CoreBreed gives colleges an industry-aligned programme they can add to the existing degree: expert-led lessons, practical projects, trained campus instructors and a dedicated doubt-solving team.
The degree is important. But a degree alone does not guarantee current skills, real projects or a confident transition into work.
Need: skills they can demonstrate, projects they can discuss and clearer signals of job readiness.
Need: a practical curriculum and measurable outcomes without building every specialist capability in-house.
Need: clearer evidence of practical ability before hiring—not only a degree title or course certificate.
Gap: employer expectations, classroom learning and practical assessment are not always connected.
CoreBreed adds a parallel, industry-driven programme without asking the college to abandon its existing syllabus.
Modules, practical projects and assessments mapped to the roles students are preparing for.
Specialist teaching shared across classrooms, with cohort size and interaction designed deliberately.
A trained instructor manages practice and classroom flow—employed by CoreBreed or by the college.
Portfolio-ready work and scored assessments provide evidence beyond lecture attendance.
A CoreBreed support team resolves technical questions beyond the classroom instructor’s expertise.
Work with employers to track which skills are needed—and at what proficiency—then use that evidence to refresh curricula, assessments and practical projects.
Map employer needs and current skill gaps.
Deliver consistent live expert instruction.
Build projects with local classroom support.
Measure skills and identify learning gaps.
Build credible routes to industry opportunities.
Both models use the same CoreBreed curriculum and master-teacher layer. The key difference is who employs the in-room instructor.
CoreBreed employs and manages the classroom instructor, alongside the master teacher and programme team.
₹ per student per year varies by intake and class size; see calculator below.
The college retains and pays its instructors. CoreBreed trains them and supplies curriculum, master teaching and technical doubt-solving.
Management hypothesis: approximately 50–60% lower delivery cost. The transcribed table produces scenario-dependent savings, not a universal 50–60%.
Choose the number of students CoreBreed serves in a year and the target class size. The calculator shows estimated annual delivery cost under both staffing models. These are planning scenarios—not confirmed enrolments or audited costs.
Pick a planning scenario. These are not confirmed enrolments.
At 240 students and 20 per room: 12 classrooms.
Only enter a fee if you want to model revenue. No agreed CoreBreed price was supplied.
| Annual intake | Class size | Model A ₹/student/year | Model A annual total | Model B ₹/student/year | Model B annual total | Model B saving |
|---|
Model A table values (₹000/student/year): intake 240: 31, 25.5, 21.5, 19, 17.5, 16, 15, 13.5, 13; intake 540: 25.5, 24.5, 18.5, 16.5, 15, 14, 13, 12, 11.5; intake 780: 25, 21, 18, 16, 15, 13.5, 12.5, 11.5, 11. Model B values are transcribed similarly from the handwritten image. These estimates require validation against actual salary, equipment, class-count, master-teacher allocation, platform, lab, support and overhead costs. No price, collection timing, tax, churn or placement-revenue assumptions were provided; therefore profit and break-even are not presented as established facts.
CoreBreed succeeds when the incentives of students, institutions, teachers and employers reinforce one another.
Build practical work they can show, explain and improve.
Add an industry programme with clearer delivery and outcome measures.
Review project evidence and practical skill assessments alongside the CV.
Gain updated curriculum and support; no job displacement is assumed in the college-staff model.
Test repeatable college contracts and reusable teaching assets.
Fund a measurable pilot with explicit gates for scale—not an unproven growth forecast.
Benefits are intended outcomes, not guaranteed placement rates, salary increases, savings or returns. These require evidence from pilots.
The original materials describe a broad Indian engineering market and potential tracks spanning software, AI/ML, cybersecurity, cloud, robotics, clean energy, semiconductors and advanced manufacturing.
Choose a narrow set of programmes, establish baseline assessments, track completion and project quality, and measure college willingness to renew.
Measure attendance, skill improvement, doubt resolution, project quality, student feedback and employer feedback.
Replicate validated curriculum and live master teaching across cohorts, while local support and lab capacity expand with demand.
Suggested first-year milestones for a pre-scale MVP-in-development business. Timing and targets should be finalised with the founders and pilot colleges.
Finish MVP essentials, validate costs, create curriculum and recruit master faculty.
Agree a pilot with college leadership, classroom access, cohort size and commercial terms.
Run classes, doubt-solving operations, assessments and student feedback loops.
Review unit costs, learning gains, renewal intent and expansion readiness.
The raise funds the MVP, the first college pilots and the team needed to deliver and measure outcomes.
Draft allocation for discussion; validate against hiring plans, equipment quotes, pilot scope and runway before presenting as committed spend.
A continuous feedback loop can help CoreBreed, colleges and students respond to changing hiring needs—with potential benefits for the wider talent pipeline.
Build structured relationships with companies to capture skills by role, proficiency level and demand frequency—then review the signals regularly.
Introduce relevant industry-recognised certifications when employers value them and the curriculum can prepare students to earn them.
Build employer projects, interview preparation and placement pathways. Job outcomes must be measured; no placement guarantee should be promised without evidence.
Co-founder · B.Tech., GTBIT (IPU), as listed in the source deck.
Co-founder & CTO · B.Tech., GTBIT (IPU); software engineer at AceCloud (RTDS), as listed in the source deck.
Founding details are carried over from the supplied materials and should be reconfirmed before publication.
CoreBreed is at MVP-in-development stage. We’re looking for investors and pilot-college partners to help prove delivery quality, student outcomes and unit economics.
kartikjoshiuk@gmail.com · +91 87997 37102