diploma in automotive engineering business plan

Business Plan Template for Automotive Engineers

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Are you an automotive engineer with big dreams of launching your own business? We know that creating a solid business plan can be a daunting task, but fear not! ClickUp has the perfect solution for you.

Introducing our Business Plan Template for Automotive Engineers. This template is specifically designed to cater to the unique needs of the automotive industry, helping you outline your objectives, strategies, market analysis, financial projections, and implementation plans with ease.

With ClickUp's Business Plan Template, you'll be able to present a comprehensive and structured plan to potential investors or stakeholders, showcasing your expertise and vision for a successful automotive venture. Don't let the complexities of business planning hold you back - get started with our template today and drive your dreams forward!

Business Plan Template for Automotive Engineers Benefits

When automotive engineers use the Business Plan Template designed specifically for their industry, they benefit from:

• Streamlined planning process with a ready-made template tailored to the unique needs of the automotive industry
• Clear and concise presentation of objectives, strategies, and market analysis to showcase the engineer's expertise and vision
• Accurate financial projections to demonstrate the potential profitability of the business
• Structured implementation plans that outline the steps needed to bring the business to life
• Increased credibility and confidence when presenting to potential investors or stakeholders.

Main Elements of Automotive Engineers Business Plan Template

ClickUp's Business Plan Template for Automotive Engineers provides a structured approach to creating a comprehensive business plan for the automotive industry. Here are the main elements of this template:

• Custom Statuses: Track the progress of various sections in your business plan with statuses like Complete, In Progress, Needs Revision, and To Do.
• Custom Fields: Use custom fields such as Reference, Approved, and Section to add specific information to each section and easily filter and sort based on these fields.
• Custom Views: Access different views tailored for automotive engineers, including Topics view to focus on specific sections, Status view to track the progress of each section, Timeline view to visualize the timeline of your business plan, Business Plan view to get an overview of the entire plan, and the Getting Started Guide view to help you navigate through the template and get started quickly.
• Collaboration Tools: Leverage ClickUp's collaborative features like task comments, attachments, and real-time editing to collaborate with your team members or stakeholders.
• Integration: Seamlessly integrate with other tools and platforms used in the automotive industry to consolidate data and streamline your business planning process.

How To Use Business Plan Template for Automotive Engineers

Creating a business plan for automotive engineers might seem daunting, but with ClickUp's Business Plan Template and the following steps, you'll be able to outline your goals and strategies with ease:

1. Define your objectives

Start by clearly defining your objectives for your automotive engineering business. What do you want to achieve? Is it launching a new product, expanding your services, or increasing market share? Identifying your objectives will help guide your business plan and set the direction for your company.

Use the Goals feature in ClickUp to set SMART (Specific, Measurable, Achievable, Relevant, Time-bound) objectives for your automotive engineering business.

2. Research your target market

To create an effective business plan, you'll need to understand your target market. Research your potential customers, competitors, and industry trends. Identify the needs and preferences of your target audience and determine how your automotive engineering services can meet those needs better than your competitors.

Utilize the Table view in ClickUp to organize and analyze your market research data, including customer profiles, competitor analysis, and industry trends.

3. Develop your products and services

Outline the specific products and services your automotive engineering business will offer. Consider the unique value proposition that sets your offerings apart from competitors. Whether it's designing electric vehicles, developing autonomous driving technology, or improving engine efficiency, clearly define your expertise and how it addresses the needs of your target market.

Create tasks in ClickUp to break down the development process for each product or service, assigning responsibilities and setting deadlines.

4. Formulate your marketing strategies

To attract customers to your automotive engineering business, you'll need a solid marketing plan. Determine the most effective marketing channels for reaching your target audience, such as digital advertising, industry conferences, or partnerships with auto manufacturers. Develop strategies for brand positioning, lead generation, and customer acquisition.

Use the Calendar view in ClickUp to plan and schedule your marketing activities, ensuring a consistent and targeted approach.

5. Financial planning and projections

A crucial aspect of any business plan is financial planning and projections. Estimate your startup costs, operational expenses, revenue forecasts, and profitability projections. Consider factors such as equipment costs, employee salaries, marketing expenses, and potential sources of funding.

Utilize the Dashboards feature in ClickUp to track and analyze your financial data, including cash flow, expenses, and revenue, ensuring that your business remains financially healthy.

By following these steps and using ClickUp's Business Plan Template, you can create a comprehensive and effective business plan for your automotive engineering business. Remember to regularly review and update your plan as your business evolves and market conditions change.

Get Started with ClickUp’s Business Plan Template for Automotive Engineers

Automotive engineers can use this Business Plan Template for Automotive Engineers to streamline their business planning process and create a comprehensive plan for their automotive projects.

First, hit “Add Template” to sign up for ClickUp and add the template to your Workspace. Make sure you designate which Space or location in your Workspace you’d like this template applied.

Next, invite relevant members or guests to your Workspace to start collaborating.

Now you can take advantage of the full potential of this template to create a detailed business plan:

• Use the Topics View to outline and organize the different sections of your business plan, such as objectives, strategies, market analysis, financial projections, and implementation plans
• The Status View will help you track the progress of each section, with statuses like Complete, In Progress, Needs Revision, and To Do
• Utilize the Timeline View to set deadlines and milestones for each section, ensuring timely completion of your business plan
• The Business Plan View provides a holistic overview of your entire plan, allowing you to review and analyze it at a glance
• Create a Getting Started Guide View to provide step-by-step instructions and guidance for other team members or stakeholders involved in the business plan process
• Customize the template by adding custom fields like Reference, Approved, and Section to provide additional context and organization to your business plan
• Update statuses, custom fields, and progress as you work on your business plan to keep everyone informed and ensure a smooth planning process.
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KNEC notes and Revision materials

Study notes, Revision materials and Past papers for courses examined by KNEC

Business Plan KNEC notes

INTRODUCTION TO BUSINESS PLAN THEORY

Specific Objectives

At the end of this topic the trainee should be able to:

a) Explain the meaning of a business plan b) Explain the purposes of a business plan c) Identify the features of a business plan d) Describe guidelines for developing an effective business plan

• Meaning of a business plan • Purposes of a business plan • Features of a business plan • Guidelines for developing an effective business plan

BUSINESS DESCRIPTION THEORY

At the end of this topic the trainees should be able to: a) Provide the business name b) Describe business location and address c) Discuss form of ownership d) Explain the type of business e) Describe the products offered f) Discuss the the justification of opportunity g) Describe the industry200 h) Explain the goals of business i) Explain the entry and growth strategy j) Discuss SWOT analysis

Provide the business name Business location and address Form of ownership Type of business Products offered Justification of opportunity The industry The goals of business Entry and growth strategy SWOT analysis

MARKETING PLAN THEORY

At the end of this topic the trainees should be able to: a) Identify customers b) Describe the competitors c) Determine the market share d) Explain the methods of promotion and advertising e) Explain the pricing strategy f) Set sales target g) Describe the sales tactics h) Describe the distribution strategy i) Describe the customer service strategy

Identification of customers Competitors analysis Determination the market share Methods of promotion and advertising201 Pricing strategy Set sales target Sales tactics Distribution strategy Customer service strategy

