Tuesday, 26 June 2012

AQUA (Academic Quality Upgradation Assistance)



Indian education system is the third largest in the world, producing large numbers of graduates every year. The country has not been able to achieve full economic benefit from its’ skill base due to mismatch between education and the labour market requirements, and wide variation in quality of education within each category of institutions.

The Government of India is trying to fill this gap by accrediting the institutions through NBA & NAAC, but is not able to achieve much due to various reasons.

To fill this gap numbers of companies likes TCS, Wipro, Infosys, L & T, Sonalika International, etc have started academia-industry initiative by accrediting engineering institutions for mutual benefit; producing “industry ready” recruits. This academic relationship acts as a key driver in attracting and nurturing talent and to enhance the quality and quantity.



As per predictions, by the year 2040, Asia, especially the Indian subcontinent will have the maximum number of working professionals in the world! Doesn’t this throw up huge possibilities our way? Clearly we have a plethora of opportunities staring us in the face. The future looks bright and promising… all we need to do is work towards it.

“Wipro as a people intensive organization recognizes and values Wipro-Academic relationship as a key driver in attracting and nurturing talent. We urge you to participate in Wipro Accreditation system which identifies institutions for building a mutually beneficial relationship.”

“Launched by Infosys, CC is a unique academia-industry initiative to “architect the education experience”. Our goal is to build a sustainable partnership with engineering education institutions in India and abroad for mutual benefit; producing “industry ready” recruits. Our objective in launching the CC programme is to enhance the quality and quantity of the IT talent-pool; sustain the growth of the IT industry itself. We don’t want to increase the number of engineering colleges, or the number of graduates. We intend to increase the employability of students. We want to have a consistent output, irrespective of all variables involved. It doesn’t matter where the college is located (big city or remote town), the kind of faculty, or students. However the conditions may be, with the help of our partners, we want to achieve a high-quality, constant product. Currently we have more than 300 engineering colleges under our wing, and the numbers are growing steadily!

Origin of AQUA:
It was felt that many more institutions require extensive hand holding in introducing quality measures and educational reforms. These institutions will be able to offer quality education, become Centre of Excellence and produce manpower of world class competence with the support of experienced academic scholars and professionals.

With this ideology, Local Konnect Consultancy Pvt. Ltd., formed the AQUA, a wing dedicated to help the colleges assist in upgrading academic quality. AQUA has a pool of large number of scholars, professionals and experts in the field of education.


Our Services under AQUA:
To Assist Higher & Technical Educational Institutions in upgrading their quality of education, through:
·         Designing the academic monitoring mechanism
·         Preparing for Accreditation by Companies.
·         Preparing for Accreditation by NBA or NAAC.
·         ISO 9001-2008 Certification Consultancy
·         Grading/Ranking of Institutions.
·         Establishing New Institutions (Polytechnics, Colleges and University).
·         Developing Strategic Plan and Road Mapping

We Claim:
The LocalKonnect (AQUA) systems play a greater role in improving decision making (Strategy Development) and targeting service delivery (Performance Monitoring).

Strategy Development: At this stage, Each institution shall have on file an Institutional Effectiveness Plan (IEP) that describes the characteristics of the programs offered and of the student population, describes what types of data will be used for assessment, identifies outcomes, and states how continuous improvement will be made to improve or enhance outcomes. At a minimum, the following five elements will be evaluated for institutional effectiveness:
  1. Student retention rates;
  2. Student placement rates;
  3. Level of graduate satisfaction;
  4. Level of employer satisfaction; and
  5. Student learning outcomes.


Performance Monitoring: An important element of this is the need to find appropriate indicators or targets that can then be adopted to guide service delivery and monitor performance. This information, particularly collected over time is vital in understanding trends and providing policy makers with a more fulsome range of data from which targets and policy goals can be chosen. Selected datasets or variables can be important in monitoring performance.

Institutions shall document that the specific activities listed in the IEP are carried out and that periodic progress reports are completed to ensure that the plan's activities are implemented. Appropriate individuals should be assigned responsibility for implementing and monitoring the Institutional Effectiveness Plan.

