DISTINCTION
Tutor: Walter Ditch
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Year 1: Analogue and Digital Devices
Assignment 2: "Operational Amplifiers (Op-Amps)"
Design of various operational amplifier circuits.
Grade received: DISTINCTION
Tutor: Walter Ditch
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Year 1: Engineering Science
Assignment 1: "DC Theory"
Thévenin's and Norton’s Equivalent circuits. Principles / operation of DC Motors and Generators.
Grade received: DISTINCTION
Tutor: Susan Armstrong
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Year 1: Engineering Science
Assignment 2: "AC Theory"
Circuits using resistors (R), capacitors (C) and inductors (L). Peak/RMS voltage and current. Circuit impedance (Z), capacitive reactance (Xc) and inductive reactance (Xl).
Bandwidth, resonant frequency and Q factor of signals.
Triangular and square waves.
Grade received: DISTINCTION
Tutor: Susan Armstrong
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Year 1: Programmable Logic Controllers
Assignment 1: "Programmable Logic Controllers"
Operational characteristics of programmable logic controllers (PLCs).
Specification of Compact, Modular and Rack Mounted PLCs.
Tags: operational, characteristics, programmable logic controllers, PLC, specification, compact, modular, rack mounted, plc, cpu, LAN, ethernet, comms, communication, SCADA, RS485, bus, input, output, i/o, ROM, RAM, EEPROM, scan, scanning
Grade received: DISTINCTION
Tutor: Susan Armstrong
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Year 1: Programmable Logic Controllers
Assignment 2: "PLC Controlled Traffic Lights"
Specification, design, ladder-logic implementation and test results.
Tags: programmable logic controllers, PLC, plc, ladder logic, specification, design, safe, traffic lights, cross roads, pedestrian, crossing, vehicle
Grade received: MERIT
Tutor: Susan Armstrong
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Year of Study : 1 (One)
Module : Programmable Logic Controllers
Assignment 3 : "Networks and Communications"Investigate the signal processing within the CPU of the PLC and the various signals. Investigate the communications involved with modern systems regarding the PLC-PLC and PLC-LAN systems using HMI interfaces or SCADA with varying manufacturers.
Input/output I/O. Binary, hexadecimal and octal to denary conversions. Data Integrity: Longitudinal Redundancy Check (LRC), Cyclical Redundancy Checking (CRC). RS232 and RS422 signal communications. Networking topologies: star and bus.
Tags: programmable logic controllers, PLC, plc, signal, comms, i/o, analogue, digital, communication, asynchronous, transceiver, RS232, RS-232, bus, star, RS422, RS-422, RS485, RS-485, BIN, bin, HEX, hex, OCT, oct
Grade received: DISTINCTION
Tutor: Susan Armstrong
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Year 2: Electrical & Electronic Principles
Assignment 1: "AC Theory"
Circuits with complex impedances. Polar and rectangular manipulation.
Thévenin and Norton's equivelant circuits.
Delta and wye conversions.
Bandwidth, resonant frequency, Q factor and half-power frequencies.
Dynamic Resistance
Transformers, coils and dot notation.
Grade received: MERIT
Tutor: Daniel Still
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Year 2: Electronics
Assignment 1: "Noise"
Cause and effects of noise in electronic systems/components. Use of dB (and dBm).
Investigate/measure the noise in parallel conductors. Signal to Noise Ratio (SNR).
Grade received: MERIT
Tutor: James Cleves
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Year 2: Electronics
Assignment 2: "Amplifiers"
Operational Amplifiers and feedback.
Class-A and class-B amplifiers.
Grade received: MERIT
Tutor: James Cleves
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