Manufacturing Engineer

at Gethyrd

Bengaluru, Bangalore, Karnataka, onsite, full time, INR 5,00,000–7,00,000 / year

posted 29 Sept 2026 · closes 29 Nov 2026

Apply for this role Sign in to track your application

Root cause analysis
ERP
Power BI
Networking
Lean manufacturing
Work Instructions
Manufacturing IT
Control Plan
CAPEX
OEE
Resistance welding
Process Flow Chart
Kaizen
Process validation
Industrial automation
Database
MES
PFMEA
CQI-15
Measurement and Test Plans

About the role

* Date Posted

September 29, 2026

* Location

Bengaluru , Bangalore

* Expiration date

November 29, 2026

* Full Time * karnataka

* Posted 6 days ago * 500000 - 700000 INR / Year

Website Bosch

Are you an engineering graduate looking for a Manufacturing Engineer Job in Bangalore in 2026? This opportunity is relevant for engineers who want to build careers in manufacturing, automation, production processes, Manufacturing IT and digitalization.

The role combines traditional manufacturing engineering with modern technologies such as MES, databases, Power BI, industrial IT infrastructure and process digitalization. The selected candidate will work on manufacturing processes for wheel speed sensor body lines and sensor unit lines. Responsibilities include process planning, machine commissioning, production documentation, resistance welding, Kaizen, CAPEX planning, new product development and continuous improvement.

For Indian job seekers, this type of role can provide exposure to multiple areas of modern manufacturing. Candidates from Mechanical, Electronics and Instrumentation Engineering backgrounds can consider this opportunity if their skills match the requirements.

The position is based in Bangalore, one of India’s major engineering and technology hubs. Candidates should review the responsibilities carefully and understand the technical skills expected before applying.

The Manufacturing Engineer role involves planning, developing, improving and maintaining production processes. The position requires collaboration with production, maintenance, quality, IT, suppliers and international production teams.

| Job Detail | Information | | --- | --- | | Job Role | Manufacturing Engineer | | Location | Bangalore, Karnataka | | Qualification | BE | | Eligible Branches | Electronics, Instrumentation, Mechanical Engineering | | Experience | Check the official recruitment details | | Industry | Manufacturing / Automotive Components | | Job Area | Manufacturing Engineering | | Key Technologies | MES, Manufacturing IT, Power BI, ERP | | Work Areas | Production, Process Engineering, Digitalization, CI |

The role is suitable for engineers interested in combining shopfloor engineering with manufacturing digitalization.

Read from gethyrd.in, last seen 5d ago.

What you would do

1. Manufacturing Process Planning

The engineer will be responsible for planning manufacturing processes for wheel speed sensor and sensor unit production lines.

Key activities include

* Developing process parameters * Setting up manufacturing processes * Tuning process parameters * Supporting process validation * Working with quality teams * Supporting production teams * Troubleshooting process problems * Supporting maintenance activities * Maintaining smooth production flow

The engineer must understand how process parameters influence productivity, quality and delivery performance.

2. Manufacturing IT Responsibilities

Modern factories depend heavily on IT and operational technology. This Manufacturing Engineer role includes responsibility for Manufacturing IT systems and infrastructure.

The engineer will coordinate with

* OT technicians * Local IT teams * Facility teams * Maintenance teams * External suppliers

The work can involve servers, VLANs, databases and manufacturing applications. Basic security measures also need to be implemented within the manufacturing IT environment.

Cost monitoring is another important responsibility.

3. MES Key User and Digitalization

MES is an important part of modern manufacturing. As an MES key user, the engineer will manage application-related activities for the assigned value stream.

* MES troubleshooting * New line commissioning * User management * Server management * Connectivity management * Data management * Security management * New module rollout * MES project implementation * Budget planning * Digitalization activities

Knowledge of tools such as Power BI can also be useful for manufacturing data analysis and reporting.

Resistance Welding

The role includes responsibility for resistance welding processes. The engineer may handle production setup, quality problems, process improvement, troubleshooting and system calibration.

CQI-15 assessment knowledge can be relevant because resistance welding requires controlled process parameters and quality checks.

Production Documentation

Manufacturing processes require clear and controlled documentation.

The engineer will prepare and release documents such as:

* Work Instructions * Control Plans * PFC * PFMEA * Measurement and Test Plans * PDS

Accurate documentation helps production and quality teams follow standardized processes.

How Does Kaizen Help a Manufacturing Engineer?

Kaizen is a continuous improvement approach used to identify and implement practical improvements on the shopfloor.

In this role, Kaizen projects can target:

1. Cycle time reduction 2. Quality improvement 3. Productivity improvement 4. Waste reduction 5. Safety improvement 6. Material reduction 7. Process stability

For example, an engineer may study a production station, identify unnecessary process time and develop a solution that reduces cycle time without affecting product quality.

Manufacturing Engineer Role in New Product Development

Manufacturing engineers also support new product development.

The engineer needs to understand technical requirements and coordinate with sales, IPN and cross-functional teams.

The process can involve

* Understanding product requirements * Collecting product design information * Developing manufacturing processes * Preparing samples * Conducting process validation * Supporting trials * Preparing production documentation * Supporting SOP

This exposure can help engineers understand the complete journey from product development to serial production.

