Engineer - Physicist - MD - MBA
DR NIC BENNETT - SYDNEY NICOLA BENNETT
Engineer - Physicist - MD - MBA
Obtaining a Medical Doctorate & using cross courses between that program & others to satisfy requirements to become an Engineer & Physicist relating to physical & digital technologies then obtaining an Honorary MBA
Pre-med
Masters
Residency & travel
Desertation
Industy spec earned credentials connected & relevant
Daily documented & recorded lectures, course work, research, labs, projects & exams then results with external personal & career portfolio development
Connected social - financial & career portfolio development 1990's-2000's & onward
MD - Earned 2011
Engineer - Earned 2014
Physicist - Earned 2014
MBA - Earned 2023
All credentials earned between 2000's-2023
Studied under Michael Persinger of then Laurention University & colleague Dr Mary Koslov
Specialized focus in Medical Sciences
Neurological Brain Sciences first
Experimental Psychology second
Specialized focus in Physics
Particle Physics
Specialized focus in Engineering
Civil - Mechanical - Biomedical - Materials - General
Specialized focus in Business - Related
Marketing & economics first
International business, politics & trade second
Experimental practices third
MEDICAL STATUS
Height: 5'10"
Weight: 155lbs
Gender: male - male born
Sexuality: straight heterosexual
Mental: No non-visible or visible disability - handicap physical or psychological - mental
Noted neck & spine injury
Sudbury - North Bay - Montreal studies & research with travel & career - portfolio development 1990's-2024
Drivers Licence
Ontario G-M. Alberta Class 5-6
Clean record. 2001-2024 insured annually with training completed for different areas including ADC-Z (Ontario) - 123-Q (Alberta) with endorsements yet dropped Commercial & Airbrakes in 2024
ADVANCED CONSCIOUS ABILITY
Advanced ability to reiterate the human body in different forms in all aspects head to toe then multiple basic, mid level & advanced treatment strategies for different hereditary, late on-site or trauma based shorter or longer term conditions
Multiple testing practices & technologies then software with history of different practices in Western - Eastern perspectives in different countries standards dating back before the Industrial Revolution
Advanced understanding of the majority in biological species. Human, animal, insect & mammal then rooted life within earth's ecosystems then history & change within the earth's atmosphere based on different activity & factors
MEDICAL DOCTORATE
A doctor treats, diagnoses and counsels patients. Salaries run high, especially if you consider how much a neurosurgeon makes, or another specialist's salary. To become a doctor, you need to meet the requirements of your medical school, the regulatory body in your province or territory and the Medical Council of Canada.
How to become a doctor
Follow these steps to become a doctor:
1. Earn a bachelor's degree or complete a college program
Typically, the first step to becoming a doctor is to get a bachelor's degree from an accredited university. You can major in various courses. While every medical school has a specific list of undergraduate courses you must complete, you need to take pre-requisite courses in biology, mathematics, physics, biochemistry and statistics. Requirements are not consistent across the country, and some provinces and territories have different regulations.
2. Get into medical school and graduate
You can apply to the 17 accredited medical schools before completing your undergraduate degree. These schools typically review your personal statement, undergraduate record, Medical College Admission Test (MCAT) score, and arrange interviews with applicants. The MCAT exam is a requirement for all medical schools across the country, except for Quebec. It is the only province that focuses more on other aspects of the application and a candidate's experience than the test score. Applicants can apply without taking or passing the exam.
Once you enroll in a medical school, the program typically takes four years to complete. In the first two years, you learn subjects related to medicine such as: Anatomy
Physiology Microbiology Pharmacology
Some courses you take in your final two years include: Surgery
Pediatrics Obstetrics and gynecology
Family medicine
Internal medicine
Upon successful completion of the program, your medical school awards you a Doctor of Medicine (M.D.).
3. Pass the Medical Council of Canada Qualifying Examination (MCCQE) Part I
The MCCQE Part I tests your medical knowledge and ability to make medical-related decisions. There are two parts to the exam. You can take MCCQE Part I as a student, but graduates can also apply. You must apply 15 months before your expected graduation date or while waiting for the Medical Council of Canada to verify your degree.
After applying, you have one year to prepare for the MCCQE Part I. Think of the area you want to specialize in while taking this examination.
4. Complete your residency trainingYou can apply for residency training from the fall of your last year of study through the Canadian Resident Matching Service (CaRMS). With the service, you can choose the area you want to specialize in during your residency training and your preferred healthcare facility. The residency programs you apply to also rank students to select the best applicants. Your residency training allows you to learn from experienced professionals and treat, diagnose or counsel patients directly. While residency programs vary in duration, they generally take two to six years to complete. It then takes an additional two or three years to complete a fellowship.
5. Pass the MCCQE Part II and earn a medical licence in your province or territory
After 12 months of residency training, you can take the MCCQE Part II. This exam tests your knowledge, skills and ability to carry out clinical practices. Once completed, the council makes you a Licentiate of the Medical Council of Canada (LMCC). Regulatory bodies require you to have the LMCC before earning a full medical license. To work in some healthcare facilities, you may also need to take part in Continuing Medical Education (CME) programs and become a member of the regulatory body in your province or territory.
What skills does a doctor need?
