Application For Certification As A Local Evaluator For: Fill & Download for Free

In India the following process is followed:The institution of Engineers is the largest multidisciplinary Professional Body of Engineers. It was conferred with The Royal Charter, on 13 August 1935. The Royal Charter mandates as follows:“to grant certificate of competency whether under any Act of the Government of India or Local Governments regulating the conduct and qualifications of Engineers or other wise howsoever”.Guided by the above The Institution of Engineers (India) award certificate of competence for professional Engineers in the form of Certification for Professional Engineers (PE) and International Professional Engineers (Int PE).The robust and rigorous Assessment System of IEI encouraged it to stake claim for provisional Membership of Engineers Mobility Forum (now IPEA) in November 2001 and Full Member of the International Professional Engineer Agreement – IPEA since June 2009.The International Professional Engineers Agreement is a multi-national agreement between engineering organisations in the member jurisdictions which creates the framework for the establishment of an international standard of competence for professional engineering, and then empowers each member organization to establish a section of the International Professional Engineers Register.Being the full member of IPEA, the International Professional Engineers Register for India is maintained by IEI.The system of certification of Professional Engineers in existence is completely in line with IPEAnorms. The eligibility of applicants for certification as Professional Engineers by IE(India) is same as of other IPEA members (http://www.ieagreements.org/EMF/signatories.cfm)with additional requirement of passing a structured two-level Assessment Examination followed by evaluation by National Committee(NC), which aims at normalization of quality of engineering education inputs and assessing professional competence.The assessment of applications is done byNational Committees of respective engineering disciplines and reviewed for approval or otherwise by a national-level bodyBoard for Certification (BFC),which is the Monitoring Committee.Engineering Disciplines in which Certification of Professional Engineers awarded presently are:Civil EngineeringElectrical EngineeringElectronics and Telecommunication EngineeringChemical EngineeringMining EngineeringMechanical EngineeringMarine EngineeringEnvironment EngineeringThe PE certification process is carried on round the year and you can apply at any point of time. There is no Course material. The syllabus is given on the website.Please have the following details for the PE/Int PE Certification from IE(India):Basic Requirements for certification as Professional EngineersBachelor’s Degree in Engineering or equivalent recognized by Statutory Authority or Government of India;Experience of 7 years in engineering practice;Professional experience of 2 years in a responsible position of significant engineering activity;Membership of recognized professional engineering institution/association;Maintained continued professional development since graduation at a satisfactory level;At least three sponsors, who are either Fellows of IEI/Fellows of any other recognized professional engineering institutions, must support any application for PE.Passed the Assessment Examination as prescribed.Exemptions for Experience for Professional Engineer1. Credit up to 12 months of experience may be given if he/she has a recognized Post Graduate Engineering Degree or equivalent.2. Credit upto 24 months of experience may be given if he/she has obtained a recognized PhD Degree.3. Maximum exemption for higher education shall not exceed 24 months.4. Engineers registered, as International Professional Engineer by the members of EMF is exempted in appearing in online examination and shall be certified in India, through an oral examination.Additional Requirements for International Professional Engineering Certification:1. Good Knowledge of International codes/standards.2. Conversant with International practices/procedures in engineering.3. Demonstration of capabilities to bean International Professional Engineers to the satisfactory of respective National Committee and Board for Certification.Assessment shall have following parts:1. Passing a structured two-level Online Assessment Examination2. Assessment of experience and evaluation of Continuing Professional Development byNational Committee through interview.3. Review the recommendation of National Committee by Board For Certification for approvalFor more information visit our link: https://www.ieindia.org/Prof.aspx or email us at [email protected] or Telephone at: 033-22233296

I can’t imagine anyone in the United States asking to see award certificates. Certificates are simply too easy to fake.On the other hand, if an otherwise-interesting PhD applicant claims an award from their home department, I am likely to scour the department’s web site for a list of award winners, or at least evidence that the specified award actually exists. Similarly, if an applicant claims an award from a conference or workshop, I will definitely scour the event’s web page for a list of award winners. Similarly, if an applicant claims to have earned “honors credit” in a class, or to have “graduated with honors”, I expect to see evidence of that in the applicant’s official transcript.If I can’t find an independent record of an award, I don’t conclude that the applicant is lying, but I also don’t give the award as much weight in evaluating the applicant.(Advice to department chairs, deans, and conference organizers: If you give out awards, and you want them to mean something, maintain an easily-googleable web page of award winners.)Same goes for research results. They help the most if I can read the actual paper myself for free, next if I can read the paper but only by paying for it, next if I can’t read the paper but I can at least see the title in a table of contents on some publisher’s web site, next if I can only see the title on a list of accepted papers or a local seminar schedule, and least if I can’t find external evidence of the results at all.(Hint: Put your papers on the web, and make sure google can find them. If your university doesn’t give you web space, there are lots of free web services.)tl;dr: No, don’t bother providing easily-faked evidence. Admissions committees should be able to find less-easily-faked evidence on their own.

