What will it cost?

A price list for study materials and details of registrationfees are available from COLU. Additional charges forsupport and assessment services can be obtainedfrom your chosen support centre.

The HNC Courses:

How will I be assessed?

There are no examinations on the HNC courses. Youwill be assessed by completing Tutor MarkedAssignments [TMAs] for each module. Your tutor willmark your assignments and provide feedback. If youfail an assignment you will be asked to re-submit.

Some modules also have practical assessments.Please check that your chosen support centre has thenecessary practical facilities before starting thesemodules.

To ensure that the work you have submitted is yourown, the final assessment for each module is in theform of an interview with your tutor. Such interviewswill normally take place at your support centre or bytelephone or web-cam (with suitable precautions).

How long will it take?You can start a module at any time and progress atyour own pace. Your tutor, however, will suggestguidelines to help you manage your time mosteffectively.

If the guidelines are followed you should achieve anHNC within 2 – 3 years, assuming 6 – 8 hours studyper week.

NOTE: You have 5 years to complete your HNC fromthe date of registration.

How do I start?

The normal entry route to an HNC is via an OrdinaryNational Certificate in an appropriate discipline.Alternative qualifications and industrial experience canalso be taken into consideration. If you do not meetthe entry requirements you can study one or morebridging modules to bring you up to the requiredstandard.

The maximum bridge requirements for each of theHNCs are shown in the table below:

What is an HNC?An HNC is a HigherNational Certificate in apa r t i cu la r d i sc ip l i nevalidated by an accreditingbody – in this case Edexcelthrough the University ofTeesside.

COLU offers the followingHNCs by open learning:

How do I get an HNC?The award of HNC will be made when you achieve apass (or better) in 10 modules within an approvedcourse framework. Each course has a compulsorycore element, including a project, and a series ofoptions. Full details of the structure of each HNC

What support will I receive?Tutorial support is a necessary part of our programmesas it is via this process that your work is assessed.Assessment and support can be provided directly fromCOLU. (Some other centres also offer support forCOLU courses.)

Contact with your COLU tutor can be made by:

• personal visit• telephone• fax• e-mail• post• web cam

• Electrical & Electronic Engineering• Mechanical Engineering• Instrumentation & Control Engineering• Chemical Engineering

Bridging modules can be certified by examination, forwhich City & Guilds Level 3 certificates are awarded.

course are given on the following pages.

Electrical & Electronic Engineering

Mechanical Engineering

Instrumentation & Control Engineering

Chemical Engineering

HNC Courses

✔✔✔✔ ✔

HNC in Electrical & Electronic EngineeringCORE MODULES

Analytical Methods for EngineersBusiness Management TechniquesElectrical and Electronic Principles

Engineering ScienceProject

OPTION MODULES (any 5)

Applications of Pneumatics & HydraulicsCombinational & Sequential Logic

Control Systems & AutomationDigital & Analogue Devices and Circuits

Electrical Plant ProtectionElectrical Power

Electrical Supply & Distribution SystemsElectricity & Lighting

ElectronicsEngineering Design

Heavy Current ApplicationsMicroprocessor Systems

Operational AmplifiersPower Electronics

Programmable Logic ControllersSafety Engineering

SoftwareUtilisation of Electrical Energy

The programmes are also shown overleaf in the form of a matrix.Outline details of the content of each module are given in alphabetical order on the following pages.

COLU University of Teesside Edexcel HNC Programmes*

HNC Mechanical Engineering

CORE MODULES

Analytical Methods for EngineersBusiness Management Techniques

Engineering ScienceMechanical Principles

Project

OPTION MODULES (any 5)

Applications of Pneumatics & HydraulicsElectrical Power

Engineering DesignEngineering Thermodynamics

Fluid MechanicsHeat Transfer & Combustion

Manufacturing ProcessMaterials Engineering

Mechatronic Systems PrinciplesPlant Maintenance & ManagementProgrammable Logic Controllers

Plant & Process PrinciplesPlant Technology

Safety Engineering

HNC Instrumentation & Control Engineering

CORE MODULES

Analytical Methods for EngineersBusiness Management Techniques

Engineering ScienceInstrumentation & Control Principles

Project

OPTION MODULES (any 5)

Analytical InstrumentationDigital & Analogue Devices and Circuits

ElectronicsEngineering Design

Microprocessor SystemsOperational Amplifiers

Programmable Logic ControllersPlant & Process Control

Utilisation of Electrical EnergySafety Engineering

HNC Chemical Engineering

CORE MODULES

Analytical Methods for EngineersBusiness Management Techniques

Fluid MechanicsHeat Transfer Science

Mass and Energy BalanceMaterials Engineering

Mass Transfer OperationsProject

OPTION MODULES (any 2)

Analytical InstrumentationEngineering Design

Process ControlSafety Engineering

*These programmes show all the modules that will eventually be available. Please contact COLU forcurrent availability.