Doctors must have various skills and qualifications to provide healthcare services to patients. Some essential skills and qualifications they must have include: Emotional intelligence
Emotional intelligence is the ability to identify, understand and manage emotions. Doctors must know how to assess the symptoms of patients and understand their body language. You need emotional intelligence to make patients comfortable while you test, treat or carry out procedures.Time management
Doctors typically have to attend to several patients in a short amount of time. Having strong time management skills increases your productivity in a fast-paced environment.
Problem-solving
Problem-solving skills require the ability to find solutions quickly and effectively. As a doctor, you must use your knowledge and experience to identify issues, prioritize them and implement a solution. You must also be able to work with other medical professionals to find a solution for a patient.
Communication
Doctors meet various personalities at work. You must communicate effectively with professionals such as nurses, physicians and medical assistants to provide the best patient care. You must understand how to speak clearly to patients and explain medical terms or procedures so they can understand. As a doctor, you must also be able to listen actively to others.
Organization
These skills allow you to use your resources efficiently. As a doctor, your organizational skills help you maintain an orderly work environment, meet deadlines and provide patients with the best medical care.
Computer skills
Doctors use computers for various reasons, such as to keep records of the medical history of patients and communicating with other medical professionals. You must understand different programs and software and be willing to learn new technologies quickly.
Tips to get into medical school
Here are some ways you can improve your chances of getting into a good medical program: Study a course that you can excel at: While you can apply to medical school from any undergraduate program, make sure it interests you. Having good grades and determination is key.
Carry out research projects related to medicine: You can take up these projects during your undergraduate program or as early as high school.
Get medical experience: While medical schools don't require you to have years of work experience, an ideal applicant understands what the job entails by participating in extracurricular or volunteer activities. You can also job shadow doctors and physicians who specialize in a field.
Prepare early for the entry exams: You can apply to multiple medical schools using the application service of your province or territory. For example, students in Ontario can apply to medical schools through the Ontario Medical School Application Service (OMSAS).Connect with people: Build strong connections and get reference letters from professors, employers and other trusted community members.
Highlight what makes you unique in your application: Medical schools look for applicants who have the skills and qualities that make them stand out. To improve your chances of getting into an excellent program, ensure you show admission officers why you're a promising candidate.
If you want to be a doctor, here are some roles you can apply for:
1. Family medicine physician
A family medicine physician provides medical care for family members. They are the first point of contact in the healthcare system. Family medicine physicians care for patients in the hospital, office, home or other healthcare facilities. They are experts in diagnosing a broad variety of health issues and treating children and adults. According to Indeed Salaries, the average salary of a family medicine physician in Canada is $236,617 per year.
2. Internal medicine physician
An Internal medicine physician, or an internist, diagnoses, treats and cares for adult patients. They can attend to patients that have chronic illnesses such as heart disease, hypertension and diabetes. Internal medicine physicians may specialize in areas such as infectious diseases or cardiology. They typically work in hospital and ambulatory settings. According to Indeed Salaries, the average salary of an internal medicine physician in Canada is $63,310 per year.
3. Pediatrician
Pediatricians care for children.
They can specialize in areas such as pediatric cardiology, pediatric surgery, pediatric hematology and neonatology. According to Indeed Salaries, the average salary of a pediatrician in Canada is $199,695 per year.
4. Surgeon
Surgeons operate on patients. Their duties also include diagnosing patients, preparing them for operations and attending to the medical needs of patients after operations. According to Indeed Salaries, the average salary of a surgeon in Canada is $266,630 per year.
5. Obstetrician and gynecology physician
An Obstetrician and gynecology physician (OB-GYN) is a doctor that specializes in the female reproductive system and pregnancy. They perform various duties such as assisting in labour and addressing women's health concerns. According to Indeed Salaries, the average salary of an obstetrics and gynecology physician in Canada is $332,745 per year.
Related: What Does an Obstetrician Nurse Do? (With Primary Duties)
6. DermatologistA dermatologist is a doctor who treats a patient's skin, nails and hair. According to Indeed Salaries, the average salary of a dermatologist in Canada is $293,958 per year.
Now that we've explained how to become a doctor step by step, the skills and qualifications you need and what positions you can apply for, you'll be better positioned to decide if this is a career path for you.
Reference. Source
https://ca.indeed.com/career-advice/career-development/how-to-become-a-doctor
ENGINEERING
Who is an engineer?
An engineer is a professional who uses scientific knowledge to find practical solutions to technical problems. Engineers design, build and improve systems, physical structures and materials.
Typically, engineers are chiefly concerned with innovations that can improve systems and, in the long run, improve the everyday lives of people. For instance, an automotive engineer designs vehicles, making the transportation of people and items easier. In addition, they also work on enhancing the designs of cars to make them more convenient and safe.
How to become an engineer
The processes involved in becoming an engineer may vary slightly with each type of engineering profession there is. Even so, there is a particular path that everyone must follow to become an engineer.1. Get a bachelor's degreeFor you to become an engineer, you must complete an undergraduate engineering program of your choice. Such programs take about three to four years on average. Check that the program you participate in has an accreditation from the Canadian Engineering Accreditation Board (CEAB), which is the organization that officially accredits undergraduate engineering programs in Canada.You can get a bachelor's degree in the specific field of engineering you wish to work in, such as chemical engineering or electrical engineering.