ORGANISATION AND MANAGEMENT PLAN THEORY

At the end of this topic the trainees should be able to: a) Describe the organization structure b) Describe the management team c) Identify other business personnel d) Explain recruitment, training and promotion of personnel e) Discuss remuneration and incentives for personnel f) Identify licenses persist and legal requirements g) Identify support services

Organization structure Management team Other business personnel Recruitment, training and promotion of personnel Remuneration and incentives for personnel Licenses persist and legal requirements Support services

OPERATIONAL AND PRODUCTION PLAN THEORY

At the end of this topic the trainees should be able to: a) Identify production facilities and capacity b) Develop a production and operation strategy c) Describe the production process of the products d) Discuss the regulations affecting operations202 e) Prepare operation time table/production schedule Production facilities and capacity Develop a production and operation strategy Production process of the products Production process of the products Regulations affecting operations Prepare operation time table/production schedule

FINANCIAL PLAN THEORY

T0 Specific Objectives

At the end of this topic the trainees should be able to: a) Determine pre-operational costs b) Estimate working capital c) Estimate cash-flow projections d) Prepare pro-forma income statements e) Prepare pro-forma balance sheets f) Calculate break-even point g) Calculate profitability rations h) Calculate desired financing i) Calculate proposed capitalization j) Identify potential Determination pre-operational costs Estimating working capital Estimating cash-flow projections Preparation pro-forma income statements Preparation pro-forma balance sheets Calculation break-even point Calculation profitability rations

PRESENTATION THEORY

At the end of this topic the trainees should be able to:

a) write the final business plan b) make a presentation of the business plan Writing the final business plan y format y elements Presentation of the business plan y order of presentation y flow of ideas/content y communication style y appropriate display methods for final document

EMERGING TRENDS AND ISSUES THEORY

a) identify the emerging trends in business plan b) identify the challenges posed by the emerging trends and issues c) explain various ways of coping with challenges Emerging trends in business plan Challenges posed by the emerging trends and issues Ways of coping with challenges

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Diploma in Automotive Engineering (KNEC)

Course overview.

This area of engineering mainly focuses on, designing, testing and production of innovative machines and how vehicles work, and are made in particular. This course will give you the knowledge and skills that are needed especially in the changing global economy.  This Diploma is split into three modules, with which you will study comprehensive theoretical lessons and in-depth practical lessons where you will be able to manipulate machines by hand.

After completion of this course at ICS College, one can either go straight into self-employment or into an organization.

Course Outline

• Materials & Workshop Technology
• Vehicle Technology
• Engineering Drawing I
• Mathematics I
• Electrical Principles
• Mechanical Science I
• Entrepreneurship
• Communication
• Occupational Safety & Precautions
• Industrial Organization & Management
• Strength of Materials & Mechanics of Machines
• Engineering Drawing II
• Engine Technology and Vehicle Bodywork
• Mathematics II
• Computer Aided Design (CAD)
• Control Systems & Instrumentation
• Mathematics III
• Thermodynamics & Fluid Mechanics
• Auto Electrics & Electronics
• Trade Project

Requirements

Course Duration: 27 Months

Exam Body: KNEC

Grade: C- and Above

Add East Africa Institute of Certified Studies to your Homescreen!

• Introduction to Automotive Engineering
• Core Automotive Knowledge & Principles
• Automotive Career Choices
• Essential Non-Technical Advice for Engineers
• Automotive Engineer Interviews
• Terminology

How to Become an Automotive Engineer

AEHQ August 1, 2014 Introduction to Automotive Engineering 6 Comments

There is more than one path you can take to become an automotive engineer. Everyone thinks you need to get a degree in automotive engineering to get yourself right into an automotive job. While this is the focused path to becoming an automotive engineer, there are other, much more flexible ways that anyone can get themselves into an automotive career. Automotive engineering is a fast, competitive industry but the salary and indirect perks of the job can be very rewarding. If you are just starting out on your quest to get into the automotive industry, or are an engineer looking for an awesome change let us help you achieve your goal.  Here at Automotive Engineering HQ we will discuss a few different paths on how to become an automotive engineer. We have laid out the most common path below.

High School – the foundation:

Those growing up with automotive passion are probably figuring out how to become an automotive engineer around high school. In high school you must have a main focus on your science and math subjects. You don’t have to truly love math or physics to get into engineering, but you should have a basic knack for the scientific subjects. After all, these are what you will base your automotive knowledge on as you move on in your career. Keep in mind, good grades are a must to get into engineering school.

You should apply to a few engineering schools and take some time to visit and learn about their programs. Don’t think that you need to get into MIT or Harvard to get into automotive. Just make sure that the program you choose has a good reputation and accreditation in your engineering subject. Your objective should be to learn as much as you can, and you don’t need an Ivy league education to do that. Most of the engineers I have worked with went to medium-size private or state universities. Go to a school that you are comfortable with, and where you can learn the most.

High School tips for success:

• Math is your foundation; physics is your focus. Learn as much as you can about these.
• Ask your parents if they can teach you to change the oil on a car. This is a great beginner’s task and is a great way to gain familiarity with a vehicle. (If your parents don’t know how, just search for it online by the make and model of your vehicle; its easier than you think!
• Start taking notes on all the details and mechanics that go into your car.
• Watch Top Gear on BBC – This fun show gave me the love of cars that I have today – I promise you will like it.

College Education – your best asset:

High school is your foundation for these skills, but once you get to college these courses go into overdrive. An engineering degree is critical for becoming an automotive engineer (duh), but you should look and see which branch of engineering you want to go into. The most common degree for automotive is mechanical engineering. While it does not necessarily show you how to become an automotive engineer, this major will cover the basics of mechanics, fluid dynamics, thermodynamics, and high level math. Your studies consist of how the physical world works and is great for anyone who wants to learn about mechanical systems. If you were that kid who always took things apart, or played constantly with Legos, this is the major for you.

any of these engineering degrees is that you have your choice after college of entering any related field, not just automotive. (But trust me – Automotive is the best!)

Every field of engineering is very hard and will require a lot more work than your average degree. However the reward will most likely be a high paying job in a high demand field. There will be moments where you feel like you are trying to learn everything there is about the universe, but stick with it and you will be ahead of the game in the job market.

Focusing on your course work is important, but don’t stop there! Doing an extracurricular automotive activity will get you on the fast track to becoming an automotive engineer.   There are many programs out there such as Baha Club, automotive mechanics clubs, and many others. Some activities like the Supermilage Team, where students develop a car that gets over 1000 MPG, really get you noticed by the automotive community. Joining programs like this gives you a huge leg up when it comes to getting into an automotive career.

The other must-have piece of experience is an internship. You must focus on getting an engineering internship while you are still in college. An automotive engineering internship position will make you golden. Working as an intern in the automotive field shows that you have experienced what it is like in this industry, and that you have what it takes to make it as a full time engineer.