It is important that the institution does have a designated person or group responsible for implementing and monitoring the IEP. And that the person or group knows who they are and what their responsibilities are! A good way to document progress is through the minutes of the team and/or through minutes of staff and faculty meetings.

Evaluation of the Institutional effectiveness

Institutions shall evaluate the plan, its goals, and activities at least annually. Evaluation requires the determination of initial baseline rates and a measurement of results after planned activities have occurred. Institutions shall maintain documentation of historical outcomes and show evidence of how this documentation is used to achieve expected goals. Institutions should adjust their goals accordingly as a result of an evaluation of the Institutional Effectiveness Plan.






“Quality is never an accident; it is always the result of high intention, sincere effort, intelligent direction and skilful execution; it represents the wise choice of many alternatives.” The APRM is a living document that “represents the wise choice of many alternatives.”





Saturday, 26 May 2012

Academic Entrepreneurship Konnect


What is new at the start of the twenty-first century? LocalKonnect has realised the rapid increase in the scope and intensity of academic entrepreneurial activities. This growth is spurred by the synergetic interaction of pull and push factors. The pull factors include the rise of the knowledge-based economy, technological advancement, and globalization, which generate demands for faculty expertise, thus creating new opportunities for scholars and scientists to engage in commercial activities. The push factors, such as waning public support for higher education, increasing research costs, institutional reward systems that tend to encourage faculty to generate external revenues, and state pressures on institutions to become more active actors in economic development, motivate faculty to engage in paid outside activities, thus augmenting the supply of academic entrepreneurship.

Academic entrepreneurship involves efforts to transform individual academic expertise and research results into intellectual property, marketable commodities, and economic development, thereby enhancing faculty remuneration and professional status.



The most common types of entrepreneurial activities undertaken by faculty members appear to be consulting, contractual research, large-scale science projects, and external teaching. Although types and levels of entrepreneurial activities vary by academic fields, faculty in the disciplines of engineering, computer science, medicine, agriculture, chemistry, and biotechnology are the most likely to be engaged in entrepreneurial activities, followed by social scientists, natural scientists, and humanists. Traditional activities such as consulting appear to be distributed evenly across the disciplines while activities such as the formation of private firms, including those involved in the patenting or commercialization of new products and processes, are dominated most often by the life sciences and engineering.

Advantages of Academic entrepreneurship
  1. Individual faculty members, their institutional employers, clients, and the society at large share in the benefits of academic entrepreneurship.
  2. The obvious benefit for the individual faculty member is supplemental income, which improves faculty economic status and sometimes contributes to additional research funding.
  3. The outside activities often enhance the continuing education of faculty, help to ensure currency of teaching and research, and provide faculty with external affirmation of their expertise and greater peer recognition.
  4. The primary benefit of academic entrepreneurship for clients is efficient access to sources of specialized expertise.
  5. Involving faculty researchers in product commercialization also enables clients to gain a competitive edge in the marketplace by accelerating new product development and launching.
  6. Another important benefit is the cross-fertilization of ideas between industry and institutions of higher education.
  7. Synergies with respect to the training and development of staff may be significant as well.
  8. Faculty entrepreneurial activities also benefit institutions. External funds secured by academic entrepreneurs may supplement funds available to institutions for conducting basic research and offering improved grants or assistantships to graduate students.
  9. Permissive policies regarding academic entrepreneurship enable institutions to recruit professors who otherwise would be inclined to opt for employment in private industry or government. Additionally, successful faculty entrepreneurs improve institutional visibility and reputation.
  10. Academic entrepreneurs take an active part in solving various social or community problems by providing their expertise to non-profit organizations and governmental agencies.
  11. Furthermore, academic entrepreneurship, especially efforts that involve start-up companies, plays an increasingly important role in regional and national economic development.

So let’s join hands with the LocalKonnect and provide a strong impetus by linking your research areas, knowledge and skill to the needs of business in today’s world.
Send your profile to mail@localkonnect.com and we will connect you to LocalKonnect’s Team.

Tuesday, 10 April 2012

Career And Occupational Development Training

LocalKonnect had carefully crafted the career and occupational development training module on the fully customized surveys of industry. Our survey provides you with the information you need to make the best business decisions for your organization.

