Top 10 Career Options After BCom: Jobs and Scope
September 07, 2026
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ITS Engineering College (ITSEC) is a private engineering institution located in Knowledge Park III, Greater Noida, Gautam Buddha Nagar, Uttar Pradesh. Established in 2006, the college provides technical and professional education, with its principal academic focus on engineering and management. The institute is affiliated with Dr. A.P.J. Abdul Kalam Technical University (AKTU), Lucknow, for applicable programmes and is listed as approved by the All India Council for Technical Education (AICTE). Its reported accreditation and programme approvals should always be checked against the current academic session and the specific course.
The college is situated in Greater Noida's education and technology corridor, which includes higher-education institutions, industrial establishments, offices and technology-related businesses. This location may be convenient for students from Greater Noida, Noida, Ghaziabad, Delhi and other parts of the National Capital Region. Applicants coming from outside the region should compare commuting time, transport costs, hostel availability and the overall cost of living before making an admission decision.
| Particular | Details |
|---|---|
| Institution | ITS Engineering College |
| Short name | ITSEC |
| Established | 2006 |
| Institution type | Private engineering college |
| Location | Knowledge Park III, Greater Noida, Uttar Pradesh |
| Affiliation | AKTU, Lucknow, for applicable programmes |
| Approval | AICTE approval is listed; check current programme status |
| Main study areas | Engineering and Management |
| Undergraduate flagship | B.Tech |
| Postgraduate programme | MBA |
| Technical admission route | JEE Main and applicable UPTAC counselling for eligible B.Tech seats |
The college's B.Tech portfolio has been listed across traditional engineering disciplines and computer-related specialisations. The precise branch list and approved intake should be confirmed for the admission year, as course offerings can change.
Computer Science and Engineering: CSE is intended for students interested in software development, programming, computer systems, databases, algorithms and information technology. Students should assess the curriculum, laboratory work, project opportunities and programming support available during the course.
Computer Science with Artificial Intelligence and Machine Learning: This specialisation combines core computing subjects with methods used in intelligent systems, machine learning and data-driven applications. Students should review the actual syllabus and practical components rather than choosing solely on the basis of a specialisation's name.
Computer Science with Data Science: Data-oriented study generally involves programming, databases, statistics, data analysis and tools used to process and interpret information. Students interested in this field should develop mathematical reasoning, programming skills and the ability to communicate findings clearly.
Electronics and Communication Engineering: ECE introduces students to electronic circuits, communication systems, digital electronics and related hardware and signal-processing concepts. Practical laboratories and technical projects are important considerations when evaluating this branch.
Electrical and Computer Engineering: This area combines electrical engineering concepts with computing and related systems. Applicants should check the current curriculum and exact title of the degree offered.
Civil Engineering: Civil engineering focuses on structures, construction, materials, surveying, infrastructure and related design and project work. Students should ask about laboratory facilities, site exposure and practical training.
Mechanical Engineering: Mechanical engineering includes engineering mechanics, manufacturing, machine design, thermal systems and industrial processes. Students should examine the workshop facilities, laboratory access and project opportunities available for the branch.
The college also lists an MBA programme. Management education generally covers business administration, marketing, finance, human resources, operations, organisational behaviour and business strategy. Candidates should confirm the current MBA admission process, approved intake, fee structure and specialisation options before applying.
Students should check the current availability of engineering laboratories, computer facilities, library resources, classrooms, seminar areas, project spaces, sports facilities and student support services. A campus visit can help applicants assess the condition of the facilities and determine whether they meet the practical requirements of the chosen branch.
Hostel accommodation is listed for boys and girls. Before reserving a room, candidates should ask for the current hostel tariff, room occupancy options, mess charges, security deposit, rules and refund conditions. Students should also compare campus accommodation with private housing and daily transport.
Affiliation and approval are important because they determine the academic framework and recognition applicable to a qualification. Applicants should confirm the degree-awarding university, current affiliation, approved intake and applicable regulatory status for the exact course and academic year. Accreditation for one programme should not automatically be interpreted as accreditation for every course at the institution.