Tips for College:

• Get good grades – should be obvious but the automotive world is very competitive.
• Make sure to take electives that focus on design, tolerance, manufacturing and quality. Courses that focus on statistical process control are also critical.
• Do at least one club focused on automotive – this will really help you later on.
• Apply for automotive internships in college.
• Think about what you can do in college that would be great to talk about during an interview – another reason the clubs are important.
• Check out our guide on the 5 most important college experiences for future automotive engineers .

Getting your masters (optional):

If you have your bachelor’s and know you want to get deep into automotive, one option is to go out an get your master’s. Here you should focus solely on Automotive Engineering or a direct interest of yours, like acoustics or materials. There are very good  Automotive Engineering Schools  all over the US. An automotive masters degree is almost a guarantee that you will be able to land a great job after school!

Landing the Job

For recent grads and entry level engineers, you should begin to apply to positions within the automotive industry. What you apply to should be up to the quality of education and grades that you received. I can tell you from experience, applying directly to an OEM is very difficult.  It may only result in a contract position initially since you have no work experience. However, these contract positions are huge resume builders and usually result in getting a great position afterword, either at the OEM or at a supplier.  Another good path is to apply to  a tier 1-3 supplier job to build experience in the industry. There is a large work culture difference between a large automotive company and a smaller supplier and you may find that you like the automotive supplier job better (like me!).

For where to apply, sites like Indeed and Monster are good routes. However, to get faster results, it is wise to see how each company does their hiring. Many automotive companies use recruiting firms to do their hiring. These recruiters act as gate keepers for the internal HR departments. Do some research and find out who does the hiring, and then apply directly to the recruiter. This will help your name get in faster, and will help you build a relationship with an automotive recruiting company. These recruiting firms usually have several different automotive companies as clients.  Even if you do not get the job, you will now be in their database and be considered for other opportunities in the future.

If you are looking for what to put on your resume, sign up for my email list to receive our free guide –  5 Things You MUST Include in Your Automotive Engineering Resume.

If you are in a different field of engineering, you may already have the necessary experience to translate into the automotive world. I am often asked how I got into automotive engineering. For me, it was not a direct focused path but a series of small decisions I made along the way that got me into the field. I went to school for mechanical engineering and did a basic path. When I got out of school, I didn’t start right away with an automotive job. I actually started the electrified rail industry. However, it was here that I realized I wanted to join a more dynamic field and automotive was always my interest. Even if you absolutely want automotive, it is okay to take a job in any industry to find out what you like an what you are good at. The key is focusing on the skills in college or your entry level position that will translate well into automotive.

Tips for landing your first job in automotive engineering:

• Apply, Apply, Apply – Focus on automotive suppliers and OEM positions and see what opportunities are out there.
• Focus on the  skill set that can be applied to getting a job as a  Design Engineer , Quality Engineer , or Manufacturing Engineer .
• Research the the companies and see if they use an HR recruiter.
• Apply to a position directly through the recruiter to be more effective, and build a relationship with these firms.
• Learn the most important Automotive Engineering Terminology .
• If you are in another engineering field, look for skills and projects that translate well into automotive.
• Make sure your resume is well written and has good related experience.

Be sure to keep checking back into this site for more information on how to become an automotive engineer. We also have great inside information on the automotive industry and how to thrive when you get in. Good luck!

This is the most common path to take, however there are many automotive engineers who did not go this traditional route. Let us know in the comments how you became an automotive engineer.

Can you do automortive engineering without physics

I love automobiles

Iam Inspired by this page

I won’t give up on cars so easily

I Fucking Love automotive engineering

if you lack in school work and you have the potential for automobile engineering . what must you do ?

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How to become an automotive engineer

Is becoming an automotive engineer right for me.

The first step to choosing a career is to make sure you are actually willing to commit to pursuing the career. You don’t want to waste your time doing something you don’t want to do. If you’re new here, you should read about:

Still unsure if becoming an automotive engineer is the right career path? Take the free CareerExplorer career test to find out if this career is right for you. Perhaps you are well-suited to become an automotive engineer or another similar career!

Described by our users as being “shockingly accurate”, you might discover careers you haven’t thought of before.

How to become an Automotive Engineer

Becoming an automotive engineer requires a combination of education, practical experience, and specialized knowledge in the field of automotive engineering. Here is a guide on the steps to pursue a career as an automotive engineer:

• Obtain a Bachelor's Degree: Start by earning a Bachelor's Degree in Automotive Engineering or a related field such as mechanical engineering , electrical engineering , or manufacturing engineering . Look for accredited programs that provide a strong foundation in engineering principles, automotive systems, vehicle design, and relevant coursework. It typically takes four years to complete an undergraduate degree.
• Gain Relevant Experience: While pursuing your degree, seek opportunities to gain practical experience in the automotive industry. Look for internships, co-op programs, or research projects with automotive companies, manufacturers, or engineering firms. This hands-on experience will provide valuable insights into real-world engineering practices and enhance your resume.
• Specialize in Automotive Engineering: Consider pursuing specialized coursework or certifications specifically focused on automotive engineering. These programs may offer in-depth studies in areas such as powertrain systems, vehicle dynamics, chassis design, or electrical and electronic systems. Specialized knowledge in automotive engineering will make you more competitive in the job market.
• Obtain a Master's Degree (Optional): Depending on your career goals, you may choose to pursue a Master's Degree in Automotive Engineering or a related field. A master's degree can provide advanced knowledge and specialization in specific areas of automotive engineering. It may also open up opportunities for research or teaching positions. However, a master's degree is not always required for entry-level positions.
• Develop Technical Skills: Automotive engineers need strong technical skills, including proficiency in computer-aided design (CAD) software, simulation tools, and data analysis. Familiarize yourself with industry-standard software and gain hands-on experience through coursework, projects, or self-guided learning.
• Network and Join Professional Organizations: Build a professional network by attending industry events, joining automotive engineering associations, and participating in engineering societies. These organizations provide opportunities for networking, professional development, and staying updated on industry trends. Examples include the Society of Automotive Engineers (SAE) and the American Society of Mechanical Engineers (ASME).
• Obtain Professional Certifications: Consider pursuing professional certifications to enhance your credentials and demonstrate your expertise in specific areas of automotive engineering. Certifications such as the Automotive Service Excellence (ASE) certification or SAE certifications can boost your employability and professional standing.
• Seek Employment Opportunities: Begin searching for job opportunities in the automotive industry. Look for positions at automotive manufacturers, research and development firms, engineering consulting companies, or government agencies. Apply to entry-level positions that align with your skills and interests, and be prepared for potential interviews, technical assessments, and evaluations.
• Continuously Learn and Stay Updated: The field of automotive engineering is dynamic and ever-evolving. Stay updated on the latest technologies, regulations, and industry trends by participating in professional development programs, attending seminars, and engaging in lifelong learning. Continuously improving your skills and knowledge will contribute to your long-term success as an automotive engineer.