Machine Installation and Commissioning

Manufacturing Engineer responsibilities can also include new machine and station commissioning.

The engineer may coordinate

* Machine installation * Relocation of equipment * Production tryouts * Process validation * Machine release * Facility coordination * Supplier coordination * Material and service procurement

The engineer also needs to support the ramp-up of new equipment after installation.

CAPEX Planning and Procurement

Capital expenditure planning is another important part of this position.

The engineer may identify requirements for

* Production machines * Components * Equipment * Services * Tooling * Jigs * Fixtures

Technical quotations need to be evaluated and coordinated with suppliers. Procurement activities may involve ERP systems and online purchasing portals.

The engineer must also track delivery timelines and ensure that equipment is ready for series production.

What Is IPN Collaboration in Manufacturing?

IPN refers to an International Production Network. Collaboration with international manufacturing teams can help plants exchange knowledge, standardize processes and implement improvements.

The engineer may work with IPN teams on:

* Process improvements * Quality concerns * Customer complaints * Manufacturing standards * Process standardization * Improvement projects

The role also involves representing the plant in relevant IPN activities.

Manufacturing Engineer Career Scope in Bangalore

Bangalore has a large ecosystem covering automotive, electronics, engineering, industrial automation and advanced manufacturing.

Manufacturing engineers can find opportunities across areas such as:

* Automotive components * Electronics manufacturing * Industrial automation * Engineering services * Aerospace manufacturing * Medical devices * Consumer electronics * Industrial equipment

The combination of manufacturing engineering and digital skills is increasingly useful as factories adopt connected systems, data analytics and automated production monitoring.

Engineers working in Bangalore can also develop transferable skills that may support future opportunities in cities such as Pune, Chennai, Hyderabad, Gurgaon, Noida and Mumbai.

How to Prepare for This Manufacturing Engineer Job?

Candidates can prepare systematically before applying.

Step 1: Strengthen Manufacturing Fundamentals

Revise

* Production processes * Process planning * Quality control * Lean manufacturing * OEE * Cycle time * Process capability * Root cause analysis

Step 2: Learn Manufacturing Digitalization

Build basic knowledge of

* MES * Manufacturing databases * Industrial networking * Servers * VLAN concepts * Data security * Power BI

Step 3: Understand Production Documentation

Learn the purpose and structure of

* PFMEA * Control Plan * PFC * Work Instructions * Measurement Plans

Step 4: Prepare for Technical Interviews

Be ready to explain practical situations such as:

* How would you troubleshoot a process defect? * How can cycle time be reduced? * What is OEE? * What is the purpose of PFMEA? * How does MES support manufacturing? * How would you commission a new production machine? * What is resistance welding? * How can Power BI support manufacturing analysis?

What they are looking for

Candidates should develop a combination of engineering, production and digital skills.

Core Technical Skills

Important areas include

* Manufacturing process planning * Production process development * Process parameter setting * Industrial automation awareness * Manufacturing IT * MES * Basic database knowledge * Networking fundamentals * ERP systems * Power BI * Production documentation * Machine commissioning * Process troubleshooting

Quality and Process Skills

Knowledge of manufacturing quality tools can also help.

Candidates should understand concepts such as

* PFMEA * Control Plan * Process Flow Chart * Work Instructions * Measurement and Test Plans * Process validation * CQI-15 * Root cause analysis * Continuous improvement

The stated educational requirement is

BE in Electronics, Instrumentation or Mechanical Engineering.

Candidates should match their academic background with the technical requirements of the position.

A strong resume should clearly mention relevant projects, internships, manufacturing exposure, technical tools and engineering skills.

Why Should Engineers Consider This Manufacturing Engineer Role?

This position covers a broad range of manufacturing activities rather than focusing on only one production function.

The role can provide exposure to

* Manufacturing engineering * Automotive component production * MES * Manufacturing IT * Digitalization * Quality systems * Machine commissioning * New product development * CAPEX * Supplier coordination * Kaizen * Continuous improvement

For fresh graduates, academic projects related to automation, electronics, mechanical design, production or industrial engineering can be useful when presenting their profile.

Experienced engineers can highlight measurable improvements such as OEE improvement, cycle-time reduction, cost savings, defect reduction or successful machine commissioning.

FAQs

What does a Manufacturing Engineer do?

A Manufacturing Engineer develops, improves and maintains production processes. The work can include process planning, troubleshooting, documentation, machine commissioning, quality improvement and production support.

Which degree is required for a Manufacturing Engineer Job?

For this opportunity, the stated qualification is BE in Electronics, Instrumentation or Mechanical Engineering. Candidates should also review the complete official recruitment requirements before applying.

Is MES knowledge useful for Manufacturing Engineers?

Yes. MES knowledge can help engineers understand production data, traceability, user management, connectivity, manufacturing applications and digital production systems.

What is the role of Kaizen in manufacturing?

Kaizen focuses on continuous improvement. Manufacturing engineers can use Kaizen to reduce cycle time, improve quality, reduce waste, improve safety and increase productivity.