2. Get some work experience
To offer your services to the public as a professional engineer, you need to be licensed. Before you can get a license, you must gain some work experience. The work experience requirement is about four years, but this may vary depending on the province. Also, you can decide to intern with different companies to get experience.
3. Earn your license
After you have the required work experience, you can write the National Professional Practice Examination (NPPE). This exam tests your knowledge of engineering, the laws of the profession, ethical and professional standards and other relevant areas. When you pass this exam, you are qualified to be licensed as a professional engineer.
4. Consider a master's program
Some fields of engineering require more than a bachelor's degree. You may need to have a master's degree, depending on the specialty you are interested in. In this case, apply to an appropriate master's program and go through the required training. On average, the duration of this training is one to two years, but this varies depending on the institution and the specialty you wish to study.
5. Apply for your first job as an engineer
Once you are a licensed professional engineer, you can begin applying for jobs as an engineer in your field. As with other careers, find out what the employers are looking for when you identify a job you want. It is not just about your licensing or work experience—soft skills matter too. Model your job application to reflect that you meet up to the specifications of the employers.
Qualities of an engineer
There are some essential qualities that you need to be a successful engineer, irrespective of the specific engineering field you desire:
Strong math and science skills
The field of engineering essentially involves applying scientific and mathematical principles in different ways to solve technical problems. Math and science disciplines such as chemistry, physics, calculus, trigonometry, geometry and biology are useful in an engineering career. Having a solid grasp of the principles in these subjects is essential for your success as an engineer.
Critical thinking and problem-solving skills.
As an engineer, your work requires you to identify problems and proffer possible solutions to these problems. Good critical thinking and problem-solving skills help you determine the best solution to a problem. As a result, you can optimally apply the principles of engineering to produce the desired result.
Communication and teamwork skills
Engineers often work as part of a team. Because of this, good teamwork and communication skills are likely to prove helpful in increasing your productivity at work. Good teamwork and communication involve being a good listener and speaker. Engineers often have to communicate their ideas and plans with people who are not members of their field. Communicating in clear, simple-to-understand language can aid efficient execution.
Detail-oriented
Engineers often have to work on projects that are complex and intricate. Often, these projects are delicate, requiring that minute details are paid attention to in a bid to prevent harm from coming to structures, products or even people. As a result, a successful engineer has to show great attention to detail.
Imaginative and creative
The field of engineering is known for innovation. Engineers are often required to solve problems by applying creative yet technical solutions. A successful engineer usually has to combine their analytical, mathematical and scientific skills with creativity and imagination.
Types of Engineers
Engineering is a vast discipline that includes various fields of specialty. Here are some of the career options you have as an engineer.
Automotive Engineers
An automotive engineer is concerned with designing, developing, manufacturing and testing vehicles such as trucks, motorcycles and cars. They also design the individual components and subsystems of these vehicles. Automotive engineers work in the automotive industry alongside other engineers in the growing automobile industry to build and improve various kinds of vehicles.
Biomedical engineers
Medical and health-related technologies and innovations are the primary concerns of biomedical engineers. They combine their knowledge of biology and engineering to design, develop and build structures and systems that advance medical care.
Biomedical engineers produce technologies to improve the quality and efficiency of healthcare. For example, medical devices and equipment such as pacemakers, x-ray machines and mechanical prosthetics are biomedical engineering products.
Chemical engineers
Chemical engineers utilize engineering concepts to address issues with the usage and manufacture of chemicals. They study, supervise and work to improve the design and operation of chemical plants. Chemical engineering is a discipline whose application cuts across various industries. These engineers can be found in a laboratory working with different chemicals or in large-scale industrial plants such as refineries and energy generation plants.
Civil engineers
The job of a civil engineer is to plan, design, develop and oversee the construction and maintenance of public infrastructures such as roads, airports, bridges, dams, railroads and others. Civil engineering is a wide field, and as a result, civil engineers usually have specific subspecialties such as transportation engineering, environmental engineering, geotechnical engineering and structural engineering.
Computer engineers
The focus of computer engineers is on computer hardware and software. They design and construct computers and their components such as circuit boards, memory devices, computer processors and sensors.In addition to their knowledge of engineering, computer engineers have a broad understanding of computer science.
Electrical engineers
Electrical engineers deal with designing, developing and testing electrical systems for various industries. These electrical systems include navigation systems, electric motors and more. For example, an electrical engineer can create the electrical systems of automobiles, aircraft and other vehicles. An electrical engineer can specialize in a specific area such as power systems engineering or telecommunications engineering.
Industrial engineers
Industrial engineers apply their specialized knowledge to optimize systems, processes or business organizations. They combine social sciences and engineering principles to analyze systems and develop solutions to improve industrial and business processes.
For example, an industrial engineer can design a system to optimize an organization's schedules and process flow. They are versatile and can work in various places, from hospitals to large manufacturing industries.
Materials engineers
Materials engineers study, design and create materials at the atomic level. Material engineers find ways to produce materials with specific desired properties or a set of properties such as heat resistance, durability and flexibility. They are involved with nanotechnology, biotechnology, energy and several other engineering fields.