Module Title Order No E&E MECH I&C CE

1 Analytical Instrumentation 292 6 OPT OPT2 Analytical Methods for Engineers 281 0 CORE CORE CORE CORE3 Applications of Pneumatics & Hydraulics 306 X OPT OPT 4 Business Management Techniques 282 9 CORE CORE CORE CORE5 Combinational & Sequential Logic 307 8 OPT6 Control Systems & Automation 309 4 OPT7 Digital & Analogue Devices & Circuits 310 8 OPT OPT 8 Electrical & Electronic Principles 284 5 CORE9 Electrical Plant Protection 332 9 OPT 10 Electrical Power 311 6 OPT OPT 11 Electrical Supply & Distribution Systems 331 0 OPT 12 Electricity & Lighting 312 4 OPT 13 Electronics 313 2 OPT OPT 14 Engineering Design 283 7 OPT OPT OPT OPT15 Engineering Science 279 9 CORE CORE CORE 16 Engineering Thermodynamics 314 0 OPT 17 Fluid Mechanics 287 X OPT CORE18 Heat Transfer & Combustion 315 9 OPT 19 Heat Transfer Science 288 8 CORE 20 Heavy Current Applications 316 7 OPT 21 Instrumentation & Control Principles 286 1 CORE 22 Manufacturing Process 317 5 OPT 23 Mass & Energy Balance 289 6 CORE24 Mass Transfer Operations 290 X CORE25 Materials Engineering 291 8 OPT CORE26 Mechanical Principles 285 3 CORE27 Mechatronic Systems Principles 318 3 OPT 28 Microprocessor Systems 319 1 OPT OPT29 Operational Amplifiers 320 5 OPT OPT 30 Plant & Process Control 321 3 OPT 31 Plant & Process Principles 322 1 OPT 32 Plant Maintenance & Management 323 X OPT 33 Plant Technology 324 8 OPT 34 Power Electronics 325 6 OPT 35 Process Control 326 4 OPT36 Programmable Logic Controllers 327 2 OPT OPT OPT37 Project 280 2 CORE CORE CORE CORE38 Safety Engineering 330 2 OPT OPT OPT OPT39 Software 328 0 OPT 40 Utilisation of Electrical Energy 329 9 OPT OPT

HNC Module Matrix

Analytical Methods for Engineers

This module is designed to equip thestudent with the understanding andknowledge of the mathematicalrequirements of the technology modules

◊ Algebraic methods◊ Trigonometric methods◊ Calculus◊ Statistics and probability

Combinational & SequentialLogic†

◊ Circuits using combinational logic◊ Circuits using sequential logic◊ Digital systems

Digital and Analogue Devices andCircuits†

◊ Power supplies for electronic systems◊ Operational amplifier circuits◊ Digital electronic circuits

Control Systems and Automation

◊ Analytical techniques to form models◊ Laplace transforms◊ Bode standard second order

equations◊ Process controllers

Electrical and ElectronicPrinciples

◊ Circuit theory◊ Two-port networks◊ Complex waves◊ Transients in R-L-C circuits

Analytical Instrumentation◊ Process sampling◊ Analytical measurement instruments◊ Chemical composition measurement

instruments

Applications of Pneumatics andHydraulics

◊ Fluid power diagrams◊ Pneumatic and hydraulic components,

equipment and plant◊ Pneumatic and hydraulic circuits◊ Industrial applications

Business ManagementTechniques

◊ Costing systems and techniques◊ Financial planning and control◊ Project planning and scheduling

Electrical Plant Protection

◊ Cable fault location◊ Determination for system fault levels◊ Protection transformers and relays◊ Basic protection system design

Electricity and Lighting

◊ Simple lighting applications◊ Electrical distribution◊ Legislation and standards for

electrical installations◊ Fire protection◊ Motors and control installations

Electronics†

◊ Signals and noise◊ Types of amplifier◊ Circuits with feedback◊ Oscillators

†Please ensure that you have access to suitable practical facilities to meet the requirements of the module.