Engineering students can strengthen their career readiness through practical projects, internships, technical certifications, coding practice where relevant, communication training and interview preparation. Core-branch students should develop practical knowledge of their engineering discipline, while CSE and allied-branch students should build demonstrable software or data projects.
The institute's reported placement results should be evaluated by course and graduating batch. Applicants should request information on the number of eligible students, number placed, median salary, average salary, job profiles and participating recruiters. A highest-package announcement alone does not describe the typical outcome for all students.
The college may be relevant to students seeking an engineering or management programme in Greater Noida. Before enrolling, applicants should compare the chosen branch, curriculum, total fees, affiliation and approval status, practical facilities, hostel costs and placement information with other institutions offering the same qualification. They should also confirm the exact campus because ITS Engineering College in Greater Noida is distinct from other ITS institutions in Ghaziabad.
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ITS Engineering College offers engineering and management programmes, with B.Tech as its main undergraduate qualification and MBA as a postgraduate option. The college's B.Tech portfolio has included Computer Science and Engineering, Computer Science specialisations in Artificial Intelligence and Machine Learning and Data Science, Electronics and Communication Engineering, Electrical and Computer Engineering, Civil Engineering and Mechanical Engineering. B.Tech Lateral Entry has also been listed for eligible diploma holders.
Fees depend on the course, branch, entry route and the academic year. The amounts below are indicative published totals and should be checked against the latest official fee schedule before publication or payment.
| Course | Typical duration | Indicative total fee |
|---|---|---|
| B.Tech – Computer Science and Engineering | 4 years | ₹6.10 lakh |
| B.Tech – CSE (Artificial Intelligence and Machine Learning) | 4 years | ₹6.10 lakh |
| B.Tech – CSE (Data Science) | 4 years | ₹6.10 lakh |
| B.Tech – Electronics and Communication Engineering | 4 years | ₹4.90 lakh |
| B.Tech – Electrical and Computer Engineering | 4 years | ₹4.90 lakh |
| B.Tech – Civil Engineering | 4 years | ₹4.90 lakh |
| B.Tech – Mechanical Engineering | 4 years | ₹4.90 lakh |
| B.Tech Lateral Entry | Usually 3 years | Published listings vary by branch and fee structure |
| MBA | 2 years | ₹3.11 lakh |
Fee clarification: The figures are indicative course totals from published listings and may include tuition and other academic charges in different combinations. The final amount payable may differ. Obtain a written fee schedule that separately lists tuition, admission charges, university fees, examination charges, refundable caution money and any compulsory additional expenses.
The four-year B.Tech programme is designed for students entering engineering after Class 12. CSE and its related specialisations generally cover programming, data structures, algorithms, operating systems, databases, computer networks, software engineering and relevant elective subjects.
CSE: Students should expect to develop programming, analytical thinking, software design and problem-solving skills. Practical work and projects can help students build a portfolio for internships and entry-level technology roles.
CSE – Artificial Intelligence and Machine Learning: This pathway adds AI and machine-learning concepts to core computing study. Students should check the syllabus for mathematics, statistics, programming, model development and practical project work.
CSE – Data Science: This pathway generally combines programming, data management, statistics and data analysis. Students should evaluate the practical tools taught, project requirements and the depth of quantitative subjects.
Electronics and Communication Engineering: ECE covers electronic devices, circuits, digital systems, communication technologies and associated laboratory work. Students should review the available equipment and project opportunities.
Electrical and Computer Engineering: Applicants should confirm the exact current programme title and syllabus. The course may combine concepts from electrical systems and computing, but the curriculum should be checked rather than inferred from the title alone.
Civil Engineering: The curriculum generally includes construction materials, surveying, structural analysis, geotechnical engineering, transportation and environmental engineering. Practical laboratories, field visits and project work are important considerations.
Mechanical Engineering: Mechanical engineering typically includes mechanics, thermodynamics, manufacturing, machine design, materials and industrial systems. Applicants should check workshop access and the availability of branch-specific projects.