Certifications Obtaining relevant certifications can enhance your skills, demonstrate your expertise, and improve career prospects. Here are some certifications that automotive engineers may consider:

• Society of Automotive Engineers (SAE) Certifications: SAE International offers various certifications that cover a range of automotive engineering disciplines. Examples include certifications in automotive materials, powertrains, and vehicle dynamics.
• Automotive Service Excellence (ASE) Certification: Although ASE certifications are typically associated with automotive technicians, certain certifications, such as the "Automobile Parts Specialist" certification, may be relevant for automotive engineers, particularly those involved in component design and development.
• Certified Automotive Engineer (CAE): Offered by the International Association of Engineers (IAENG), the CAE certification is a general certification that covers multiple engineering disciplines, including automotive engineering.
• Certified Vehicle Dynamics Engineer (CVDE): The Society of Automotive Engineers of Japan (JSAE) offers a certification specifically focused on vehicle dynamics, which may be beneficial for engineers specializing in this area.
• INCOSE Automotive Systems Engineering Professional Certification: The International Council on Systems Engineering (INCOSE) offers a Systems Engineering Professional (SEP) certification, and individuals specializing in automotive systems engineering may find this relevant.
• Six Sigma Certification: Obtaining Six Sigma certification can be valuable for automotive engineers involved in process improvement and quality management. It demonstrates proficiency in methodologies aimed at reducing defects and improving efficiency.
• Project Management Professional (PMP) Certification: While not specific to automotive engineering, PMP certification can be beneficial for engineers involved in project management roles, overseeing the development and launch of automotive projects.
• Leadership in Energy and Environmental Design (LEED) Certification: For automotive engineers working on sustainable vehicle design or environmental initiatives, LEED certification can demonstrate knowledge and commitment to green building and sustainability principles.

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Diploma in Automotive Engineering (KNEC)

A diploma in Automotive Engineering is a course that will equip the graduates with skills to be able to service, diagnose and repair faults in vehicles. They will also be able to manage and supervise an automotive workshop and automobile spare parts shop. Automotive engineering is a part of the larger mechanical engineering field that specializes in vehicles and other automobiles.

Table of Contents

In Kenya, automotive engineering is offered at both universities and TVET institutions. For university, they have the autonomy of deciding on what to be included in the course. However, TVET uses a common syllabus produced by KICD and examined by KNEC. In this article, we concentrate on Diploma in Automotive Engineering for the KNEC syllabus.

The objective of the automotive engineering course

By the end of this Diploma in Automotive Engineering, the trainee is expected to be able to do the following.

• The graduate will be able to test and analyze vehicle performance.
• Interpret technical information on vehicle bodywork and performance.
• Manage a vehicle production line.
• Apply ICT in vehicle industry production line and research.
• Design and implement environment, health, and safety programs as per the OSHA guidelines.
• The course will also offer foundation knowledge for further training in the automotive works industry.

The entry requirement for Diploma in Automotive Engineering

Being a Diploma course those who wish to join the course in any TVET institution will require a minimum KCSE grade of C-. There is no cluster subject required. However, since it is an engineering course, it will require good mathematics, analytical, and physics knowledge.

Those who have done a Craft certificate in automotive engineering and passed can proceed to a diploma level. Depending on your performance at the craft level you can request KNEC to exempt you from some units. When exempted you will be admitted to module 2 of the diploma instead of module 1.

Units covered in the Diploma in Automotive Engineering course

For the diploma KNEC program, the course is divided into 3 modules/levels which are supposed to take 3 years. The student does the unit in each module and sits for the KNEC exam for those specific units before preceding to the next level.

If you fail 3 units among all your units per module, KNEC considers it as FAIL and you have to repeat all units in that module. When you fail 1 or 2 units you are allowed to proceed to the next level but you must repeat the failed unit and pass before you are Certified by KNEC.

For the Diploma in Automotive Engineering course, the following are the units that you are required to cover to be certified.

Module 1 units

• Communication skills.
• Life Skills.
• Information Communication Technology.
• Entrepreneurship Education.
• Mathematics I.
• Mechanical Science.
• Electrical and Electronics Principles.
• Basic Engineering Drawing.
• Materials Technology and Metallurgy.
• Workshop Technology.
• Vehicle Technology.

After module 1 students are expected to go for an industrial attachment which is a requirement of the course. Students can be attached to any industry or area that deals with vehicles and other automotive industries. This includes but is not limited to a vehicle garage, vehicle assembly line, and end-of-life workshops for moto vehicles among other areas.

Module 2 units

• Business Plan.
• Mathematics II.
• Strength of Materials.
• Mechanical of Machines.
• Industrial Organization and Management.
• Engineering Drawing and Design.
• Engine Technology.
• Vehicle Body Work

Module 3 units in Automotive Engineering

• Computer-Aided Design (AutoCAD)
• Thermodynamics.
• Fluid Mechanics.
• Control Systems and Instrumentation.
• Mathematics III.
• Auto Electric and Electronics.
• Trade Project.

Career Progression in Automotive Engineering

After you have done the course you will have enough knowledge to manage a vehicle production line and workshop. You can also diagnose vehicles and repair different issues on the cars and other engines.

With a Diploma in automotive, you can progress to a bachelor’s degree in automotive engineering. However, since it is a branch of mechanical engineering not many universities offer it at the undergraduate level. Nevertheless, you can specialize in areas such as

• Automotive design engineer.
• Automotive electrical and electronics
• Bodyworks specialist

To practice engineering in Kenya you will require to be certified by the Kenya Engineering Board. This is the body that is tasked with ensuring all engineers practicing in Kenya are registered. It ensures that they follow all guidelines when carrying out any engineering task.

Prospect employment areas/opportunities

With a Diploma in Automotive Engineering, you can be employed as an automotive engineer technician. Some of the work related to the position are:

• Managing the vehicle workshop and garage.
• Diagnose and repair vehicles.
• Vehicle bodywork.
• Sales of spare parts

For self-employment, you can start your own vehicle garage. This may take time since many people want their cars checked by experienced mechanics but that can be a starting point. If you have enough capital you can also start a car spare part for the most common vehicle in your area.

For employment opportunities, you can go to companies that deal with vehicle repair and those with production lines. These companies offer services to their cars brand across the country. Companies such as TOYOTA, NISSAN, etc.

KNEC Business Plan Samples pdf

Kenya national examination council knec business plan samples pdf.

KNEC Business Plan Samples pdf – Details:

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What is Grade 3 MLP?

Monitoring Learners Progress (MLP) is the process of collecting and documenting evidence on knowledge, skills, values and attitudes acquired by a learner over a period of time as learning goes on. Grade 3 MLP is therefore process of finding out the progress learners have made in their quest to acquire the expected competencies after three (3) years of primary education, for purposes of decision making and instituting interventions.

How long will it take for schools to know learners scores in Grade 3 MLP?

Teachers are required to score the assessment using the marking guides provided and give immediate feedback to the individual learners at the school level.

Grade 3 MLP is expensive to parents and schools, who bears the cost?

MLP should be administered in the most natural environment just like the way teachers conduct classroom assessments. In undertaking the Integrated Learning Areas assessment, learners are expected to use locally available and affordable materials. Schools are also encouraged to use digital devices such as computers, laptops, projectors, and tablets to administer MLP assessment in a more interesting manner for the learners as well as reducing on costs of printing question papers.

Query Management Information System (QMIS)

The Query Management Information System (QMIS) is an electronic platform for online submission and processing of queries relating to examination results such as Certification of Examination Results for candidates who have lost their certificates, Confirmation of Examination Results and Equation of Foreign Qualifications.