Mechanical engineers
Mechanical engineering is one of the broadest fields of engineering. Mechanical engineers combine their knowledge of materials with engineering principles to develop mechanical systems. Mechanical engineers often specialize in fields such as robotics engineering, ergonomics engineering and structural analysis engineering.
Nuclear engineers.
Nuclear engineers typically work with nuclear power plants. Their primary concern is nuclear energy and radiation. Nuclear engineers study nuclear power, design, develop and construct processes and tools to harness nuclear power. They also work to come up with efficient methods of generating and using nuclear power.
Petroleum engineers
Petroleum engineers work to locate oil and gas for the production of energy. They design and develop methods of extracting oil and gas from the earth. Petroleum engineers work closely with other scientists, such as geologists, to ensure the drilling methods are safe and prevent dangers such as earthquakes and oil spills.
Reference. Source
https://ca.indeed.com/career-advice/finding-a-job/how-to-become-engineer
PHYSICIST
Becoming a physicist can provide a wide range of opportunities in academia as well as in the private sector. Physicists are important professionals in research laboratories, universities, government agencies and the corporate world. Familiarizing yourself with the duties and job requirements of the role can help you decide if it is an ideal career path for you. In this article, we discuss the duties of a physicist, salary expectations and how to become one step by step.
What does a physicist do?
Physicists study the interaction of matter and energy and how to apply that knowledge to solve scientific and technological problems.They investigate the universe to come up with new theories that explain how time, matter and other concepts of the physical world came to be.
Physicists work in research and academic roles. The position involves office duties, but many physicists also work in laboratories for private and public organizations. Most research-related physicist roles require at least a postgraduate degree, and some employers need candidates with a Ph.D.
Physicists fall into three categories:
Theoretical physicists: They create theories and models to explain the behavior of specific aspects of the world.
Experimental physicists: They test physics theories and models to verify their claims and recommend improvements.
Applied physicists: They apply the findings of physicists to solve problems in technology, science and society.These three roles frequently overlap, so physicists who specialize in one branch often have experience in the other two.
Physicist job duties and responsibilities
Physicists have many responsibilities, including the following:
Studying and measuring components of the physical world, including subatomic particles and the larger universe
Creating theories and models to explain the behavior of physical phenomena
Designing and building instruments to make new observations to broaden the field of knowledge
Identifying the applications and limits of theories and models using advanced computer softwareIdentifying new ways of explaining the interactions between the components of the universe
Designing and building new equipment to gather data, including telescopes, radars and satellites
Developing computer software to analyze and interpret data
Using the knowledge gained from the observation of the physical world to design and build improved materials, products and processes with applications in diverse industries, including manufacturing, transport, medicine, scientific research, defense and technology
Salary expectations of a physicist
A physicist's salary can range from $15.02 to $52.03 per hour. The potential salary of a physicist depends on the candidate's qualifications, research work, publications, industry, employer and region. Candidates with a doctorate and years of research and teaching experience can earn far more than those with only a bachelor's degree. Industries such as defense, aerospace, biotech and medical sciences tend to pay more compared to academic institutions.
How to become a physicist
Here are the steps to take if you are interested in becoming a physicist: Obtain a Bachelor's Degree in Physics.
Get research experience.
Acquire a postgraduate degree in physics.
Study for a physics doctorate.
Join postdoctoral research projects and fellowships.
1. Obtain a Bachelor's Degree in Physics
Most physicist positions require a Bachelor's Degree in Physics, Applied Physics or relevant alternatives in the science or engineering fields. This gives students a strong foundation in theoretical and experimental physics. Most programs will teach you calculus, thermodynamics, Newtonian mechanics, magnetism, electricity, electronics and other fundamental physics subjects.
2. Get research experience
Once you have a Bachelor's Degree in Physics, it is a good idea to work as a laboratory technician or research assistant to gain some practical experience. This will help you acquire fundamental knowledge of practical physics and increase your chances of getting into graduate degree programs. Some physics programs incorporate work placements to give students professional experience. Employers also commonly provide graduate training programs, which can give you valuable work experience that will aid further studies.
3. Acquire a postgraduate degree in physics
Once you have secured a research position, apply for a postgraduate degree in physics. Universities offer pure physics master's degrees as well as integrated postgraduate qualifications, such as an MPhys (Master of Physics) degree, which are research-oriented and designed to lead to a doctorate. If you do not have a physics or science background, there are one-year foundation courses to prepare you for postgraduate studies.
4. Study for a physics doctorate
If you intend to work as a theoretical physicist, most employers require a doctorate, although some will consider candidates working towards their Ph.D. Physics doctoral studies involve research that culminates into a thesis and you may be required to work as a teaching assistant for senior faculty members. You can expect to spend four to six years completing your theoretical physics Ph.D.
5. Join postdoctoral research projects and fellowships
It is often easier to get hired as a physicist if you participate in postdoctoral research projects. You can join research fellowships at universities, independent research facilities and internship programs.
Frequently asked questions about becoming a physicist
Here are some of the most commonly asked questions about becoming a physicist: What are the employment opportunities for a physicist?