The lateral-entry route is intended for eligible diploma holders or candidates meeting the prescribed entry requirements. Successful candidates normally enter the second year of the B.Tech programme, reducing the usual study duration. Eligibility, branch compatibility, minimum marks and seat availability depend on the current counselling rules.
Candidates should confirm whether the selected diploma is accepted for the intended engineering branch and whether admission must be completed through the applicable UPTAC lateral-entry process.
The MBA is generally a two-year postgraduate programme intended for graduates seeking business and management careers. Subjects may include marketing, finance, human resources, operations, organisational behaviour and business strategy. The exact curriculum, electives, accepted entrance tests and selection process should be checked for the current session.
Hostel accommodation is listed for boys and girls. Published listings give indicative annual hostel charges in a range of approximately ₹1.30 lakh to ₹2.25 lakh depending on room type and facilities. The latest tariff should be confirmed directly because room categories, inclusions and charges may change.
Before booking, ask whether the amount includes meals, electricity, laundry, transport or other services. Also check the refundable security deposit, room occupancy, payment schedule and cancellation policy.
Students should budget for books, stationery, project materials, software or equipment where required, examination charges, travel and personal expenses. Engineering students may also need to account for practical-project costs and technical certifications. Hostel residents should calculate food and accommodation separately unless the institute confirms an inclusive package.
Merit-based concessions and government scholarship schemes may be available to eligible students. Eligibility can depend on entrance performance, academic marks, family income, category, domicile and the scheme's current rules. Applicants should obtain the scholarship conditions in writing, including application deadlines, required documents, renewal criteria and the portion of tuition covered.
Compare the total cost of the entire programme rather than just the first-year payment. Request a year-wise fee schedule, check whether the amount is fixed or subject to revision, and add hostel, mess, transport and personal expenses. Before paying, confirm that the course, branch and fee quotation refer to ITS Engineering College in Greater Noida and not another institution with a similar name.
Admission to ITS Engineering College depends on the selected course, academic eligibility, entrance examination and applicable counselling or institutional selection process. B.Tech admission is associated with JEE Main and the Uttar Pradesh Technical Admission Counselling (UPTAC) process for eligible seats. The MBA programme follows its own postgraduate eligibility and selection requirements.
Published admission information indicates that the 2026–27 B.Tech counselling cycle ran during 2026 and that the management-quota application window was reported to have closed by 30 August 2026. The listed B.Tech counselling registration period was 25 May to 22 June 2026. These dates relate to the 2026 cycle, which has concluded according to the available listings.
For the next academic session, 2027–28, JEE Main registration and examination dates and the UPTAC schedule will determine the main admission timeline. A new college application opening date or closing date should not be treated as official until announced. Students who missed the 2026–27 window should ask the institute whether any authorised admission opportunity remains; otherwise, they should prepare for the next cycle.
Applicants generally need to pass Class 12 or an equivalent examination with Physics and Mathematics and the other required subjects. Minimum marks and subject combinations must follow the current university and counselling rules. Admission to applicable seats is based on the accepted entrance examination and counselling process.
Candidates should confirm whether the intended branch is available for the current intake and whether the relevant seat is filled through counselling or another authorised route.
Lateral entry is generally intended for candidates holding an eligible engineering diploma or another qualification recognised under the applicable rules. The accepted diploma discipline, minimum marks, branch compatibility and entry year must be confirmed before applying. Candidates should check the official lateral-entry counselling instructions and document requirements.
MBA applicants generally need a recognised bachelor's degree and must meet the prescribed minimum marks. The accepted entrance examinations and selection criteria can vary by academic year. Candidates should confirm whether the institute is accepting scores from CAT, MAT, CMAT or another approved examination and whether an interview or additional assessment is required.
The process for an applicable B.Tech counselling seat generally includes the following stages:
Register for the accepted entrance examination and complete the examination requirements.
Register for the applicable UPTAC counselling process when it opens.
Enter academic and personal information accurately.
Upload required documents and complete fee payment.
Fill in college and branch preferences within the specified window.
Check seat-allotment results and follow the acceptance and reporting instructions.
Complete document verification and pay the prescribed admission fee.
