Campus-Beginner

HCL Technologies Limited; Karnataka; On-site; INR 420,000 - 540,000; Full time

Job summary

HCL Technologies Limited in Hubli, Karnataka is recruiting for a Campus-Beginner Designer - Analog Layout Design. The role targets candidates who have completed formal training or internships in VLSI Analog Layout Design and will evolve under experienced layout engineers on physical implementation of analog/mixed-signal blocks.

You will learn industry-standard design methodologies, semiconductor process technologies, and Cadence-based layout flows while working on real customer projects and

Qualifications

• Bachelor or higher in Electronics/Electrical/Instrumentation with training in VLSI Analog Layout
• Internship or training in Analog Layout Design or Custom Layout Design is a plus
• Exposure to Cadence flow and physical verification tools is desirable

Responsibilities

• Assist in Analog Layout Implementation and develop custom layouts for analog/mixed-signal blocks (OPAMPs, LDOs, bandgap, etc.)
• Support floorplanning, device placement and routing under supervision
• Perform basic physical verification checks (DRC, LVS, antenna checks) and help fix violations
• Learn CMOS fundamentals, fabrication concepts, and Cadence-based layout flows through training programs
• Participate in design reviews and knowledge-sharing sessions

Skills

Analog fundamentals

Cadence basics

Layout concepts

Team collaboration

Education

B.E./B.Tech in ECE/EE/Electronics/Instrumentation

M.Tech in VLSI/Microelectronics/Semiconductor Technology/Embedded Systems

Tools

Cadence Virtuoso

Calibre

Job description

Campus-Beginner

Hubli, Karnataka

Job Summary

We are looking for enthusiastic and technically sound Designer - Analog Layout Design candidates who have completed formal training or internship programs in VLSI Analog Layout Design.

The candidate will work under the guidance of experienced layout engineers and contribute to the physical implementation of Analog, Mixed-Signal, and Custom Layout blocks.

The role offers an excellent opportunity to learn industry-standard design methodologies, semiconductor process technologies, physical verification flows, and advanced layout implementation techniques while working on real customer projects and product development programs.

Training programs within the organization emphasize CMOS fundamentals, IC fabrication, Cadence-based Analog Layout Design, and project-oriented learning.

Key Responsibilities

Analog Layout Implementation

• Support the creation of custom layouts for analog and mixed-signal circuits.
• Assist in layout development for:
• • Amplifiers
  • Current Mirrors
  • Comparators
  • LDOs
  • Bandgap Circuits
  • Level Shifters
  • Oscillators
  • DACs
  • Analog Sub-blocks
• Learn and apply standard analog layout methodologies during implementation activities. Experience summaries from junior layout engineers indicate exposure to blocks such as OPAMPs, current mirrors, level shifters, LDOs, and amplifiers as part of early-career responsibilities.

Floorplanning & Routing

• Support floorplanning activities based on design constraints.
• Perform device placement and routing under technical supervision.
• Learn routing techniques for analog signal integrity, shielding, and power distribution.
• Gain understanding of area optimization and layout quality requirements. Entry-level layout profiles reference floorplanning, placement, routing, and top-level integration activities.

Physical Verification

• Perform basic physical verification checks including:
• • DRC
  • LVS
  • Antenna Checks
  • Density Checks
• Analyze and fix verification violations with guidance from senior engineers.
• Understand verification sign-off criteria and layout quality requirements. Verification activities such as DRC, LVS, density checks, and related quality checks are identified as foundational responsibilities in internal layout profiles and training material.

Design Quality & Learning

• Learn layout best practices including:
• • Device Matching
  • Common Centroid Structures
  • Symmetry
  • Guard Rings
  • Shielding
• Develop understanding of semiconductor manufacturing constraints and layout-dependent effects.
• Participate in technical reviews, training sessions, and knowledge-sharing activities. Internal training programs specifically emphasize CMOS fundamentals, fabrication concepts, and Analog Layout Design practices.

Skill Requirements

Team Collaboration

• Work closely with layout engineers, circuit designers, and technical leads.
• Participate in project discussions and review meetings.
• Support project execution activities while adhering to quality and schedule commitments.

Required Technical Skills

Mandatory Skills

• Understanding of Analog and Mixed-Signal circuit fundamentals.
• Basic knowledge of:
• • CMOS Devices
  • Semiconductor Fabrication
  • Electronic Circuits
  • Layout Design Concepts
• Exposure to:
• • Floorplanning
  • Device Placement
  • Routing
  • Physical Verification
• Good understanding of analog layout concepts such as:
• • Matching
  • Symmetry
  • Shielding
  • Guard Rings
• Strong willingness to learn and adapt to customer-specific methodologies. Internal Analog Layout training programs emphasize CMOS fundamentals, fabrication knowledge, geometric aptitude, and Analog Layout Design using Cadence flow.

Preferred Skills

• Internship or training project experience involving:
• • Analog Layout Design
  • Custom Layout Design
  • Mixed-Signal Layout Design
• Exposure to advanced technology nodes through training projects.
• Basic scripting knowledge is an added advantage. Automation exposure through SKILL, Shell, and scripting forms part of internal training curricula.

Other Requirements

EDA Tools Exposure

Candidates should have academic, internship, or training exposure to one or more of the following:

• Cadence Virtuoso
• Calibre
• Assura
• PVS
• Layout Verification Tools

Cadence-based Analog Layout Design and physical verification flows are specifically highlighted in internal training programs and engineer profiles.

Educational Qualification

• B.E. / B.Tech. in:
• • Electronics & Communication Engineering
  • Electrical & Electronics Engineering
  • Electronics Engineering
  • Instrumentation Engineering

OR

• M.Tech. / M.E. in:
• • VLSI Design
  • Microelectronics
  • Semiconductor Technology
  • Embedded Systems