Other queries handled by the system include:-

• Bio data amendments (name, photo, gender, year of birth, birth certificate number, citizenship, entry code.
• Direct Recoveries for KCPE/KCSE result slips, certificates and result printout.
• Results (marks) queries i.e. absenteeism, missing marks and payment queries.

Below is a detailed schedule of the QMIS process:-

A client needs a computer/mobile phone with internet access.

• Use the web address  https://qmis.knec.ac.ke  to access the QMIS system;
• If  new, the  user is then prompted to register, a registered user however  logs in using their credentials;
• The Client then accesses the User Manual. The User can at this point identify the requirements relevant to his query and upload scanned copies of the requisite documents;
• They then make a payment of the amount as prompted by the system. Payments are by M-pesa;
• Upon successful processing of the query, KNEC, using the Client’s provided email or phone number, notifies them to collect their processed document(s). A client is at the point of collection required to avail original copies of the documents they had attached during the application process.

NB:  The Client username and password are confidential. Do not disclose these to a third party.  You MUST key in a valid email address and/or mobile phone number to receive feedback.

Send all KNEC enquiries to any of the following contact details below and you will be responded to as soon as possible:

CONTACT INFO

• KENYA NATIONAL EXAMINATIONS COUNCIL Chief Executive Officer – P.O. Box: 73598 00200, Nairobi, Kenya.
• +254 020 3317412 / 3317413 / 3317419 / 3317427 / 3341027 3341050 / 3341071 / 3341098 / 3341113 / 2213381
• [email protected]
• Fax: +254-020- 2226032
• 0720741001/0732333860

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Home » Programmes » Engineering and Technology » Diploma in Automotive Engineering

Diploma in Automotive Engineering

KP/JPS(R2/525/4/0106)08/23A9331

Intakes:  March, June/July & Sept/Oct Mode of Study: Full Time Duration: 2.5 years Credits: 96

ABOUT THIS PROGRAMME

Automotive engineering is a specialised branch of mechanical engineering, covering the areas of automotive engines, transmission, suspension, braking systems, electrical and electronics, comfort and safety, automotive workshop technology and management.

It is concerned with the design and working mechanism, development and services of automobiles. Solid foundation in algebra, geometry, trigonometry and pre-calculus, physics and chemistry are required for a student to acquire knowledge and skills effectively in his/her learning process in this programme.

Is this programme for me?

Perhaps you can ask yourselves:

• Are you interested in motor vehicles and how they work?
• Are you interested in inspecting, maintenance and repairs of vehicles?
• Are you constantly up to date on the latest technology of vehicles?
• Would you like to know in depth about how they are assembled?

If these are your ‘thing’, then this programme is the perfect choice for you.

What will I learn?

This programme covers a large area of automotive systems engineering and related subjects, making use of our extensive up-to-date facilities.

Automotive engineers are able to specialize in two distinct areas. First is the manufacture of vehicles and components, and secondly the motor trade including retail, distribution and aftermarket services.

What should I expect?

Graduates are expected to attain good technical skills such as technical drawing, workshop practice, interpersonal communication besides fundamental mechanical and automotive knowledge and application.

This will equip you with the capability to work independently and assist engineers in decision making in engineering problems.

Is this programme accredited?

Yes, this programme is fully accredited by the Malaysian Qualifications Agency (MQA).

CHECK IF YOU ARE ELIGIBLE

What will you learn.

Automotive Engine 1, Automotive Workshop Technology, General Chemistry, Circuit Theory, Engineering Drawing, Hydraulic & Pneumatics, Mathematics 1, Mathematics 2, General Physics, Science Laboratory, Statics, Technical English 1, Co-Curriculum I

Automotive Braking System, Automotive Electrical and Electronics 1, Automotive Electrical and Electronics 2, Automotive Engine 2, Automotive Fuel System Dynamics, Automotive Ignition System, Automotive Transmission System, Mathematics 3, Strength and Machine Laboratory, Strength of Materials, Thermofluid, Thermofluid Laboratory

Automotive Comfort and Safety System, Final Year Project, Suspension and Steering System, Workshop Management and Administration

HOW MUCH YOU NEED TO PAY

Looking for fee information? Ask us, have a chat with us

CAREER CHOICES

You will be employed as:

• Assistant Engineer
• Technician or

Working in the:

• Automotive Maintenance or
• Manufacturing Sectors

You will be involved in:

• Manufacturing
• Private or Public Transportation
• Light or Heavy Vehicles

MORE ABOUT THIS PROGRAMME

How much will i make.

The average salary for a diploma holder in this field is around RM1,500 to RM1,800. But of course, your salary will also depend on the company that you work for.

Programme Search

Field of study.

• Agricultural Science
• Architecture Studies
• Built Environment
• Business Administration
• Communication
• Engineering and Technology
• Information Technology
• Language Studies
• Quantity Surveying
• Sports Management

Level of Study

• Undergraduate
• Postgraduate
• Short Courses
• Faculty of Architecture and Built Environment (FABE)
• Faculty of Business, Information & Human Sciences (FBIHS)
• Faculty of Engineering, Science & Technology (FEST)
• Centre for Foundation and General Studies (CFGS)
• Centre for Postgraduate Studies (CPS)

Want to know more about the programme?

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—Please choose an option— -- FOUNDATION -- Foundation in Arts Foundation in Science -- DIPLOMA -- Diploma in Accounting Diploma in Agricultural Science (Plantation Management) Diploma in Architecture Diploma in Automotive Engineering Diploma in Business Administration Diploma in Civil Engineering Diploma in Corporate Communication Diploma in Electrical & Electronics Engineering Diploma in English for Professional Communication Diploma in Information Technology Diploma in Landscape Architecture Diploma in Mechanical Engineering Diploma in Quantity Surveying Diploma in Sports Management -- DEGREE -- Bachelor of Accountancy (Honours) Bachelor of Agricultural Science (Plantation Management) (Honours) Bachelor of Arts (Hons) in English for Professional Communication Bachelor of Arts (Hons) Teaching of English to Speakers of Other Languages (TESOL) Bachelor of Business Administration (Honours) in E-Commerce Bachelor of Business Administration (Hons) Bachelor of Civil Engineering with Honours Bachelor of Communication (Honours) in Integrated Marketing Communication Bachelor of Communication (Hons) in Corporate Communication Bachelor of Landscape Architecture Bachelor of Mechanical Engineering with Honours Bachelor of Quantity Surveying (Hons) Bachelor of Science (Architectural Studies) Bachelor of Science (Honours) in Economics and Finance Bachelor of Science (Honours) in Logistics and Supply Chain Management Bachelor of Software Engineering (Honours) Bachelor of Technology (Honours) in Electro-mechanical Bachelor of Technology (Hons) in Automotive Bachelor of Technology (Hons) in Construction Management -- MASTER -- Master in Communication Master in Electronics Engineering Master of Architecture Master of Arts in Teaching of English to Speakers of Other Languages Master of Business Administration Master of Business Administration (Accounting Major) Master of Business Administration (Banking and Finance Major) Master of Business Administration (Human Resource Management Major) Master of Business Administration (Management Major) Master of Business Administration (Marketing Major) Master of Business Administration (Project Management Major) Master of Civil Engineering Master of Information Systems Master of Information Technology Master of Science in Built Environment -- DOCTORATE -- Doctor of Philosophy (PhD) in Business Administration Doctor of Philosophy (PhD) in Communication Doctor of Philosophy (PhD) in Information Technology Doctor of Philosophy in Civil Engineering Doctor of Philosophy in Education -- OTHERS -- Intensive English Programme (IEP) Other Short Courses

