Job opening for Sr. Engineer - ME, Brakes

Business Unit

BU 1 V1

Department

ME

Role

Process Support

Designation

Sr. Engineer

Base Location

P14

Payroll Location

P14

Grade

L2

Individual or Team Contributor

Individual Contributor

Total Team Size

1-3

Direct Reportees Number

1-3

Nature of Engagement

Permanent

Work Week

6 days

Direct Reporting to

Section Head/Dept. Head

Direct Reporting Designation

AM/DM/MGR.

Direct Reporting Grade

L3/L4

Direct Reporting Function / Dept.

ME

Matrix Reporting to

N.A

Matrix Reporting Designation

N.A

Matrix Reporting Grade

N.A

Matrix Reporting Function / Dept.

N.A

“Authorities such as Financial & Non-financial will be in line with the Company Policies”

ADVIK is a leading manufacturer of precision components and systems for automotive markets worldwide and has grown exponentially over the last 20 years maintaining a robust EBITDA. As part of growth plan Advik 2.0 and Advik Strategy 2025, ADVIK aims to become a leading component and system supplier to ICE, Alternative Fuel (CNG, LNG, H2) and xEV (MHEV, HEV, PHEV & BEV) Vehicles like Two-Wheeler, Passenger Vehicle, Commercial Vehicle, Tractor & Off-Highway Vehicle including Stationary Engine. ADVIK provides technologically advanced and optimally engineered value-added products in the areas of Pumps (Oil Pump, Water Pump and Vacuum Pump including electric version of them), Braking System (disc brake system), Valves, Thermal Management, Emission Control Systems, Alternative Fuel Systems, EV Powertrain and EV Power Electronics.

Spread across the globe, ADVIK Has 10 state-of-the-art facilities, 02 JVs and 07 TA’s. The organization is run by a young team of highly energetic and driven professionals and has a culture that nurtures agility, intrapreneurship and innovation.

Ensure that products or components being manufactured in Shop floor meet specified quality standards at designed productivity rate and collaborate with cross-functional teams to implement corrective and preventive actions, to achieve productivity and quality performance as per set targets (Manufacturing Engineering) support NPD.

1. Capacity Mapping (as per sales plan)

· Review the capacity of plant equipment (Machines and Assembly Lines) as per ASP and find out the gaps and report to corporate PE Function for bridge the gaps.

· Review the capacity of plant equipment (Machines and Assembly Lines) as per MSP and find out the gaps and co-ordinate with Prod./PE/PRC for bridge the gaps, to avoid sales loss.

· Ensure the implementation of new machines, assembly lines, testing station etc. as per Mgmt. approved Capacity review sign off document.

· Plant layout mapping

2. Jig Fixture Management

· Ensure no down time & no rejection due to jig fixture.

· Jig fixture design modification in-line with improvement.

3. Trouble Shooting

· Support production supervisor for correction of process on real time basis once any abnormality noted related to jig/fixture/tooling/programming gaps.

4. Quality Improvement

· Facilitate to Customers to ensure product quality as per design specification to avoid any line loss or customer complaint, due to poor process quality.

· Meet In-house machine shop rejection PPM achievement as per set annual targets.

· Meet In-house assembly shop FTR achievement as per set annual targets.

· Meet COPQ achievement as per set annual targets.

· Continuously improve CTQ parameters CP/CPK achievement min.1.33

5. Productivity Improvement

· Identify and implement measures to increase productivity, such as cycle time reduction, automation, Process elimination and workflow improvements.

6. New Product Development System

· Establish and continue improve the QG 15 system in plant for effective NPD Process.

· Timely closure of QG 15 Gates as per SOP.

· Conduct the OPT/HVPT of new parts/process to achieve the desired set targets.

· Design the process flow/PFMEA/Control Plan to achieve 0 defect in New Parts.

· Active participation of new parts gauge planning/measurement system analysis to avoid any defect due to weak measurement system

· Participate actively for new part process establishment to achieve PP/PPK min. 1.67, In-house Machine Shop Rejection PPM and Assy. Process FTR better than running parts quality benchmark values.

7. Continuous Improvement

· Identify improvement opportunities in manufacturing processes related to tooling cost reduction (technical improvements for cost & performance), consumable cost reduction, safety improvement, ergonomics and implement Kaizen.

· Line balancing & CT reduction,

· Manpower reduction by low-cost automation.

8. Quality Management System

· Establish and continuously improve the plant quality management system.

· Ensure and address all-customer specific requirements addressed in plant quality management system.

· Prepare and participate in MPR/MRM/Internal system audit as per annual plan.

· Get consolidation of monthly ME MIS Report, supporting PPT with all team members and demonstrate to mgmt. in monthly mgmt. review.

· Actively participate for establishment of safety management system OHSAS 18001 & Environment Management System ISO 14001, along with Plant HR and maintenance function.

· Participate in QM/DM/KK Pillar in Plant TPM Structure, for plant manufacturing excellence journey.

9. Documentation

· Prepare and maintain the controlled documents for Process – PFC/PFMEA/Control Plan.

· Maintain the revision history of process documents and ensure latest revision of control plan in shop floor.

· Prepare and maintain the other documents related to function requirements – man machine chart, work element sheet, Poka Yoke Matrix, MP Sheet etc.

10. Others

· Visit at supplier ends for conducting IPT events along-with PE Team.

Internal

External

Cross Function Dept. Members (Prod./QA/Maint. /PE/PRC), Section Head/Dept. Head

Customers/Suppliers/Consultants

Educational

Certifications

BE in Mechanical Engineering or Automobile Engineering or Diploma in Mechanical Engineering or Automobile Engineering

Six Sigma Black Belt or Green Belt

Internal Auditor for IATF/16949

Total Experience

Nature Of Experience

B.E :4-6 Years

Diploma: 5-9 Years

Automotive Components Manufacturing Company having Machining and Assembly Processes knowledge

Competencies Required

Competencies Acceptance Level*

1. CNC/VMC Programming Knowledge

2. GD&T Knowledge

3. Autocad software Skill

4. Problem solving/ Trouble Shooting Skills

5. Process Innovation

2

2

2

2

2

* Competency Acceptance Level: On a Scale of 1 to 5 (Please refer the competencies management process for definition of each level)

Competencies Required

Competencies Acceptance Level*

1. Result Orientation (Core Competency)

2. Problem Solving / Prevention

3. Detail Orientation

4. Continuous Learning

3

3

3

3

* Competency Acceptance Level: On a Scale of 1 to 5 (Please refer the competencies management process for definition of each level)