Job Description

Marmon Technologies India Private Limited
As a part of the global industrial organization Marmon Holdings--which is backed by Berkshire Hathaway-- you'll be doing things that matter, leading at every level, and winning a better way. We're committed to making a positive impact on the world, providing you with diverse learning and working opportunities, and fostering a culture where everyone's empowered to be their best.


This is a lead-level engineering position responsible for driving the design, development, and sustenance of construction and building envelope products for Construction Products Group. The role requires technical leadership in sheet metal and structural component design, with a strong focus on fabrication readiness, material optimization, and product cost-efficiency.


He/ She will lead end-to-end design initiatives, guide junior engineers, and collaborate with cross-functional teams including manufacturing, quality, sourcing, and suppliers. The position demands hands-on proficiency in CAD tools, DFM/DFA principles, and fabrication processes, along with a working exposure to FEA and design validation techniques. This role is central to delivering innovative, production-ready, and cost-effective solutions in support of Construction Products Group's strategic product portfolio.

Key Responsibilities / Functions:

Lead the

design and development of construction products

, structural assemblies, and custom sheet metal components (e.g., wall reinforcements, anchors, brackets).


Oversee the creation of detailed

2D and 3D CAD models

, flat patterns, and manufacturing-ready drawings using tools such as

AutoCAD

and

Revit

.


Manage product lifecycles from

concept to production

, including prototyping, testing, validation, and manufacturing handoff.


Ensure engineering deliverables meet

design intent

,

cost

, and

manufacturability requirements

, with adherence to quality standards.


Perform or review

design calculations

, and guide

FEA simulations

(using tools like ANSYS or Inventor Nastran) to validate structural performance and compliance.


Champion

DFM/DFA principles

,

value engineering (VAVE)

, and

standardization efforts

to optimize designs for scalability and cost-efficiency.


Lead the preparation and maintenance of accurate

BOMs

,

technical specifications

, and

engineering documentation

, including ECNs and revision control.


Collaborate closely with

manufacturing, procurement, quality, and global engineering teams

to ensure seamless design-to-production transitions.


Review and improve

nesting strategies

and part design to ensure efficient

CNC fabrication

and minimal material waste.


Mentor and support junior engineers and CAD designers, fostering a high-performance team environment.


Stay up to date with

fabrication techniques

,

materials

,

industry trends

, and

emerging design technologies

relevant to metal construction products.

Required Qualifications: (Education, Technical Skills/Knowledge)

Hands-on experience

in

product and structural design

, specifically within

metal fabrication

,

machined components

, or other industrial products.

Expert-level proficiency in AutoCAD

for 2D modeling and flat pattern development; working knowledge of

Revit

for handling BIM including design, visualize and collaborate structural designs.


Strong experience in performing

engineering design calculations

including structural load estimations and basic stress analysis.


In-depth understanding of

metal processing techniques

--cutting, forming, punching, and welding--and their impact on design feasibility.


Proficient in

GD&T

,

tolerance stack-up analysis

,

DFM/DFA

, and

DFMEA

methodologies to ensure robust and production-ready designs.


Comprehensive knowledge of

fabrication processes

including

laser/plasma cutting

,

bending

,

welding

, and

machining

, with awareness of shop-floor constraints.


Solid understanding of

material behavior

,

coating/finishing processes

(e.g., powder coating, galvanizing), and their influence on durability and performance.


Proficiency in

BOM management

,

part numbering systems

, and

revision control

.


Experience supporting

manufacturing, prototyping

, and

first-article testing

, translating design intent into production-ready deliverables.


Familiarity with

cost estimation

,

value engineering

, and

VAVE techniques

for driving product affordability and standardization.


Ability to independently

plan, coordinate, and execute

development projects--spanning new product introductions, redesigns, cost optimizations, and engineering analysis.


Proven experience in

mentoring junior engineers

, reviewing their work, and conducting

technical design reviews

to ensure quality and consistency.


Prior experience working in a

global engineering environment

with collaboration across

multi-site

including virtual coordination and occasional travel.


Following receipt of a conditional offer of employment, candidates will be required to complete additional job-related screening processes as permitted or required by applicable law .