Your business is unique; an öff-the-shelf research” rarely meets any organization’s needs. Our customization, thoughtful question and material design and detailed analysis has been created specifically for you, considers and engages your employees, demographics, customer base, product line, services etc. we can help you collect the information that you need to be competitive and successful.

This Training Module is For Whom….

1. Test my applicants or employees to:
  1. Hire or promote the right employees through pre-screening tests and assessments.
  2. Keep the right employees by determining skill levels, aptitude, ability, and attitude.
  3. Reliably measure honesty, customer service, management skills, dexterity, teamwork, burnout, time management, stress, and much more.
  4. Custom survey to know the health of your business – temperature of your organization; improve your customer service/satisfaction.

2. Test me for the right kind of job:

Our expertise is in helping you to select the tools that you need on SWOT Analysis, to use them effectively, and understand the information that they provide you with.
  1. Familiarize themselves with careers and the world of work
  2. Explore career paths that match their interests and aptitudes
  3. Explore higher education alternatives
  4. Plan their high school coursework
  5. Develop an awareness of personal likes and dislikes that can have a bearing on career development and direction

List of some of the evaluation parameters to check the following:



Ability: Enduring attributes of the individual that influence performance
  1. Cognitive Ability: Abilities that influence the acquisition and application of knowledge in problem solving
  2. Psychomotor Ability: Abilities that influence the capacity to manipulate and control objects
  3. Physical Ability: Abilities that influence strength, endurance, flexibility, balance and coordination
  4. Sensory Ability: Abilities that influence visual, auditory and speech perception

Interest: Preferences for work environments and outcomes
Knowledge: Organized sets of principles and facts applying in general domains
Skill: Developed capacities that facilitate learning or the more rapid acquisition of knowledge
  1. Basic Skills: Developed capacities that facilitate learning or the more rapid acquisition of knowledge
  2. Social Skills: Developed capacities used to work with people to achieve goals
  3. Complex Problem Solving Skills: Identifying complex problems and reviewing related information to develop and evaluate options and implement solutions.
  4. Technical Skills: Developed capacities used to design, set-up, operate, and correct malfunctions involving application of machines or technological systems
  5. System Skills: Developed capacities used to understand, monitor, and improve socio-technical systems
  6. Resource Management Skills: Developed capacities used to allocate resources efficiently

Work Activities: General types of job behaviours occurring on multiple jobs.
  1. Information Input: Where and how are the information and data gained that are needed to perform this job?
  2. Mental Processes: What processing, planning, problem-solving, decision-making, and innovating activities are performed with job-relevant information?
  3. Work Output: What physical activities are performed, what equipment and vehicles are operated/controlled, and what complex/technical activities are accomplished as job outputs?
  4. Interacting With Others: What interactions with other persons or supervisory activities occur while performing this job?

Work Context: Physical and social factors that influence the nature of work.

Sample Report For Education Administrators has been attached.
Education Administrators, Elementary and Secondary School


Thursday, 5 April 2012

School Model Projects


eEducation has taken an initiative in bringing school project on various theme at your doorstep while practice in planning and executing a project, perhaps including working with others. This is to prepare you for that activity in your working life. Many employers value someone who has skills in this area. Many employers demand that schools teach these skills.

Some of the model projects have been listed below in various subject areas:

Physics Model Projects

Time and Measurement: Common Balance; Spring Balance; Sand/Candle/Water Drop Clock; Pressure Meter; Physical Balance; Vernier Calliper; Sun Dial
Motion, Force, Pressure, Air & Machines: Potter Wheel; Car Lifting Jack; Wheel Barrow; Simple Liver; Simple Crane Pulley; Simple Lift (Elevator); Hydraulic Lift; Laws Of Motion; Wits Worth; Capillary Rise; Force Due To Coiled Spring; Ball Bearing Experiment; Joule`s Experiment; Water Filter; Pull Back Car; Projectile Motion; Projectile Motion; Air; Baloon Boat; Hoover Craft (Simple)
Light & Optics: Periscope; Kaleidoscope; Telescope (Simple); Astronomical Telescope; Astronomical Telescope; Projector; Projector; Spectrum Disc.; Light Travel In Straight Line; Microscope; Pin Hole Camera; Colour Measurement; Mixing Of Colours; Angle I = Angle R; Prism With Light Ray/Laws Of Reflection
Heat: Desert Cooler; Expansion Of Metal; Steam Boat; Heat To Electric Energy; Electric To Heat Energy; Conduction Of Heat; Conductor Of Heat; Water Cooler; Heat To Mechanical Energy
Waves & Sound: Gen. Of Waves; Sound; Toy Telephone; Gen. Of Sound Through Diff. Medium; Gen. Of Waves; Toy Telephone; Gen. Of Sound Through Diff. Medium
Solar System/universe: Solar System; Solar/Lunar Eclipse; Phases of Moon; Constellation of Stars
Energy Non-Conventional Sources: Wind Energy; Water Energy; Sun Energy; Solar Water Heater; Electricity Generation; Microwaves; Internal Combustion Engine; (Petrol Engine/Diesel Engine); External Combustion Engine; Steam Engine; Electrical To Mechanical Energy; Mechanical To Electrical Energy; Nuclear Chain Reaction / Reactor; Nuclear Power Plant
Electricity & Magnetism: Simple Electric Circuit; Elec. Conductor Model; Electronic Quiz Game; Electromagnet; Thermostat Function; Electric Charge Model; Telegraph Set; Magnetic Crane; Electrochemical Cell; Traffic Light Simple; Railway Signal; Electric Bell; Fire Alarm; Letter Alarm; Lemon/Potato Watch; Electromagnetic Induction; Photoelectric Cell; Needle Compass; Loyal Sita Miracle; Magnetic Compass Galvanometer; Magnetic Heat Engine; Series/Parallel Circuit; Charts;
Electricity, Magnetism & Electronics: Electromagnet; Thermocouple; Solenoid; Mutual Induction Experiment; Faraday's Law; D.C Inductive Circuit; Air Core Transformer; Needle Galvanometer; Shunt/Series Type Ohmmeter; Sound Battery; Production Of Induced EMF; Toy Motor; Ac Generator/Motor; Ac Generator; Ac Motor; Coin Battery; Storage Capacity Of An Electrolytic Capacitor; Resistance In Series & Parallel; Kirchoff`s Law; Wheat Stone Bridge; Transformer Working; Solar Battery; Diode Action Or Switching; Switching Action Of Transistor; capacitor Charge Oscillator; Capacitor In Series-parallel; LC Oscillator; Light Sensitive Oscillator; Rectifier Using Dc; Rectifier Using Ac; Transistor Switch; Photoconductive Cell; Thermistor; Transistor Dc Amplifier; Transistor Amplification Checker; Zener Diode Voltage Regulator; Digital Electronics; Logic Adder; 0; Logic `Not` Gate; Logic `Nand` Gate; Logic `Nor` Gate; Logic Gates (Combine); Rain Alarm; Fire Alarm; Fence Wire Burglar Alarm; Who`s The First; Light Activated Alarm; Auto Cooler Pump Controller; Electronic Eye; Time Switch; Water Level Controller; Electronic Gardener; Funny Sounds; Capacitor Comparator; Visitor Counter / Stop Watch; Metal Detector; Police Siren; Intercom; Automobile Flasher; Dancing Lights; Digital Code Combination Lock; Clap Switch; Anti Theft Burglar Alarm; Touch Alarm; Electronic Thermostat; Noise Pollution Checker; Electronic Candle; High Voltage Generator; Emergency Tube Light; Traffic Lights; Magnet Detector; Electronic Dice; Dry Cell Recharger; Soil/ Grain Moisture Indicator; Smoke Detector; Smoke Alarm; Water Level Indicator; Dc Supply Failure Indicator; Automatic Night Light; Double Intensity Bulb; Electronic Letter Box; Electronic Thermometer; Radio Transmitter; Radio Receiver; Tester; Infrared Intruder Alarm; Emergency Light Cum Charger; Shock Proof Switch; Day/Date Computer; Number Finding Game; Single Tune Musical Bell; Optical Fibre Switch; Self Resetting Intruder Alarm; Amplifier; (I) Microphone Amplifier; Timer With Audio Alarm; Blind`s Stick; Auto Head Light Fadder; Six Led Water Level Indicators; Infrared Remote Switch