Physicists can work in diverse industries. Potential employers include universities where they can work as lecturers or researchers, government-owned research institutions and organizations that depend on state funding for their scientific- and industrial-related work. They can also work in high-tech companies, schools and hospitals, as well as in the media and private industries.
Physicists can work as research scientists, technologists, programmers, technical sales representatives, meteorologists and medical physicists. Fields such as space science, bioscience, mineral exploration and high-tech manufacturing also hire physicists.
What are the essential skills of a physicist?
Here are some important skills you will need to excel as a physicist: Problem-solving skills
This job requires the ability to solve complex problems. You must be able to observe physical phenomena and draw tangible inferences from abstract subjects.
Mathematical skills
Candidates need advanced mathematical skills, including calculus and algebra, to perform complex calculations.
Computer skills
You will need exceptional computer skills to design experiments, create theories and models and test the authenticity of your findings as a physicist. Computer skills also allow physicists to use advanced software tools to analyze data and draw meaningful conclusions. You must be able to use software solutions to measure and analyze data from scientific equipment, such as lasers, telescopes and radars.
Writing skills
Candidates also need exceptional writing and research skills to accurately document their findings and share them with contemporaries and other stakeholders.
Communication skills
Physicists need impeccable communication and interpersonal skills because their work involves collaborating with other researchers across diverse disciplines.Self-disciplineIt is important to have self-discipline as a physicist to stay motivated for long periods of time while studying and analyzing abstract topics.
Curiosity
The best physicists have a burning desire to discover new knowledge, develop better technologies and identify innovative ways of solving real-world problems.
What are the specializations for a physicist?
Physics is a broad area of study with a wide variety of specializations you can pursue, including the following: Astrophysicists: They study the characteristics of the universe and its components, including the solar system, galaxies and stars.
Atmospheric and environmental physicists: They study the interaction of the various aspects of the environment.
Atomic and molecular physicists: They study the structure and behavior of atoms and molecules.
Condensed matter physicists: They study the behavior and characteristics of solid matter under diverse conditions. They apply this knowledge in the design and development of new materials and products.
Cosmologists: They study the development and properties of the cosmos, i.e. the universe.
Medical and health physicists: They study the application of physics in medicine and health, including the development and operation of medical equipment such as X-rays.
Nanotechnologists: They use multidisciplinary approaches to create more durable materials through the manipulation of atomic and subatomic structures of matter.
Particle and nuclear physicists: They study the characteristics and behavior of atomic nuclei.
Plasma physicists: They study plasma, a matter that occurs naturally in stars and cosmic space and is found in plasma screen televisions and neon signs.
Optical physicists: They study the behavior and properties of light to create more efficient optical instruments and devices.
Reference. Source
https://www.indeed.com/career-advice/career-development/how-to-become-a-physicist
MBA - MASTERS OF BUSINESS ADMINISTRATION
A master in business administration (MBA) is a graduate degree program that offers numerous gainful career opportunities. If it aligns with your career goals, getting an MBA can be a great idea. Understanding how to get an MBA is helpful to you if you want to use its advantages in your career journey. In this article, we discuss how to get an MBA, identify the necessary skills for an MBA, and highlight the jobs that you can get with an MBA.
How to get an MBA
Follow these steps for how to get an MBA:
1. Understand what an MBA is
MBA means master of business administration, and it's a degree that business schools offer students of tertiary institutions. In an MBA program, students take courses like marketing, accounting, operations and economics, among other elective courses. Most MBA programs last for two years. Still, there are part-time programs you can conclude in about a year. An MBA is a gateway to more job opportunities, higher remunerations, and better professional connections. You can get an MBA if you plan to work in marketing, government, IT, human resources, and operations.
2. Acquire a bachelor's degree
Numerous business schools require a prior bachelor's degree before applying for an MBA. You can use this opportunity to get a bachelor's degree in a relevant course that can give you an edge when you begin your MBA program. Some of these courses include accounting, business, economics, and management. These courses can help you prepare especially for the workload of an MBA program.
3. Earn a high GPA
When getting a bachelor's degree, it's important that finish with a high-grade point average. This is because several institutions seek candidates with a GPA of 3.6/4.0 and higher. If you have a lower GPA, there are still opportunities for acceptance into an MBA program. One such example is by scoring high on your Graduate Management Admission Test (GMAT). Many schools are now of the opinion that your bachelor's degree grade is possibly outdated, especially in comparison with more recent achievements in your career path.
4. Develop work experience
Numerous MBA programs opt for candidates who have few years of work experience. They prefer candidates with gradual progression in their careers and subsequently desire an MBA to realize the next step in their career path. In turn, getting a few years of work experience is a great idea. It also allows you to bring experience from the real world into the classroom. Regardless, without experience, you can opt for MBA programs designed for students who have recently graduated from college.
5. Take the Graduate Management Admissions Test (GMAT) and/or the Graduate Record Examination (GRE)
Several MBA programs require either a GMAT or a GRE. The GMAT is a standardized test you require when applying for an MBA. The exam consists of four parts, quantitative, integrated, verbal reasoning, and analytical writing. The minimum score among the top business schools varies between 550 and 600. Unlike the GMAT, the GRE is a more general examination, especially for people who desire to attend graduate school.
