Junior Mechanical Engineer

* Date Posted

September 30, 2026

* Location

Pune

* Expiration date

November 30, 2026

* Full Time * Maharashtra

* Posted 5 days ago * 300000 -500000 INR / Year

Website Tetra Pak

Are you an experienced mechanical professional looking for a manufacturing career in Pune? The Junior Mechanical Engineer opportunity at Tetra Pak can be relevant for candidates with a Diploma or Degree in Mechanical Engineering and 3–6 years of experience.

This role focuses on production processes, assembly, quality checks, workplace safety, continuous improvement and manufacturing efficiency. Candidates with experience in food manufacturing or similar industries can find this position relevant to their career goals. Knowledge of WCM, Lean Manufacturing, 5S, Kaizen, Six Sigma and quality audits can also support your application.

Pune is one of India’s major manufacturing and engineering hubs, with opportunities across automotive, industrial equipment, food processing, engineering and advanced manufacturing. In 2026, practical manufacturing skills, quality awareness and continuous improvement experience remain valuable for mechanical professionals.

This article explains the Junior Mechanical Engineer job role, responsibilities, qualifications, skills, application preparation and career opportunities for Indian job seekers.

The Junior Mechanical Engineer position is based in Pune, Maharashtra, India. The role is connected with manufacturing operations and requires candidates who understand production processes, quality requirements and workplace improvement practices.

Job Details

| Job Parameter | Details | | --- | --- | | Job Role | Junior Mechanical Engineer | | Company | Tetra Pak | | Job Location | Pune, India | | Experience | 3–6 Years | | Qualification | Diploma / Degree | | Preferred Industry | Food Manufacturing or Similar Industry | | Function | Manufacturing / Production | | Work Areas | Assembly, Quality, Process Improvement | | Experience With | WCM, Lean, 5S, Kaizen, Six Sigma |

Candidates should carefully compare their experience with the requirements before applying.

A Junior Mechanical Engineer in a manufacturing environment needs to balance production, safety, quality and efficiency. The responsibilities mentioned for this opportunity include several important shop-floor activities.

1. Follow Production Requirements

The engineer needs to work according to production requirements and work orders. The focus should remain on:

* Safe production practices * Efficient manufacturing * Following planned work orders * Meeting production requirements * Maintaining process discipline

Production engineers must understand how their work affects output, quality and delivery schedules.

2. Follow SOPs and Work Instructions

Standard Operating Procedures are important in manufacturing. The selected candidate will need to follow SOPs and work instructions strictly.

This requires attention to detail and the ability to work consistently with defined processes.

3. Perform In-Process Quality Checks

Quality cannot be checked only after production is completed. In-process checks help identify problems during manufacturing.

The Junior Mechanical Engineer may need to:

* Check work against quality requirements * Identify process deviations * Follow defined inspection procedures * Report quality-related concerns * Support corrective actions

4. Complete and Submit Labor Worksheets

The position also includes reworking labor worksheets and submitting them as required.

Accurate documentation is important because manufacturing organizations use production records to monitor work, productivity and process performance.

5. Participate in Daily Improvement Activities

Continuous improvement is an important part of modern manufacturing. Employees are expected to identify opportunities to improve safety, quality, productivity and efficiency.

Candidates familiar with Kaizen, Lean Manufacturing and Six Sigma can use these concepts while contributing to improvement activities.

6. Participate in Multiskill Training

Manufacturing teams often need employees who can handle different activities. Multiskill training can help employees understand multiple processes and support operational flexibility.

The Junior Mechanical Engineer position requires a Diploma or Degree along with relevant professional experience.

Candidates should have

* A Diploma in Mechanical Engineering, or * A Degree in Mechanical Engineering or a related discipline

The exact relevance of the qualification should be considered along with previous manufacturing experience.

The stated requirement is

3–6 years of working experience, preferably in manufacturing, food manufacturing or a similar industry.

Candidates with practical exposure to production and assembly environments should highlight this experience clearly on their resumes.

The Junior Mechanical Engineer role requires more than academic knowledge. Manufacturing employers generally look for candidates who can apply engineering concepts in practical production environments.

Important skills for this role include

* Mechanical manufacturing knowledge * Assembly process knowledge * Production process understanding * Quality awareness * SOP compliance * Workplace safety * Problem-solving * Continuous improvement * Documentation * Teamwork * Process discipline * Communication skills

Knowledge of WCM

Experience with World Class Manufacturing (WCM) can be useful for this position. WCM focuses on structured improvement in areas such as productivity, quality, cost, delivery and safety.

Candidates should mention relevant WCM projects or responsibilities on their resumes if they have such experience.

Lean Manufacturing and 5S

Lean Manufacturing aims to reduce waste and improve process efficiency. 5S supports workplace organization, cleanliness and process discipline.

Candidates should be prepared to explain practical examples of how they have used these methods in previous roles.

Kaizen and Six Sigma

Kaizen focuses on continuous improvement through small, practical changes. Six Sigma uses structured methods to reduce process variation and improve quality.

If you have participated in improvement projects, mention the problem, action taken and measurable result wherever possible.

Manufacturing experience gives engineers practical knowledge that cannot be gained only through classroom learning.