Chemistry Model Projects
  1. ELECTRICAL CONDUCTIVITY: To investigate sodium chloride & cane sugar in Aqueous solution; 3V(DC); light
  2. CARBON DIOXIDE DETECTOR: Reaction with lime water & Co2 causes the change in current; 3V (DC); Meter
  3. BLAST FURNACE: 3D (Actual Working)
  4.  WATER QUALITY CHECKER: TO see that water conducts electricity better when impurities are added to it. Meter display 3V (DC)
  5. DRY CELL / ELECTRO CHEMICAL CELL: Construction with Chemicals
  6. ELECTROPLATING MACHINE: To Electroplate one metal to other
  7. LEAD ACID BATTERY/ VOLTAIC CELL: Construction with chemicals
  8. PHOTOMETRIC ESTIMATION: In sodiumThiosulphate
  9. OZONE LAYER DEPLETION: A 3D model with running light effect
  10. MAGNETIC SEPARATOR: Mechanical belt rotation to separate metal & dust with the help of permanent magnets
  11.  pH METER: Compare different pH solutions at meter
  12. LECHLANCHE CELL/DANIELL CELL: Construction  
  13. WATER SOFTENER: A high frequency based circuit reduces Hardness of water to a certain level
  14. IONISER POLLUTION CONTROL: Air ioniser; Negative ion generator
  15. ELECTROLYSIS OF WATER: Hydrogen & oxygen can be separated using test tubes
  16. WATER FILTER PLANT: A simple water treatment plant
  17. BIO-GAS PLANT: Bio-Products can generates gas that can be (formed in a sealed enclosure) utilized for cooking
  18. LIGHT EFFECT MODELS
  • a.       Rutherford Experiment
  • b.       Ozole Hole
  • c.       CRT Tube
  • d.       Structure of Atom
  • e.       Blast Furnace
  • f.        Frash Process
  • g.       Fractional distillation of petroleum
  • h.       Bio gas plant
  1. NON WORKING MODELS
  • a.       Sates of Matter
  • b.       Atomic Structure of Sodium, Graphite, Diamond, Atom
  1. PCB MAKING



Biology Model Projects


1.       RESPIRATORY SYSTEM: using mechanical function with balloon
2.       WORKING MODELS: Using electronic circuits (with lights)
a.       Respiratory System
b.       Life cycle of Malaria Parasite
c.       Digestive system
d.       Kidney Function
e.       Nervous System
f.        DNA Helix
g.       Circulatory System
h.       Reflex Action
i.         Human Heart
j.         Brain & its Parts
k.       Miosis
l.         Deficiency/Communicable diseases 
m.    Mitosis
n.       Life cycle of Butterfly
o.       Hydrologic cycle
p.       Blanced diet (Food Nutrition)
q.       Excretory System
r.        Clonning experiment
s.        Photosynthesis process
t.        Genetic Engineering
u.       Food Chain
v.       Artifical kidney Dialysis
w.     Structure of Eye/Ear
x.       Urinary-System
y.       Acupressure    
3.       BIOLOGICAL BATTERY: Biological leaf Battery to operate low-Power devices. Project shows the best utilization of waste vegetable/ leaves etc. / Meter display
4.       MICROSCOPE: A model Microscope for 20x magnification
5.       SANGUINOSCOPE: The child blood group can be logically analysed with the help of known blood group of parents
6.       SMOKING SKELETON: A “No Smoking Please” Robot with hand movement showing smoking is injuries to health
7.       BRAINWAVE: The brain tension can be cured with the help of  Frequency based circuit
8.       MAGNETISER: This Magnetic frequencies based pain killing system is quite useful for severe cases
9.       MODEL OF DIALYSIS: To purify impure blood (Artificial Kidney 3D (Model)
10.   MUSCLE VIBRATOR: To simulate muscle using motor vibration
11.   BIOTELEMETRY:- It transmit the information via telephone line   
12.   HEART BEAT MONITOR:- It actually counts the Heart Pulse rate
13.   FINGER PRINT SCANNER:-The same person fingerprint gives Audio indication
14.   LIE DETECTOR
15.   HERBARIUM FILES: Collection of Plants leaves
16.   MODEL OF DNA:  Using Hardboard, Wood, Paper etc.
17.    TWO DIMENTIONAL MODELS: using Thermocol, Paper etc.
a.  HUMAN BODY: Human eye / ear, Human Heart, Human Brain,  Artifical kidney, Respiratory, Digestive & Circulatory system, 
b.   PLANT KINGDOM: Plant cell, Useful roots, Stem, Flower, Germination of Seeds, plant & animal Tissue, parts of flower Some useful products from plants, stem cell.
c.    ANIMAL KINGDOM:  Amoeba, Protozoa, Paramecium, Insects, Animal Cell, Pisces, Rap tiles,
d.       OTHER: Food Chain, Food Web, Pyramid, etc.
18.   3D DECORATIVE MODEL: Solar Green House/Aquarium/FOOD Pyramid
19.   CHARTS: HUMAN SYSTEMS: Digestive, Circulatory, Respiratory, Nervous, Excretory, Germination of seeds, Microscope, Plant cell, Animal cell, Parts of plant/Flower, mitosis, miosis, Photosynthesis, Human Heart, Brain, Eye, Ear, Kidney etc. (or any item)