6. Select a program
There are regular MBA programs that take about two years to complete, while accelerated programs conclude in a year. Depending on your schedule, you can choose the full-time option or the accelerated option. Remember, the accelerated program has a much heavier academic workload.
7. Apply for the MBA
Most MBA programs require resumes, academic transcripts, essays, and letters of recommendation, in addition to your GRE or GMAT scores. Depending on a high GPA or excellent work experience, many MBA programs waive test scores. Some programs require an in-person interview with you or that you send a video essay.
8. Begin your program
Most MBA programs offer rich learning experiences, regardless of your in-program specialty. It's essential to pick course specialties that improve your job chances when you complete the program. You can research the lucrative areas before or during your program.
Necessary skills for an MBA
Here are some of the skills that can help you during and after your MBA program:Communication skills
Excellent communication skills and fluency in oral and written English can help you in your career journey as a business graduate. This is as your future job can involve numerous interactions, and impressive fluency can help strike deals, turn situations to your advantage, or evaluate prospective clients. Communication skills comprise writing skills, speaking skills, and the ability to interpret non-verbal cues.
Ability to plan and organize
Getting an MBA is a very tasking and tedious endeavour with enormous activities and workload. This makes the ability to plan and organize yourself an essential one. These traits can be useful outside of the classrooms and in the offices when managing large teams.
Adaptability
Adaptability is the ability to adjust to situations and make the best of them. For MBA students who encounter unforeseen circumstances frequently, it's an essential skill. To adapt effectively, MBA students require perseverance and dedication.
Strategic and logical thinking
The ability to conceive efficient strategies is an inherent part of every management practice. It's essential that MBA graduates can come up with short and long-term visions and plans while reducing the influence of personal bias and emotion. This includes the ability to make effective changes to the plan when necessary.
Interpersonal skills
Interpersonal skills are traits and abilities that help us build cordial, respectful, and beneficial relationships with others. They are important for leadership roles, as inspiring other employees can be the difference between failure and success. Furthermore, excellent interpersonal skills help with making connections and maximizing the benefits of such connections.
6 jobs you can get with an MBAHere are some of the job positions you can get with your MBA:
1. Financial advisorNational salary average: $58,734 per year
Primary duties: One of the most important roles of a financial adviser is to deliver strategic advice on various financial services and products. Other important roles include reviewing a client's financial position, comprehending the requirements, and developing bankable financial strategies. A financial adviser also directs customers towards a lucrative and secure financial decision while updating themselves about new trends and behaviour within the industry. In addition, financial advisers supervise the financial planning process, updating it to ensure profits, where necessary.
2. Management analyst
National salary average: $64,800 per yearPrimary duties: Management analysts are responsible for preparing and performing procedure manuals to aid a company's management perform more efficiently. In carrying out this role, management analysts perform organizational appraisals and studies, develop procedures and systems, and perform measurement studies and work simplification. Other responsibilities include developing solutions or alternate practices, garnering financial or business data, and recommending new procedures, systems, or institutional variations. It's also a management analyst's duty to appraise financial, business, or other data like expenditure, revenue, and employment reports.
3. Investment banker
National average salary: $32.34 per hour
Primary duties: Investment bankers issue and sell securities to develop capital, perform studies and valuations to implement finance deals, and review investment opportunities. They are responsible for performing strategic studies and due diligence research, overseeing IPOs and private equity placements, and enabling mergers and acquisitions. Investment bankers also help with corporate restructuring, evaluate risks while offering financial advice, and prepare models, reports, and forecasts. They often discover and subsequently close prospective investors.
4. Finance managerNational average salary: $88,516 per year
Primary duties: Finance managers deliver financial reports and interpret financial information to the staff, including suggesting subsequent courses of action. They advise on investment activities and strategies that a company can take, preserve an organization's financial status, and prepare budgetary reports. Likewise, finance managers are responsible for evaluating costs, variable contributions, pricing, and an organization's actual conduct concerning the business plans. They also come up with the company's trends while performing assessments and appraisals for cost-reduction opportunities.
5. Marketing manager
National average salary: $59,326 per year
Primary duties: Marketing managers develop tactics to increase a company's reputation, leverage successful marketing campaigns, and experiment with several paid and organic acquisition channels. These channels include content creation and curation, event management, social media, and performance analysis. Marketing managers are also responsible for developing interesting and interactive content for a company's website to attract and convert a company's target group. They are also responsible for creating strategic relationships, collaborating with vital industry partners, and preparing marketing budgets annually. Finally, marketing managers also evaluate customer behaviour, modifying adverts campaigns appropriately.
6. Business consultantNational average salary: $68,136 per year
Primary duties: Business consultants are responsible for executing and planning business projects on a client's request and to their specifications. They also interact with clients as necessary, conducting an initial review of a challenging situation. Business consultants are also responsible for receiving information about a client's business by leveraging interviews, surveys, and shadowing techniques.
