Mechanical Engineer

Mechanical Engineer -Modular Construction
Join a Team Engineering the Future of Construction:
Building Beyond Bricks: A Collaborative Journey Towards Transformative Personal Construction
Inspired by the vision of empowering individuals and enriching lives through personal building, we embark on a transformative journey driven by the power of collaboration and fueled by groundbreaking scientific advancements. This isn't just about erecting structures; it's about unlocking human potential by creating personal spaces that inspire, nurture, and propel individuals and communities towards a brighter future.
Our Mission of developing Modular Building Technology that empowers & enriches customers’ lives - benefits all of humanity.
To revolutionise personal construction through cutting-edge scientific advancements and human-centric design, creating modular building systems that are:
Empowering: Placing the power of creation in the hands of individuals, fostering self-expression and personalized living spaces.
Enriching: Enhancing human well-being through sustainable design principles, promoting physical and mental health, and increasing life expectancy.
Benefiting all: Bridging the gap between individuals and institutions, fostering vibrant communities, and contributing to global prosperity.
Building the Future, Block by Block:
Factory-born precision: Envision modular systems born in controlled factory environments, ensuring exceptional quality, consistency, and precision in every block.
Intuitive assembly: Design building blocks that snap together seamlessly, akin to LEGO®, empowering individuals with user-friendly construction experiences.
Robust resilience: Develop systems that withstand harsh handling, extreme weather conditions, and the test of time, providing long-lasting value and peace of mind.
Speeding up construction: Revolutionize construction timelines, transforming months into hours, unlocking the potential for rapid deployment of homes, schools, and essential infrastructure.
Team - Core Values M.B.T focus (Modular Building Technology)
We are committed to building fast, safe, intuitive beneficial MBT that will have a massive positive impact on people’s future.
Anything that doesn’t help with that is out of scope.
Intense and scrappy
Building something exceptional requires hard work (often on unglamorous stuff) and urgency; everything (that we choose to do) is important.
Be unpretentious and do what works; find the best ideas wherever they come from.
Scale
We believe that scale—in our models, our systems, ourselves, our processes, and our ambitions—is magic. When in doubt, scale it up.
Make something people love
Our technology and products should have a transformatively positive effect on people’s lives.
Team spirit
Our biggest advances, and differentiation, come from effective collaboration in and across teams. Although our teams have increasingly different identities and priorities, the overall purpose and goals have to remain perfectly aligned.
Nothing is someone else’s problem.
The Role
We are seeking a highly skilled Mechanical Engineer to join our dynamic modular construction firm. You will utilize your expertise in Solidworks, sheet metal design, and simulations to design, analyze, and document efficient mechanical systems for our prefabricated units and co-ordinate with the Procurement, Manufacturing & Onsite construction team to effectively communicate purchase, process & usage of all required mechanical components Etc. Additionally, you will be instrumental in the selection of required Electrical & plumbing materials required for modular units as well as creating a BOM Quantity take-off sheet to effectively orchestrate efficient supply & usage of materials.
Primary Responsibilities:
Solidworks Mastermind:
Utilize Solidworks to create detailed and accurate 3D models and 2D drawings of mechanical systems for modular units.
Ensure designs comply with all relevant building codes and engineering standards.
Develop design libraries and templates for efficient model creation and standardization.
Understanding of mechanical fastening methods and their suitability for modular construction (e.g., bolts, welds, adhesives).
Knowledge of building envelope design principles, including air barrier and water barrier considerations.
Familiarity with various window and door systems used in modular construction.
Sheet Metal Design Champion:
Apply your knowledge of sheet metal fabrication techniques to design cost-effective and manufacturable components for our modular units.
Optimize sheet metal designs for strength, weight, and ease of assembly.
Simulation Specialist:
Utilize Solidworks simulations to analyze the functionality, performance, and potential failure modes of your designs.
Refine and optimize designs based on simulation results to ensure optimal real-world performance.
Streamlined Documentation:
Develop and maintain comprehensive design documentation packages, including drawings, specifications, and bill of materials (BOMs).