Electrical Supply & DistributionSystem

◊ Transmission and distribution systems and configurations◊ Diversity, load factor and tariffs◊ Parallel operation of three-phase transformers◊ Transmission feeder voltage levels◊ Operating charactersitics of generators on infinite busbars◊ Load flow between systems◊ Supply system fault calculations◊ Protection systems◊ Circuit breakers

Electrical Power

◊ Three-phase systems◊ Harmonics in power systems◊ Methods of power distribution◊ Economics of power systems and

components

Instrumentation and ControlPrinciples

◊ Instrumentation systems used inprocess control

◊ Process control systems andcontrollers

◊ Regulating units

Heavy Current Applications

◊ Electrical and mechanicalcharacteristics of rotating electricalmachines

◊ Type of rotating machine required fora given application

◊ Operation and performance oftransformers

◊ Type of transformer for a givenapplication

Manufacturing Process

◊ Conventional machining processes◊ Moulding and shaping◊ Non-conventional machining

Engineering Thermodynamics

◊ Thermodynamic systems◊ Internal combustion engines◊ Air compressors◊ Steam and gas turbines

Heat Transfer Science[Chemical]

◊ Heat transfer rates◊ Overall heat transfer coefficient◊ Heat transfer equipment◊ Combustion processes

Fluid Mechanics

◊ Static fluid systems◊ Viscosity◊ Flow of real fluids◊ Hydraulic machines

Mass and Energy Balance

◊ Fundamentals: units and gas laws◊ Conservation of mass: mass balance◊ Recycle, purge and bypass streams

in chemical processes◊ Conservation of energy: energy

balance

Mass Transfer Operations

◊ Mass transfer and phase equilibria◊ Distillation◊ Absorption of gases◊ Liquid-liquid extraction◊ Leaching◊ Contacting equipment

Materials Engineering

◊ Suitable materials◊ Relationships between manufacturing

processes and materials’ behaviour◊ Materials and processing for a

specified product◊ Causes of failure of materials

Heat Transfer and Combustion[Mechanical]

◊ Heat transfer rates◊ Heat transfer coefficients◊ Heat transfer equipment◊ Combustion processes

Engineering Science◊ Static engineering systems◊ Dynamic engineering systems◊ DC and AC theory◊ Information and energy control

systems

Engineering Design◊ Design specification◊ Design report◊ Computer-based technology in the

design process

Plant Technology

◊ Safe and effective operation andtesting of plant

◊ Steady flow energy equation◊ Heat transfer applied to plant

processes◊ Power supply equipment

Plant Maintenance andManagement

◊ Types of maintenance◊ Maintenance procedures and

management strategies◊ Decommissioning procedures

Power Electronics

◊ Characteristics and ratings of diodesand thyristors

◊ Uncontrolled and controlled AC to DCconvertors

◊ AC voltage regulators◊ Methods of DC motor control

Microprocessor Systems†

◊ Microprocessor-based systems◊ Software for microprocessor-based

systems◊ Interfaces

Plant and Process Principles

◊ Thermodynamic systems as appliedto plant engineering processes

◊ Power transmission systems◊ Static and dynamic fluid systems◊ Combustion processes associated

with plant engineering

Operational Amplifiers†

◊ Specifications and characteristics◊ Design, building and testing◊ Design of active filter to meet a given

specification

Programmable LogicControllers†

◊ Design and operation characteristics◊ Information and communication

techniques◊ Programming techniques

Project

The aim of the project is to provide anopportunity for students to utilise theiracademic studies in the solution of apractical engineering problem.

◊ Select a project◊ Implement the project◊ Evaluate◊ Present a project evaluation

†Please ensure that you have access to suitable practical facilities to meet the requirements of the module.

Software

◊ Analysis and design techniquesapplied to the software developmentprocess

◊ Development, compilation andrunning of programming code usingC++

◊ Programming code using functions◊ Testing methods and documentation

for a given programming application

Utilisation of Electrical Energy

◊ Operation of power transformers◊ Circuit protection for distribution and

installation systems◊ Design of a simple lighting system◊ Energy management and tariffs◊ Operation of a polyphase induction

motor

Safety Engineering◊ Introduction to safety engineering◊ Character and treatment of hazards◊ The application of protective

measures

Process Control

◊ Transient balances applied to processsystems

◊ Measurement devices: temperature,pressure, flow, level and concentration

◊ Process dynamics◊ Control strategies

Mechanical Principles◊ Complex loading systems◊ Loaded beams and cylinders◊ Power transmission◊ Dynamics of rotating systems

Plant and Process Control

◊ Performance of a control system◊ Specified performance in the time

domain◊ Specified performance in the

frequency domain◊ Control strategies for a complex

control system

Mechatronic Systems Principles

◊ Mechatronic systems◊ Control concepts◊ Specification for a mechatronic

system