Geography Model Projects


Solar System; Volcano Model; Simple Globe; Wind Vane; Hygrometer; Anemometer; Solar/Lunar Eclipse; Solar/Lunar Eclipse; Light Effect Models (Coloured); Phases Of Moon; Seismograph; Light House; Borometer; Creation Of Earthquake & Prevention Of Building; Earthquake Alarm; Artificial; Formation Of Day & Night; Rain Gauge; Stones/Minerals/Corels; Landscapes; Stages Of River; Interior Of Earth; Plantation In Hills; 2D Decorative Models; Soil Erosion

Maths Model Projects

Maths Fun; Pyramid Puzzle; To Verify Mathematical Formula With Cubical Method; Geometry Kit; Pythagoras Theorem/Height Of Tree; Chinese -Seven Grams Puzzle; Theodolite; Geometrical Shapes; Abacus; Reports Related To Maths; Gen. Of Digital Digits; Binary Add/Substract; Digit Displayer; Tables Teacher; Circle; Measurement Of 180 Degree; Formulae Quiz (Jr); Formulae Quiz (Sr); Symbols & Signs; Symbols & Signs; Volume Of Cylinder & Cone Model; Number Kit; Day/Date Computer; Simple Multiplication & Division Computer; Number Finding Game


Projects for Electronics/ Electrical/ Mechanical and Computer Students (Diploma or Degree Course)

1.       Light Effect And Advertising Display
2.       Receivers And Transmitters
3.       Amplifiers & Equalizers
4.       Testing & Measurement Equipment For Labs
5.       Electronic Games For Fun & Entertainment
6.       Digital Electronics
7.       Clocks & Related Circuits
8.       Generators & Oscillators
9.       Indicators & Flashers
10.   Alarms & Siren / Security Devices
11.   Bells & Sound Effects / Horns
12.   Car/Auto/Household Accessories/Controllers/Lock
13.   Timers
14.   Power Supplies
15.   Microprocessor/ Micro Cont./ EPROM/ PC Interface
16.   Robotics / Mechanical
17.   Inverters/ Chargers & Emergency Light
18.   Intercom / Telephone / Communication / Fibre / Laser
19.   Photography/ TV/ Video/ Hobby
20.   Science Projects Application(Please Refer Our List-C For Science Projects)
21.   Switch Control/ Panels
22.   Electricals
23.   Digital Counters
24.   Automation & Control
25.   Miscellaneous

For more technical projects on the following can be designed with the concern of our technical group:

1.       Energy
2.       Food, Health & Nutrition
3.       Pollution & Environment
4.       Agriculture
5.       Transport
6.       Communication & Information Technology
7.       Science & Technology
8.       Robot & Robotics
9.       Industry
10.   Fun & Entertainment