Ensure documentation is clear, accurate, and up-to-date for all project stakeholders.
Communication Bridge:
Effectively communicate design intent and technical specifications through clear and concise drawings, reports, and presentations.
Collaborate with procurement, manufacturing, and on-site construction teams to ensure smooth implementation of your designs.
Additional Responsibilities:
Electrical & Plumbing Systems
In collaboration with relevant specialists (consultants, suppliers), select appropriate electrical and plumbing materials for modular units, considering factors like functionality, code compliance, cost, and ease of installation within the modular environment.
Develop a basic understanding of electrical and plumbing codes (consider specifying regional or national codes) to guide material selection.
Quantity Take-Off (QTO): (Modify as follows)
Generate comprehensive and accurate QTOs for both mechanical, electrical, and plumbing components required for each modular unit.
Collaborate with procurement to ensure chosen materials are readily available and cost-effective for large-scale modular construction.
Skills and Qualifications:
Bachelor's or Master's degree in Mechanical Engineering.
Proficient in the use of the following combinations of software such as  Solidworks, AutoCAD and Adobe Photoshop.
Minimum 4 Years of experience in Mechanical Engineering.
Certified Solidworks Professional certificate.
Understanding of modular construction principles and offsite fabrication processes.
Strong analytical and problem-solving skills.
Proficiency in design for manufacturability and assembly (DFMA) principles.
Familiarity with project management methodologies (e.g., Lean, Agile) beneficial.
Strong attention to detail and quality control.
Effective communication and collaboration skills.
Additional Skills:
Understanding of basic electrical and plumbing design principles and components.
Working knowledge of relevant building codes for electrical and plumbing systems (consider specifying regional or national codes).
Ability to research and identify suitable electrical and plumbing materials based on technical specifications and industry standards.
Behavioural Tendency
Synergy with Vision, Passion for positive contribution to humanity, Availability, Responsibility, Versatility, Resourcefulness, Thoroughness & Attention to Detail, Team spirit & being the change you want to see.
Evaluation Criteria:
Modular Construction Mechanical Engineer Performance Review.
1. First Principle Thinking (Problem-Solving with Clarity)
Information Evaluation: Does the engineer demonstrate the ability to critically evaluate information and identify the most relevant data for solving design challenges.
Challenging Assumptions: Does the engineer actively question existing practices and propose innovative solutions based on fundamental principles.
Independent Problem-Solving: Can the engineer break down problems into core elements and develop original solutions without relying solely on established methods.
Evidence of Success:
Instances where the engineer identified and addressed a previously overlooked factor leading to a problem in a modular unit design.
Ability to explain their thought process and justify their design choices based on fundamental principles
2. System Thinking (Mastering the Interconnectedness)
Root Cause Analysis: Does the engineer demonstrate the ability to identify the underlying cause of design or construction issues within the modular unit system.
System Breakdown: Can the engineer effectively deconstruct a modular unit into its core systems and analyze their interactions.
Holistic Design Approach: Does the engineer consider the big picture, ensuring all mechanical, electrical, and plumbing systems work seamlessly within the unit?
Evidence of Success:
Examples of the engineer collaborating effectively with other disciplines (electrical, plumbing) to ensure holistic system integration.
Ability to explain how their design decisions impact other systems within the modular unit.
3. Design Thinking (User-Centric Innovation)
User Empathy: Does the engineer consider the needs of various stakeholders (construction crew, building occupants) in their designs?
Error-Proofing: Does the engineering design with human limitations in mind, minimizing the potential for installation or maintenance errors?
Efficient Design: Does the engineer create intuitive and efficient mechanical systems that are easy to understand and operate?
Evidence of Success:
Instances where the engineer identified and addressed potential human error risks during the design phase.
Feedback from construction crews or occupants regarding the ease of use and maintainability of the mechanical systems.
This evaluation framework allows us to assess the Mechanical Engineer's contribution beyond technical expertise. It emphasizes their ability to think critically, solve problems holistically, and design with user needs in mind, ultimately leading to successful and efficient modular construction projects.

---