Obtain the official fee receipt and admission confirmation from the institution.
Institutional admission processes for MBA or any authorised alternative route may differ. Applicants should follow the current instructions for the exact programme rather than assuming all courses use the same portal.
Applicants may need Class 10 and Class 12 marksheets, certificates, entrance-examination scorecard, counselling registration and allotment documents, photographs, identity proof, transfer certificate, migration certificate and character certificate. Diploma marksheets and certificates are relevant for lateral-entry applicants. Category, domicile and income certificates may be required where applicable.
Candidates should carry original documents for verification and retain copies of all submitted forms and payment receipts.
Before paying, obtain written confirmation of the course name, branch, approved intake, affiliation, fee structure, refund rules and reporting deadline. Confirm whether the amount includes only tuition or also other compulsory charges. Payments should be made through authorised channels, and receipts should be preserved.
Students planning for 2027–28 should monitor JEE Main and UPTAC announcements, keep academic documents ready, research branch-wise fees and shortlist colleges before counselling begins. They should compare total costs, commute or hostel arrangements, laboratory facilities and course-specific placement data rather than selecting a programme based only on a headline package or college ranking.
The cutoff for ITS Engineering College depends on the engineering branch, entrance examination, candidate category, quota and counselling round. B.Tech admissions through the applicable Uttar Pradesh counselling process may use JEE Main rank. A single score or rank cannot represent all branches and admission categories.
Course listings for 2026 show broad UPTAC closing-rank ranges for some branches. These figures are indicative and may combine different categories or rounds; they should not be interpreted as the official closing rank for a particular candidate without checking the underlying counselling result.
| Branch | Published broad closing-rank range |
|---|---|
| Electronics and Communication Engineering | Approximately 770,557–2,120,798 |
| Civil Engineering | Approximately 770,557–2,018,844 |
These are broad published ranges, not a guaranteed cutoff for the General category or any specific quota. The precise rank relevant to a candidate depends on the official round, category, seat type and counselling rules.
Computer Science and allied specialisations may attract different levels of demand from core engineering branches. The cutoff can change between CSE, CSE with Artificial Intelligence and Machine Learning, CSE with Data Science and other branches. Candidates should compare each branch separately and check whether the reported rank is opening rank, closing rank, all-category range or a category-specific result.
MBA admission does not use the same B.Tech JEE Main closing-rank process. Selection may depend on an accepted management entrance examination, academic eligibility, merit, interview or other criteria set for the current session. Applicants should check the institute's current selection policy and accepted tests.
| Term | Meaning |
|---|---|
| Eligibility marks | Minimum academic marks required to apply |
| Entrance score | Score or rank obtained in an accepted entrance examination |
| Opening rank | Rank of the first admitted candidate for a stated course and category |
| Closing rank | Rank of the last admitted candidate for that course, category and round |
| Category cutoff | Admission threshold for a specified reservation category |
| Counselling-round cutoff | Closing result for a specific round of counselling |
Eligibility and cutoff are different. Meeting the minimum Class 12 marks requirement does not guarantee a seat when admission depends on entrance rank, category, branch preferences and seat availability.
Candidates should compare their JEE Main rank with the official UPTAC closing-rank data for the exact year, branch, category and quota. They should check whether the rank relates to home-state or other applicable seats and review later rounds if they are considering vacant-seat opportunities.
Previous-year cutoffs can help with planning but cannot guarantee a future result. The cutoff may shift because of changes in seat availability, applicant preferences, examination performance and counselling participation.
A complete, category-wise and round-wise official 2026 cutoff table for every branch is not reproduced here. The broad ranges above should be replaced or supplemented with official counselling figures before publishing them as definitive cutoffs. Candidates should use the authorised counselling records and confirm the current participating status of ITS Engineering College and the selected branch.
Applicants should keep their scorecard, academic certificates, category or domicile documents where applicable and counselling details ready. They should also track choice-filling deadlines, allotment results, seat acceptance, reporting dates and fee-payment requirements. A candidate should not rely on a cutoff figure unless the course, year, category and round are clearly stated.