Although most of their work is performed outside of the vision of their patients, medical laboratory scientists play an integral role in the medical field, one that assists both patients and their physicians collectively. Medical laboratory scientists (sometimes referred to as clinical laboratory scientists, or medical technologists) are, in effect, responsible for conducting a variety of tests on patient samples in an attempt to detect the absence or presence of a number of diseases. These medical professionals may examine a host of different types of samples, including various body fluids, feces, cells and tissues. Upon conclusion of a battery of tests, the medical laboratory scientist will then report back to the ordering physician and consult with him or her about the results. Some of these professionals may even be responsible for developing and evaluating new methods of testing, depending on their roles and positions.Those who work as medical laboratory scientists perform work that assists physicians in determining the correct course of action when treating patients; as such, these scientists have significant responsibilities and duties within the healthcare field. However, unlike physicians or other advanced healthcare professionals, medical laboratory scientists must only complete a four/five-year degree in order to practice in their field.Ultimately, a career as a medical laboratory scientist can be rewarding for a number of reasons.SKILLS AND TRAITS OF THE SUCCESSFUL MEDICAL LABORATORY SCIENTISTA medical laboratory scientist should possess certain key attributes in order to succeed in the field.Aptitude for basic sciences, laboratory instrumentation, and computers: A medical laboratory scientist will use a variety of different instruments and computer technology, and must utilize his or her knowledge of the sciences to perform tests correctly.Ability to perform tasks carefully and quickly: Tasks must be completed in an efficient and correct manner within specific time framesEmotional stability: Even though medical laboratory scientists deal with patients’ personal information, they must remain emotionally stable while conducting their work.Ability to think critically and problem solve: Answers to pressing questions may not always be readily apparent; as such, a medical laboratory scientist should be able to analyze the problem and come up with a legitimate solution.Ability to write well and communicate orally: Medical laboratory scientists may be required to write reports on their results, and often deliver information orally to physicians. Because of this, they should have excellent communication skills, both written and oral.These are only a handful of the useful skills possessed by medical laboratory scientists, as many others may be important throughout the course of work.STEPS TO BECOMING A MEDICAL LABORATORY SCIENTISTThere is no one set path that all individuals must pursue in order to become a certified medical laboratory scientist as that is dependent on the state or country of residence/training. However, in general, certain steps will ultimately remain the same for those interested in working in this field.Step One: To begin, students should obtain at least 5 credit passes in English, Mathematics, Chemistry, Physics and Biology in ordinary level certificate in GCE, WAEC/NECO or what some countries call high school diploma. Because either of these is a requirement for admissions into virtually all four-year colleges or universities, they are, in turn, necessary for certification as a medical laboratory scientist. Furthermore, while not required explicitly, students in this period should familiarize themselves with a number of subjects, including chemistry, biology, and other life sciences.Step Two: Once a student has completed high school, he or she should enroll in a four/five-year accredited college or university and pursue a bachelor’s degree, one of the requirements of becoming a certified medical laboratory scientist.Step Three: During the four/five-year degree program, students should be willing to perform additional hands-on training, which may include hospital postings and internships with other medical laboratory scientists, or even volunteer programs at local labs or hospitals. This will provide a wealth of practical knowledge, and may ensure the student has ample connections in the medical field when it comes time to find a job after obtaining a certification.Step Four: Once the student graduates and has obtained the necessary work experience, he or she should begin the application process with the country's professional licensing board in order to become certified as a medical laboratory scientist.Step Five: Finally, once the individual obtains certification as a medical laboratory scientist, he or she should begin searching for relevant employment in a clinical laboratory. After obtaining a certain amount of additional work experience, the medical laboratory scientist may apply for additional specialties, including in blood banking, clinical biochemistry, microbiology, toxicology, or a multitude of other areas.