Job Overview

The Industrial Engineer will be a
part of the
Manufacturing Development Engineering Team for the Connected Living Solutions
Business Unit. TE Connectivity's Manufacturing Development Engineering teams are process leaders for stamping, molding and
assembly, ensuring the
processes are running at optimum levels for quality and cost. The Industrial Engineer will need to provide in-depth
cost model analysis and cost saving analysis for various manufacturing process
and product design scenarios, take initiative to drive continuous improvement for
a better product margin in close partnering with MDE team. They will work within
a global project team consisting of broad functions.

Responsibilities

·
Leading
product cost estimates and margin analysis for NPD part numbers and assure optimal
financial performance achievement by deep diving into cost elements like
materials cost, conversion cost and various manufacturing scenarios analysis.

·
Calculate
payback years on capital investment for NPD project and sustaining project, prepare
capital needs justifications and CERs and get approval from management.

·
Track
product cost and margin% for each gate and provide timely cost variance
analysis to PMO throughout G1-G6 phase for new product development projects.

·
Analyze
product cost change and capture cost savings opportunities for various
sustaining projects, such as manufacturing process optimization, new tooling or
machine build, manufacturing relocation, etc.

·
Establish
efficiency baseline for each product line and manufacturing process with deep understanding
of potential loss factors.

·
Build
and maintain databases for manufacturing processes and fix assets like tools
and machines.

·
Support and practice Lean /
TEOA initiatives

Position
Requirements:

·
Proficient in spoken and
written English.

·
5 years+ experience in finance
or manufacturing engineering within a manufacturing environment.

·
Experience with progressive
stamping, injection molding, electroplating
and assembly processes is a plus.

·
Knowledge of Industrial
Engineering methods, cost accounting and financial analysis.

·
Strong
data analysis ability, Excel is fundamental, other tools like Power Query or
VBA are a plus.

·
Energy
and ambition to deal with a wide array of projects simultaneously, in a
fast-paced manufacturing environment is required.

·
Being
proactive and taking ownership