ITS Engineering College provides engineering and management education for students pursuing technical and professional careers. Placement outcomes vary by branch, academic performance, practical skills, internships, employer requirements and the economic conditions of the recruitment year. Applicants should evaluate the latest placement report for their intended programme rather than relying on a single headline package.
Published college listings report the following figures for the 2024–25 placement season. These are reported figures and should be confirmed against the latest campus-specific placement report before being presented as final results.
| Placement indicator | Reported figure |
|---|---|
| Highest package | ₹49 LPA |
| Average package | ₹4.5 LPA |
| Offers reported | More than 850 |
| Companies reported | More than 100 |
| Highest offer attribution | Microsoft, as reported in published listings |
A highest-package figure describes the largest reported offer, not the salary that every student can expect. The number of offers may also differ from the number of students placed because a student may receive more than one offer. Placement percentages should be read alongside the number of eligible students and the number who actually received jobs.
Published placement listings name employers across technology, consulting, banking, manufacturing and business services. Companies mentioned include Microsoft, Adobe, Dunzo, TCS, Infosys, Accenture, IBM, Wipro and HCL. Recruitment participation varies by year and course, and the appearance of a company in a general list does not guarantee that it recruits from every branch or offers the same roles every year.
Candidates should ask for the latest recruiter list, the number of students selected by each employer, the job profiles offered, work locations and eligibility criteria. Internship opportunities should be distinguished from confirmed full-time employment offers.
Computer Science and Engineering: Graduates may pursue software development, application support, software testing, IT services, web development and related technical roles. Programming practice, data structures, projects and internships can help candidates demonstrate their skills.
CSE – Artificial Intelligence and Machine Learning: Students may pursue junior software, data and AI-related opportunities where their technical preparation matches employer requirements. Practical projects and a sound understanding of programming, statistics and model evaluation are important.
CSE – Data Science: Potential pathways include data analysis, reporting, database support, junior analytics and software-related positions. Students should develop practical ability in programming, statistics, data cleaning and visualisation.
Electronics and Communication Engineering: Potential roles include electronics testing, embedded-systems support, communication technologies, quality assurance, technical support and graduate engineering trainee positions.
Electrical and Computer Engineering: Career options depend on the actual curriculum and skill set and may include technical support, electrical systems, testing, computing-related work or graduate trainee roles.
Civil Engineering: Graduates may explore site engineering, construction supervision, quality testing, project coordination and infrastructure-related work. Practical experience and familiarity with engineering drawings and site processes can be useful.
Mechanical Engineering: Potential roles include manufacturing, production, quality control, maintenance, design support and industrial operations. Students should seek practical exposure to relevant engineering tools and processes.
MBA: Management graduates may pursue sales, marketing, business development, operations, customer relationship management, financial services and other entry-level business roles, depending on their specialisation and performance.
Students can improve their career readiness through internships, technical projects, communication practice, aptitude preparation and interview training. CSE students should build a demonstrable coding portfolio. Core engineering students should develop practical knowledge related to their branch and seek project or industry exposure. MBA students can strengthen business communication, spreadsheet skills, presentations and analytical thinking.
| Indicator | Why it matters |
|---|---|
| Highest salary | Shows the largest reported offer but may represent one student |
| Average salary | Gives an overall average that can be influenced by high offers |
| Median salary | Helps indicate the midpoint outcome |
| Eligible students | Establishes the base for placement percentages |
| Students placed | Shows the number of students who secured jobs |
| Recruiter count | Shows reported employer participation but not the number of offers per company |
| Job profile | Helps determine whether roles align with the student's career goals |
Applicants should request the latest placement report and confirm the average and median salary for the intended branch, the number of eligible students, the number placed, the companies recruiting in the latest season, the job locations and the types of roles offered. They should ask whether multiple offers, internships and training positions are counted separately.
Placement figures should be considered alongside course recognition, academic quality, laboratory facilities, practical training, total fees and accommodation expenses. Students should compare opportunities across the exact branch they intend to study. A strong individual outcome is possible with relevant skills and preparation, but no package or placement percentage should be treated as a guarantee for a future batch.
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