Reference. Source
https://ca.indeed.com/career-advice/career-development/how-to-get-an-mba
WALTER MITTY - DREAMER WANT TO BE
Those responsible operating with globally known threat lab the one Ontario neurological technology lab cluster locations prior to 1993, 1999 & post enjoy using false claims against available fact to push belief writing off valid genuine legitimate people as fraud want to be dreamers to damage their image, character, credibility & reputation in their private & professional lives catering to different interests to justify efforts taken against them & others
STATEMENT FROM DR NIC BENNETT
Throughout becoming a Medical Doctor & Specialist you ha e a series of mid-term & term then larger examination challenges including the basic MCAT
The MCAT is a 7.5-hour exam that consists of four sections: Biological and Biochemical Foundations of Living Systems; Chemical and Physical Foundations of Biological Systems; Psychological, Social, and Biological Foundations of Behavior; and Critical Analysis and Reasoning Skills.
I use the MCAT & specific additives as a basic foundational layer of interest in my overall decisions in my professional & private life considering all man-made & natural disaster hazards & disaster potential then multiple other factors many disclude
In total it was 10 years of condensed cross studies mixed with earning valid professional occupational experience in different areas, skill & ability between a busy travel & study focus with little time for a social life or dating yet I made it work & developed my career, financial & connecting social portfolio in the process just fitting time for personal interests & self preservation with health all the whole doubling in intelligence connecting to what is now considered H.I.3 legal cases & connected legal cases
2003-2014 with updated high school courses between from my initial graduation
2014-2024 involved my efforts in furthering my portfolio development including connected international investments between a busy schedule which included focus on the H.I.3 case pertaining to myself
Computer - online - application & database programming - coding including machine learning for AI is in the mix with different practices in developing digital or physical prototypes or dissecting & diagnosing potential or actual concerns in a platform or in design, development & manufacturing
Advanced knowledge of pharmaceuticals & chemicals then controlled substance
Sound knowledge of all muscle systems, nutrition & diet then portion sizing based on energy requirements then fat - muscle & hormone control for overall health
Ability to perform minor surgeries legally in some geographic justifications versus others
Developed non-pharmaceutical based behavioural program based on the Hawkins Map of Consciousness & timing as described in the H.I.3 case descriptions available in raw form through just over 30 Meta: Facebook profiles & 21 Blogger profile pages
Light standard & emergency first aid with a various list of scenarios & experience in addressing treatment & maintenance then overall standards & challenges with a separate perspective against or aligning with traditional or modern trending standards in medical sciences
Advanced understanding of general anaesthetic & pain management practices with or without medications or different practices involving such intervention from a psychological perspective in self or software & team based neurological control
Anesthesiologists are medical doctors just like your primary care physician and surgeon. They specialize in anesthesia care, pain management, and critical care medicine, and have the necessary knowledge to understand and treat the entire human body.
During a general anaesthetic, medicines are used to send you to sleep, so you're unaware of surgery and do not move or feel pain while it's carried out. General anaesthesia is used for surgical procedures where it's safer or more comfortable for you to be unconscious.
Most healthy people tolerate general anesthesia without issue. Those who do suffer side-effects or complications typically have mild, transient symptoms that are easily managed. The following are possible complications of general anesthesia:
Sore throatNausea and vomiting
Damage to teeth
Lacerations (cuts) to the lips, tongue, gums, throat
Nerve injury secondary to body positioning
Awareness under anesthesia
Anaphylaxis or allergic reaction
Malignant hyperthermia
Aspiration pneumonitis
Respiratory depression
Stroke
Hypoxic brain injury
Embolic event
Cardiovascular collapse, cardiac arrest
Death
CURRENT STATUS
April 16, 2024
Neck is braced 24/7
Facial injuries not addressed
New neck & jaw injury
Neck spinal injury
Acetaminophen 300 mg with Codine Phosphate 8 mg cafine 15 mg use daily
Compressed discs - minor vetebrea fractures & nerve damage with pinched nerves in neck despite previous minor light athletic fusion of neck - spinal areas
Required - neck bracing for 6-8 weeks & potentially longer including while sleeping then light physiotherapy to maintain mobility
Multiple injuries daily documented & recorded between 2012-2024 after separate efforts taken prior to with less severe injuries minus a few situations in the early 2000's & 1990's
Inflicted pain & temporary repeating injuries versus permanent injuries documented
Healing time unmanned from the one Ontario neurological technology lab efforts taken between 2012-2024 & prior to 2012 dating back before 1999
Facial surgery required
Neck - spine surgery required
Pinhole gum grafting required
Professional teeth whitening required
Teeth fillings & cleaning required
Fractures
Left wrist
Right hand flange
Left tibia - ankle
Right foot flange
Right & left hand fingers
Over 35 neck - spinal fractures
Over 3 jaw - facial fractures
Damage
Damage to brain & eyes
Damage to gums & teeth
Damage to esophagus & vocal cords
Damage to internal organs & digestive tract
Limb - hinges & plates
Facial - hinges & plates
Have been casted & air casts with crutches
Damage to right shin & bone with light fractures - healed & scarred
Multiple lacerations & scarring on hands - fingers & specific areas
3 minor benign cysts removed - weight gain & loss shock related
2 teeth extractions & implants - crowns to replace then severe damage to teeth from neuro-strike abuse causing teeth fractures