Related programmes

Bachelor of Technology (Honours) in Electro-mechanical

Diploma in Railway Signal Control Technology

Bachelor of Electronics Engineering with Honours

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Technical Engineer Diploma in Automotive Engineering

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Course Duration

Type of course

Campus where course is offered

Course Certification

The ITE Technical Engineer Diploma in Automotive Engineering equips you with comprehensive skills and knowledge in analysing and resolving complex technical problems associated with motor vehicles and handling vehicle aftersales operations. You will be trained in electromobility to work on the latest range of electric vehicles, manage workshop operation and repair services, and provide technical advice to customers.

What you'll learn

• Analyse mechatronic system of vehicle
• Design components and assemblies
• Create 3D models of assemblies
• Optimise production process
• Perform production planning and control
• Analyse financial statement  
• Formulate marketing strategy

Download Core module details (PDF 23 KB) Download Elective module details (PDF 7 KB)

Entry Requirements

To apply for the Technical Engineer Diploma (TED) in Automotive Engineering course, you need to be a Singapore Citizen or Singapore Permanent Resident with the following ITE qualifications:

Applicants with at least 1 year of work experience in automotive after-sales can be considered for admission if they meet the following academic requirements:

• Relevant ITE CET Higher Nitec in Technology (GPA of 2.0 and above)
• Relevant ITE CET Nitec in Technology (GPA of 3.0 and above)
• Relevant Workforce Skills Qualification (WSQ) diplomas and Level 6 WSQ Workplace Literacy and Workplace Numeracy

Click  here to view the list of relevant CET qualifications and Workforce Skills Qualification (WSQ) diplomas. 

Working adults with at least 2 years of relevant work experience can be considered for admission. 

Shortlisted applicants must attend an interview and pass an aptitude test, and be free from colour appreciation deficiency for admission.

Successful students will be required to purchase a laptop which will cost about $900 - $1,900 for the 2-year course. This is in addition to the course fees. Financial assistance is available for eligible students under the ITE Opportunity Fund subject to terms and conditions. View details on financial assistance .

Progression Opportunities

You can progress to study the related Bachelor of Technology Programmes in the National University of Singapore (NUS), Singapore Institute of Technology (SIT) and the Universities of Applied Sciences in Germany.

Career Opportunities

This Technical Engineer Diploma is your pathway to an exciting career in the automotive industry. Job options include roles like Service Advisor, Automotive Technical Executive, Automotive Operations Executive, etc.

Related Courses

Technical engineer diploma in machine technology.

Duration: 2 years

Type: Full-time

Higher Nitec in Automotive Engineering

Work-study diploma in aircraft engine maintenance.

Duration: 2 years 6 months

Type: Work-Study

Technical College

Tveta/nita certified.

in Kenya, East Africa

Diploma in Automotive Engineering (DAE)

Date created

April 13, 2022

Last updated

April 14, 2022

This is a three year technical course that is designed to enable trainees acquire adequate competence for formal and informal employment and at the same time acquire a firm foundation for further training

Why study Diploma in Automotive Engineering?

• Design and fabricate basic automotive body parts
• Manage and Maintain automotive body parts
• Repair hybrid vehicles, electrical motorbikes and vehicles
• Prepare to work in the industry or higher level of education

Course Requirement

• KCSE mean grade C- or equivalent
• Birth certificate
• A copy of national ID or passport
• 1 passport-sized photo

Career Opportunities on Completion

• Self-employment
• Automotive assembly Companies
• Vehicle repair Companies

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Moscow major projects

Since launching modern Russia’s largest construction program in 2011, Moscow has more than doubled its territory. To catalyze the full potential of this rapidly-growing metropolitan area of 19.5 million people, the City of Moscow’s government pays significant attention to infrastructure as one of the key pillars of urban development—with a current focus on projects that create livable and comfortable urban spaces for both citizens and tourists.

Following its first five years of projects, Moscow was given special recognition for “demonstrating outstanding strategic commitment and ambition” by the International Association of Public Transport (UITP). That period saw 50 million square meters of real estate developed, 370 social infrastructure objects built, and the metro expanded by 30 percent—including 101 kilometers of metro lines and 55 new stations. Innovative finance solutions, necessitated by the city government’s debt-free approach to development, enabled all this whilst maintaining a budget surplus and remaining a net donor region within Russia.

On 30-31 May 2018, the City of Moscow and Mosinzhproekt—a large Russian engineering, construction and project management company—hosted an Innovation Site Visit to showcase Moscow’s major projects to the Global Infrastructure Initiative (GII) community. Through roundtable discussions and site visits with project executives, participants explored where innovation and technology have enabled the step-changes that have allowed Moscow to deliver major projects on a short timeline—and how to apply these lessons to other cities and major projects.

The following insights emerged during GII’s Innovation Site Visit in Moscow:

• Establish a structure for citizen involvement. Major urban infrastructure projects are an extremely visible expenditure of taxpayer funds while also often being large disruptors of daily life. A foundation of citizen support is essential for success and requires a thoughtful engagement program. In Moscow, citizens are encouraged to participate in the planning process by steering major initiatives through the “Active Citizen” application—a portal for online referendums on topics appropriate for democratic decision-making. To date, almost 2 million citizens have cast more than 90 million votes on over 3,000 issues through the platform. The purpose of this structure is to increase the opportunity for citizen engagement and involvement with their city’s major investments.
• Manage the disruption ‘cost’. Major urban projects cannot be delivered without disrupting daily life. While citizens can be enrolled to accept the disruption as a necessary investment for a better outcome, equal attention needs to be given to managing the disruption ‘cost’ as to managing real expenditures. For example, MyStreets, a project to upgrade and enhance Moscow’s urban environment through reconstruction of streets and building façades, was disruptive to many citizens and commuters. However, through staging and swift execution, the disruption was minimized and the intended lifestyle improvements were quickly delivered to Muscovites and tourists who traverse newly styled pedestrian streets every day.
• Invest in technology to optimize sequencing. Moscow’s cohesive vision for urban transformation has allowed early investments in technology to assist future delivery. One of the first projects completed was the centrally-controlled traffic management system which can monitor traffic conditions and urban movement through more than 2,000 traffic cameras and 160,000 CCTV cameras installed across the city. Data collected on current conditions, and knowledge of planned activities, allows real-time rerouting of traffic through the city’s dynamic signage. It also allowed identification and analysis of permanent traffic flow changes that could further ease disruptions like those created by the major construction projects.

Moscow traffic speed increased over 13% in 201.

