Prepare for the role,
not just the placement season.

The standard entry title across IT services and large engineering employers. Structured training first, stream allocation after — you usually learn your specialisation on the job rather than choosing it.

Entry role on a delivery team: supporting applications, learning the client's stack, and taking on work as competence is demonstrated.

Build, support and maintain systems on a client account. The widest door into Indian IT services, and the one that hires from the broadest set of campuses.

Write and maintain application code against a specification, with analysis responsibility growing as you learn the domain.

Build and ship AI systems inside the customer's environment — their infrastructure, their data, their constraints. Part engineer, part consultant, usually the only technical person in the room.

Design agents that plan, call tools and complete multi-step work reliably enough to run without someone watching.

Keep deployed AI running — monitoring quality, triaging failures and holding the human-in-the-loop process together.

Write, review and ship production code against a team's standards, with supervision that tapers as judgement is demonstrated.

Build user interfaces, handle state and accessibility, and translate a design into working, maintainable components.

Design and implement APIs, data access and service logic that holds up under real traffic.

Work across interface and service layers on smaller teams where the split is impractical.

Build automated checks, reason about coverage and decide what is worth testing at all.

Query, clean and interpret data, then present findings to people who will make a decision on them.

Build dashboards and reporting layers, and decide which metric actually answers the question asked.

Move and reshape data between systems with pipelines that survive schema drift and failure.

Frame a problem statistically, build a model and state honestly what it can and cannot support.

Train, fine-tune and deploy models, and evaluate them against something more rigorous than a demo.

Build products on top of model APIs — orchestration, guardrails and the handling of wrong answers.

Judge model output against rubrics, find where it fails and explain why it failed.

Provision and operate cloud infrastructure, with an eye on cost as well as uptime.

Build and maintain CI/CD, deployment and observability so other teams can ship safely.

Monitor, triage and investigate security events, and judge what is noise and what is not.

Elicit what is actually needed, document it unambiguously and hold the line when it shifts.

Measure product behaviour and turn the evidence into a case for what to build next.

Diagnose a client problem, structure the work and present a defensible recommendation.

Translate a technical product into a customer's context, and answer the hard question in the room.

Support the sale of technical products — specification, fit and application to the customer's problem.

Write software for constrained hardware where memory, timing and power are design limits.

Build the layer between silicon and software — drivers, boot and hardware interfaces.

Design, simulate and validate circuits and PCBs against a specification.

Verify digital designs against intent, and build the testbenches that prove it.

Design, test and commission electrical systems to standard and to code.

Analyse load flow, protection and stability across generation and distribution networks.

Programme and tune PLC, SCADA and control loops that keep a process inside its limits.

Specify, install and calibrate the instruments a plant's decisions depend on.

Model, analyse and detail components for manufacture, with tolerances that survive the shop floor.

Plan and improve the processes that turn a design into repeatable production.

Work across vehicle subsystems — powertrain, chassis, electrical — and their integration.

Build inspection and control plans, and trace a defect back to its cause rather than its symptom.

Support design and delivery across structures, infrastructure and site works.

Analyse and design structural elements against loading and the governing code.

Run the work on site — setting out, sequencing, quality and safety against the programme.

Build and coordinate digital models so clashes are found before anything is built.

Support process design, mass and energy balances, and the troubleshooting of operating plant.

Keep a plant running to target on yield, throughput and specification.

Develop flowsheets, size equipment and build the P&IDs a plant is constructed from.

Apply hazard study and risk assessment to designs and to changes in operation.

Study work, capacity and layout, then redesign them against a measured baseline.

Model operational performance and turn the findings into decisions management will act on.

Plan demand, inventory and logistics across a network with incomplete information.

Select, test and qualify materials for service conditions and failure modes.

Work with metals through processing, treatment and the behaviour that follows.

Support planning, extraction and safety across mining operations.

Work on aerospace structures and systems under certification constraints.

Apply engineering to medical devices and clinical systems within a regulated environment.