Damage to genitalia & anus - rectum
MOTIVATING FACTOR
False claims led to this. False claims against fact using assumption based with a probably because of belief created against factual experiences ages 0-6, 7-11, 12-17, 18-25+ then dictated versus conscious decisions. Conscious choice consider basic knowledge & education with understanding of laws & rights then that of others versus oneself socially & financially in society within & outside the borders & airspace of Canada
Holding Dr Nic Bennett - Sydney Nicola Bennett to false claims of collective power in numbers groups operating together or separately
EFFORT TO HURT & MAKE THE BODY FEEL LIKE SH*T
Efforts using the one Ontario neurological technology lab locations device only between 2012-2024 after less painful efforts taken prior to 2012 dating back before 1999 indicting different levels of pain & voiding natural bodily function to inflict pain with efforts to drain energy while causing temporary & permanent injuries including voiding ability to swallow & chew food properly while inflicting pain while performing such task using different techniques of over 25,000 from normal to detention & execution or a combination
Efforts to inflict pain to make the body hurt from the inside out continually
The people involved write off their prey as little & little want to be fraudsters while they connect discrediting & disrespecting them as to write off as nothing important while they attack their bodies from the inside out in different ways operating with those filtering through the location housing the device & those in or not in the life of the subject candidate prey (in their professional & private lives)
These interests then collectively recruit interests to join them to hang or ostracize the prey in a towns square killing or smear campaign of the witch prey in which they are going againstMonitoring & Speaking for Vocally
Voice through Mouth
Requests that they at the location housing the full body device connected to the body should be monitoring the subject bodies vision - sight & hearing then they at the location a team the subject body may or may not have met disables the subject bodies ability to vocally speak so they can speak for the subject body if they need to speak to one or more persons then respond to one or more persons in reaction to communication
Voice to Skull (and ears) used to speak to the subject with then physical abilities for control from mild, moderate to more aggressive physical control of the body head to toe
Senses
Sight - see through eyes
Hearing - hear through ears
Taste - monitor taste
Touch - monitor touch
Smell - monitor smell
Physical
Circulation - blood flow
Lungs - breathing
Muscles
- Facial, limbs, hands - fingers, feet - toes
Internal organs & function of
Psychological - Mental
Thought
Imagination
Memory
Voice to skull - ears
Vocal
Voice through mouth disabling the ability to speak to speak for sending voice wirelessly through the mouth in any vocal tone, pitch, decibel level or style
Normal - Detention - Execution practices or a combination & unmanned monitoring
ALLOWED VERSUS NOT
Court order - Health board with quarterly audits of daily activity
Research
Government ops
Threats 3-4 of 4
Confirmed severe mental conditions
No slave - prisoners or harsh interrogation killings
Light detention with normal or unmanned monitoring only of over 25,000 techniques with safe software
Moderate to severe detention & execution or a combination of practices are not allowed as threat labs use those techniques
CRIMINAL ACTS ASSOCIATED
Threat labs techniques & use with no court order & no health board with no quarterly audits over law & rights with privacy concerns
Sexual & non-secure abuse, assault, harassment, rape, wireless rape, forceful confinement - entrapment, torture, terror - terrorism
Leaking information
Discrediting lead information to credit those it is leaked to
Psychological suppression & warfare
Physical restraint
Uttering threats towards & on behalf
Fear based trauma tactics
Organized gang stalking
Cyber online stalking
Conspiracy to commit murder - murder plots
Attempted murder
Impersonation & discrediting ones image, character, credibility & reputation in a life cycle of experience ages 0-6, 7-11, 12-17, 18-25+
Online identity theft & impersonation using brain hacking & device hacking versus official offline, online & mobile accounts consciously agreed to legally & privately
Use of planted pawn - interests drafted or paid & voluteering in a subject candidates professional or private life voluntarily operating or involuntarily operating
Temporary injuries & pain
Permanent injuries & painBrain terrorism & those responsible want all subject candidates deemed dangerous to themselves & others the the public & minors ages 0-17 then all adults ages 18-100+
Hundreds into thousands of excuses to justify all past - present options including brain terrorism efforts wirelessly including contracting & expanding the brain & other internal organs while blurring vision & bulging eyes to void the ability to see & shining lights through eyes
Writing subjects off as obsessive psychopaths with no evaluation or diagnosis
BIRTH & LIFE
Scollard Site birth. September 1, 1985 North Bay, Ontario, Canada
Legal names:
Nicholas James Joseph Bennett
Sydney Nicola Bennett
European family with some that settled in Seachelt, British Columbia, Winnipeg, Manitoba & Detroit Michigan first before other areas in North America & internationally 1600's-1900's
Ray Bennett (Seashelt) & Ray Savage (Winnipeg) & Ray Savages brother (Detroit)
Germany - Switzerland - France - Italy - Dutch Holland first then other European countries, North America & Australia
Mix of upper echelon & middle class to affluent millionaire property owners & investors of different lifestyles then few impoverished forgottens. Left overs. Nothings. A waste of air fluctuating in a struggle between middle class almost to poverty
Toronto Canada 2023
Sylvan Lake 2019
Calgary 2020
Lake Louis 2018
Vast Resource of Open Courses
mitocw.ups.edu.ec
www.edx.org
ocw.mit.edu/search/?s=department_course_numbers.sort_coursenum
ocw.mit.edu/course-lists/open-learning-library/
Energy Safety Canada
www.energysafetycanada.com
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