• Maximize utility of brownfield sites. A key reason the Moscow Central Circle (MCC), a new light-rail system integrated into the Moscow Metro, was completed in a record four-year period was the repurposing of existing brownfield networks which allowed the installation of modern technology on existing rail transport routes. The MCC’s 31 new stations will revitalize formerly abandoned industrial areas when its next stage of development builds an expected 300,000+ square meters of hotels, 250,000+ square meters of retail, and 200,000+ square meters of offices. This will give districts with historically poor infrastructure access a chance to develop at the same pace as the rest of the city.
• Leverage PPPs to enhance basic services. To manage public cost and investment while delivering world-class infrastructure, municipalities need access to additional financing tools. Based on a structure that took an act of federal legislation, the MCC is an example of enhancing publicly developed foundations with private services. The tracks and land are owned by the Moscow Metro, with the rolling stock subcontracted to Russian Railways under a life cycle contract with a guaranteed buyback. The innovation is that Moscow Metro is licensing the development rights of its individual stations to private investors. Though all stations will exist under the same covenants, individual investors will assume their station’s construction cost and operational risk and rewards.
• Create citizen-centric spaces. In addition to serving as open spaces, today’s city residents expect their parks to provide for entertainment and consumer services too. Many modern parks offer architectural features, charismatic vistas, and social, educational, and artistic spaces for all ages. When Zaryadye Park, an area of prime real estate next to the Kremlin was converted to parkland, an international contest resulted in 10 hectares being densely designed for this multi-function purpose. The outcome was two concert venues, restaurants, a parking garage, an entertainment complex, and a biological education center, all neatly camouflaged into a natural landscape that represents Russia’s ecological diversity.
• Innovate where needed but not excessively. Moscow’s planners and builders did not shy away from technological innovation. The MCC used weldless joint rails to create a smoother and quieter system that is easier on riders and less disruptive to residents living near the railway tracks. The retrofit designs for Luzhniki Stadium were fully modeled in building information management (BIM)—a step which identified more than 100,000 conflict points before they could escalate into project delays. However, the project teams were also careful not to force innovation where it could create unnecessary risk and complications. Instead, they delivered the massive project portfolio by tactically melding innovations with highly-proficient execution of well-known and proven methods.

Related Articles

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Making the consumer case for major infrastructure

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Moscow-City – The Moscow International Business Center

• 3 years ago

Moscow-City is an iconic location for life and work in Russia’s capital. Enormous skyscrapers, business centers, the best restaurants and retail spaces – all this is concentrated in one place. The ultramodern Moscow-City towers are truly striking in their outward appearance, and the layout of the apartments inside and the fantastic views that can be seen from the higher floors are nothing short of impressive.

This skyscraper compound, often referred to as Moskva-City, is the Russian take on Manhattan, where businessmen strike multi-million dollar deals daily while ordinary life goes on next door. Its state of the art spaces offer the ultimate convenience. The infrastructure of this business district is so well-developed that anyone can find something interesting for themselves here: from residential apartments to boutiques, clubs, exhibitions and more.

When the foundations for the Moscow-City skyscrapers were laid, a special kind of concrete was used, the properties of which are amplified by many times compared to standard concrete. Even in the event of a plane crashing into one of the buildings, the structural integrity of the towers will be preserved.

The architects of the Moscow-City Business Center have created a unique locality that has integrated into itself the hub of the capital’s business life and a whole ensemble of historical monuments. Anyone can admire the beauty of these skyscrapers from within or without the compound. There are also a number of apartments for sale or rent available in the MIBC itself. But first, let’s have a look at some more interesting facts about the financial core of Russia’s capital.

• 1 How It All Began
• 2.1 Moscow-City Central Core
• 2.2 Tower 2000
• 2.3 Evolution Tower
• 2.4 Imperia Tower
• 2.5 Moscow Tower and St. Petersburg Tower
• 2.6 Steel Peak Tower
• 2.7 Federation Tower
• 2.8 Mercury City Tower
• 2.9 OKO Tower Complex
• 3.1 Afimall City Shopping Center
• 3.2 Bagration Bridge
• 3.3 Expocentre Fairgrounds
• 4 Renting and Buying Real Estate in Moscow-City

How It All Began

The history of Moscow-City goes all the way back to 1992. The government of Moscow at the time wanted to bring into existence its own skyscrapers like the ones in London or New York. And the idea caught on. In 1992 the project for the construction of the huge “Moscow-City” MIBC compound was enthusiastically approved, kick-starting the painstaking preparatory works. The original intention was that the skyscrapers would only house office space. However, as time went on, the towers began to welcome in ordinary residents who wanted to live on the territory of this business and finance hub.

Moscow-City is undoubtedly a city within a city. Its grandeur is mind-boggling. It is perfect in every way: from location to infrastructure. And today, anyone can get a feel of the atmosphere of the “capital city” of Russia’s business world – many of the apartments in Moscow-City are available for rent. Any citizen of Russia and even nationals of other countries can make use of these offers.

What It’s Like in 2021

Today Moscow-City is not just a magnificent and fascinating sight, but also a real hub for the work, life and leisure of thousands. Its infrastructure is organized in such a way that there is no need to leave the territory of the “city within a city” at all. This business district contains everything one may need for work and recreation. And if one does decide to venture out into the larger metropolis, the MIBC’s three subway stations make this remarkably simple to do.

Moscow-City stands on the Presnenskaya Embankment . Each of the buildings in the district has a name, which simplifies its identification. Some of the buildings form complexes that are united under one name, such as the Neva Towers and the Naberezhnaya Tower complex of two skyscrapers and one high rise. There are a total of 16 towers in the MIBC, of which the most popular are:

• Moscow-City Central Core;
• Tower 2000;
• Evolution Tower;
• Imperia Tower;
• City of Capitals (Moscow Tower and St. Petersburg Tower);
• Steel Peak Tower;
• Federation Tower;
• Mercury City Tower;
• OKO Tower Complex.

Moscow-City Central Core

This is the most complex building within the MIBC compound. Its total floor area is a whopping 1 476 378 sqft (450 000 m²). It consists of two massive parts, each of which boasts a truly impressive infrastructure. The underground part includes 3 Moscow Metro stations, a parking lot for automobiles and a shopping mall. The aboveground part houses a concert hall and a hotel.

Tower 2000 is a skyscraper having 34 stories. Its total floor area is 200 318 sqft (61 057 m²), most of which is office space. The key feature of this skyscraper is its direct connection to the Bagration Bridge, which has its own shopping arcade. The tower has everything one may need while working here, including a large parking lot and several restaurants.

Evolution Tower

This elegant structure is 836 feet (255 m) high – that’s a whole 54 stories! The total floor area here is 554 462 sqft (169 000 m²). The Evolution Tower’s key feature is that it has its own Wedding Hall. This skyscraper houses large office spaces, a parking lot and several restaurants.

Imperia Tower

MIBC’s Imperia Tower is the undeniable focal point of the MIBC’s business life. Its height is 784 feet (239 m), which means one can hold conferences and resolve key business matters on the 59 th floor! And that really is amazing! The tower has everything: offices, hotels, restaurants and parking lots. But if you want a truly unforgettable experience, visit the viewing platform! It is situated on the 58 th floor and a simply astounding view of Moscow can be seen from it.

