Course comparison

Hi Rail, Both CA and ACCA have almost same course. CA follow Indian accounting standards although new syllabus has included IFRS as an elective paper. But, ACCA purely follows International accounting standards (IFRS)
In India Acca is still in growing pace but CA is the most respectable degree of commerce. ACCA is an international degree and is valid across the globe. A further difference is mentioned below:
I) Relevance:CA from ICAI is the only one qualification that allows a person to practice as a Chartered Accountant in India, while ACCA is the one qualification that can be called a truly global Chartered Accountancy qualification. In India also ACCA students are getting placed easily in Big 4 and MNCs. Ii) Toughness: CA being regarded as one of the toughest qualification to pass has its own value and standing. ACCA is by no means easy to pass and Indian students will definitely have to switch from the rote learning methods to one based on understanding and application. But the absence of group system will take away the frustration attached to doing CA and make it easier to pass. Iii) Cost: Being a UK qualification, ACCA is far costlier than doing CA. Iv) Average salary: Both the professions do not gave much difference in pay scale. CA command average salary of 3-9 Lacs pa. On the other hand ACCA command 4-10 Lacs pa. Thank you.

Mechanical Engineering Degree vs Electrical Engineering: What they are? Electrical engineering deals with the design of different types of electrical systems. It is considered the largest branch of the engineering fields. Electrical engineers examine issues related to electronics, control systems, signal processing, and telecommunications. Mechanical engineers get knowledge in physics and material Science for the design, manufacture, and testing of all kinds of mechanical products and machinery. This knowledge spans from mechanics and thermodynamics, to structural analysis structural analysis are all necessary in this field. Career Paths
First, both engineers work together in nearly all fields. They are complementary, one needing the other. For example, look at the common suspension system. Its structural analysis is purely the domain of mechanical engineering. On the other hand, application of ferromagnetic fluids as part of an active suspension system combines structural, control and electronic design. Both types of engineers are needed to make a good design. However, there are those that are more into the respective fields. Electrical engineers, for one, play an important role in any industry that requires electricity, wires, circuits, relays, and power systems. They design, develop, and manage the processes of larger-scale electrical systems. These are the likes of motors, navigation systems, radar, and power generation equipment. Power generation and supply are the main components of everyday work for electrical engineers. They are involved from the outset until the completion and implementation of electrical products. They also design new ways to use electrical power, and establish unique and creative ways of improving current products and systems. Mechanical engineers research, design, develop and test mechanical and thermal devices including tools, engines and machines. They are found in various scientific jobs such as nanotechnology, medical machinery, and robotics. Some of the more-common devices they build serve the medical, energy and automated manufacturing sectors. You can also score yourself a lucrative mechanical engineering career in the consulting industry and the military and government. Job Opportunities
One things certain: There's no shortage of the engineering jobs. For instance, the U. S. has close to 1.6 million engineering jobs, which pay $42 per hour in median wages. Mechanical engineers accounted for 264,000 of these in 20.