Moscow Tower and St. Petersburg Tower

The Moscow and St. Petersburg Towers are the chief representatives of the MIBC. The Moscow Tower has 76 stories and is 990 feet (302 m) high, while the St. Petersburg Tower has 65 stories and stands 843 feet (257 m) tall. Both towers offer fantastic views of the capital city.

Most of the floors of these two skyscrapers are taken up by luxurious sky apartments. There are also several recreational and entertainment centers, office spaces, restaurants, etc.

Steel Peak Tower

Also known as the Eurasia Tower of Moscow-City, this supertall skyscraper has a total of 680 912 sqft (207 542 m²) of floor space. Most of this is taken up by offices, and the rest – by residential quarters (around 65 616 sqft or 20 000 m²). The tower also houses a number of the greatest restaurants, studios and shopping centers.

Federation Tower

The Federation Tower is a complex of two skyscrapers, known as Tower East and Tower West. Tower East is the second highest building in Europe (the first is a skyscraper recently erected in the city of St. Petersburg). Its height is a colossal 1 223 feet (373 m) and that makes 95 stories! Tower West, on the other hand, is noticeably shorter at 794 feet (242 m).

The Federation Tower is a multifunctional complex.

Mercury City Tower

The Mercury City Tower skyscraper is widely known as one of the tallest buildings in Europe. Its height is 1 112 feet (339 m) and it has 75 stories. It is multifunctional by concept, holding within its walls shopping centers, offices and all kinds of other spaces. It is also possible to rent apartments here.

OKO Tower Complex

The OKO Tower Complex consists of two towers – the North Tower (49 stories and 803 ft or 245 m in height) and the South Tower (85 stories and 1 155 ft or 352 m in height).

Each of the MIBC’s tower complexes has its own recreational and entertainment areas, restaurants and parking lots. The top floors of most of these buildings contain luxurious fully-furnished apartments. At night, the towers shine with bright lights, while inside them the panoramic windows reveal astounding views of Moscow. This breathtaking view of the capital of Russia is why visiting Moscow-City is a must!

What Not to Miss

There are many interesting landmarks within the Moscow-City compound, but three of them are truly deserving of special attention:

• The Afimall City Shopping Center;
• The Bagration Bridge with two galleries and a shopping arcade;
• The Expocentre Fairgrounds.

Afimall City Shopping Center

The Afimall City Shopping and Entertainment Center is located in Moscow-City’s Central Core. It is divided into 4 zones, each with its own theme – one for every season of the year. The shopping center houses the biggest indoor fountain found worldwide. The height of this watery wonder is 118 feet or 36 meters.

The shopping and entertainment center contains everything one might expect from one of the largest centers of its kind:

• Retail brand stores;
• Exhibitions;
• Game rooms;
• and Restaurants.

The main recreational space is roofed with a giant transparent dome, which is an impressive sight to behold.

Bagration Bridge

Bagration Bridge with its upper and lower galleries has a shopping center all of its own and was the first structure to be built as part of the Moscow-City business district. Its lower gallery is a shopping arcade and its upper gallery is an open-air viewing platform with a spectacular view of the MIBC and the Moskva River. The hall of the bridge houses the 23 foot tall sculpture called “Tree of Life”. Having gone through the bridge via either one of its two galleries, a pedestrian would find themselves standing right on the Kutuzovsky Prospekt.

Expocentre Fairgrounds

The Expocentre Fairgrounds exhibition venue is located at the very heart of the capital. The first exhibition held at the Expocentre happened all the way back in 1959, much earlier than the MIBC was erected. Today it is the venue of many interesting events.

Exhibitions with very diverse themes are regularly held at this complex. An up-to-date schedule can be found on the official webpage of the Expocentre. The events can be free or fixed-price entry, depending on their type.

Renting and Buying Real Estate in Moscow-City

Moscow-City is not only a work and business hub, but also a residential neighborhood. Any citizen of Russia can rent or buy apartments or elite sky lounges here. The variety of residential real estate available inside the skyscrapers is impressive, including options for any pocket. The following buildings in the MIBC contain residential blocks:

This skyscraper has a mirror glass façade which reflects the passing clouds. Just imagine how beautiful that looks! Anyone can buy an apartment in the Federation Tower. Such properties are not only a good investment, but also a mark of prestige. The average price of residential real estate here is 45 million rubles for an apartment with a total floor area of 334 sqft (102 m²). The average price of a square meter (3.28 square feet) is in the range of 650 to 700 thousand rubles. There are two- and three-room apartments available in the Federation Tower, each with its own loggia. As for rent, the minimum price of one month’s stay in a three-room apartment in this skyscraper is 300 000 rubles per month.

The Mercury City Tower skyscraper welcomes citizens from all parts of Russia. This building is no less tall than the world-famous Dubai skyscrapers. Living in its apartments is a delight. The minimum cost of an apartment in the Mercury City Tower is 75 million rubles. The average price of a square meter (3.28 square feet) is 800 thousand rubles. And for those looking for a lower price point, some of the properties are also available for rent – in this case you will pay a minimum of 250 thousand rubles per month.

The Imperia Tower is a key cluster of interesting offers. The best options for buying and renting apartments within the MIBC can all be found in this skyscraper. The lowest price of a residential apartment here is 40 million rubles. A square meter (3.28 square feet) in a luxurious apartment in the Imperia Tower currently costs 600 thousand rubles, while the price range of the listings available for rent in this skyscraper is from 350 thousand all the way up to 1 million rubles per month.

This complex, standing on a faceted or “crystal” base, is an architectural engineering project boasting spectacular design. Behind its impressive façades is an abundance of penthouses and apartments having floor areas in the range of 262 sqft (80 m²) to 984 sqft (300 m²). The minimum price of an apartment in the OKO Tower Complex is 40 million rubles (the price of a square meter (3.28 square feet) is 500 thousand rubles). You can rent an apartment here starting from 400 thousand rubles per month.

City of Capitals

The City of Capitals is an exemplary architectural complex. Its sum appearance gives the impression of a huge city. Inside its walls are spacious apartments available for purchase and rent. This complex is considered to be especially prestigious. The prices of apartments here start from 50 million rubles, while the minimum cost of renting is 400 thousand rubles per month.

Please note! The price of real estate available for purchase or rent depends on: the tower, the floor, the total floor area, the furnishings and/or interior design, and other factors.

The key advantages of buying/purchasing real estate in Moscow-City are:

• Favorable location;
• Convenient transportation links;
• Well-developed infrastructure;
• High safety level;
• Efficient architecture;
• Panoramic windows.

Buying real estate in Moscow-City is very much a rational decision, most appealing to those who value the ultimate level of comfort. The residential apartments here boast impressive interior design solutions executed in the contemporary style.

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Our Rating of the Best Districts of Moscow for Living In

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You Russians have a very Beautiful Rich Culture, I remember a time where the Russian Citizens Broke out in Song Singing the Hymn of Red October and there wasn’t a dry Eye in my House that day. You Spartans Are a Wonderful People to live with.

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