Team Description:

Designing and building facilities and infrastructure is key to enabling Neuralink to scale. The EPC team is responsible for all aspects of engineering, procurement, and construction ranging from greenfield site developments to tenant improvements of our existing facilities. We regularly interface with cross-functional teams to identify their short- and long-term needs, plan, and deliver purpose-built spaces.This position requires an outgoing and highly organized mindset, an ability to perform at a high level on a consistent basis, a desire to work on multi-disciplinary projects, and an excitement to work at Neuralink!

Job Description and Responsibilities:

As part of the construction team, an EPC Engineer is responsible for ensuring that the output of Neuralink construction projects meets the technical requirements and specifications created during design development. When a challenge arises during construction, an EPC Engineer is expected to identify the roadblock, determine potential solutions, assemble stakeholders, and ensure that the solution is implemented as per design specifications or create a design that can be used to implement a solution. An EPC Engineer:

• Leads: 
• Inspections and quality control during construction
• Contractor scheduling to ensure projects meet deadlines
• Responding to or sourcing responses for RFIs related to constructability or deviations from construction drawings or manufacturer specifications
• Negotiating and managing contracts with vendors, contractors, consultants, and other third parties as needed
• Preparing purchase orders while following appropriate pricing and scope evaluations
• Reviewing and approving invoices for contractors and materials Neuralink sources
• Is a contributor to:
• Attending regular meetings between trades on site, and between contractors and the internal EPC team, in order to address technical construction questions
• Collaborating with architects, engineers, contractors, and other stakeholders to deliver constructable plansets
• Vetting and selecting contractors
• Understanding and implementing the processes of end users to ensure that their design intent is met in new construction or tenant improvements
• Generates:
• Construction review meetings and reports with internal stakeholders at major milestones during construction
• Quality control reviews and reports to document the quality of constructed items
• RFIs and Submittals for the design team to review and approve during construction projects

Required Qualifications:

• Bachelor’s degree in civil, mechanical, architectural or similar engineering discipline
• 3+ years of relevant experience

Preferred Qualifications:

• Experience in site civil design including grading, roadway, pavements, utilities, stormwater management plans (flood control and stormwater quality), erosion and sediment control plans, project sites with multi-users and modes of transportation, and industrial construction and operations
• Experience commissioning and startup of Mechanical and Electrical Equipment
• Has passed the FE exam or has the ability to pass it within 6 months of starting
• Experience with structural engineering, deep and shallow foundation designs, steel, concrete, and other building materials is preferred
• Experience managing external consultants and contractors through full scopes

The Role

Apptronik is seeking a Staff Mechanical Engineer to serve as the technical lead for Apollo’s lower body. This is a high-visibility leadership role responsible for the hip, leg, knee, ankle, and foot assemblies.

You will own the complete lifecycle—architecture, design, integration, and verification—of the lower body stack. This position requires deep expertise in locomotion kinematics, dynamic stability, and high-load structural design. You will lead the development of systems that must deliver human-like mobility, absorb high-energy impacts, and maintain durability across millions of cycles in real-world environments.

Key Responsibilities

System Architecture & Locomotion Design

• Lower Body Ownership: Define the mechanical architecture for the hips, legs, knees, ankles, and feet. Lead trade-off studies between power density, range of motion (ROM), stability, and energy efficiency.
• Locomotion Performance: Architect systems that enable stable walking, running, lifting, and recovery from disturbances (e.g., slips, trips, and falls). Balance dynamic performance with robustness and safety.
• Mass Distribution & Stability: Optimize mass placement and inertia to improve balance, agility, and whole-body coordination.

Complex Mechanism Design

• High-Performance Joints: Drive the design of multi-DOF joints (hip, knee, ankle) capable of high torque output and high cycle life while maintaining precision and backdrivability where needed.
• Shock & Impact Management: Design structures and mechanisms that absorb and dissipate energy during foot-ground contact and high-impact events (e.g., stepping off ledges, falls).
• Structural Integrity: Lead the design of the lower body load path to support full robot mass and dynamic loads using advanced materials and topology optimization.

Ground Interface & Mobility

• Foot & Contact Design: Develop feet and contact interfaces that provide traction, compliance, and adaptability across varied terrains.
• Actuation Integration: Partner closely with controls and actuation teams to ensure mechanical designs support force control, impedance control, and dynamic motion planning.

Integration & Reliability

• Subsystem Integration: Lead integration of actuators, sensors , and structural elements within tight mechanical envelopes.
• Cable & Harness Routing: Architect robust routing strategies through high-flex joints (hips, knees, ankles), ensuring multi-million cycle reliability and maintainability.
• Environmental Robustness: Ensure designs meet requirements for ingress protection (IP), thermal performance, and durability in real-world operating conditions.

Verification & Leadership

• DVT Ownership: Define and execute the Design Verification Test (DVT) plan for the lower body, including fatigue testing, impact testing, and long-duration lifecycle validation.
• Failure Analysis: Lead root cause investigations for field or lab failures related to wear, fatigue, or performance degradation.
• Technical Mentorship: Conduct deep-dive design reviews, establish best practices for dynamic robotic systems, and mentor engineers across experience levels.

Required Skills & Qualifications

• Experience: B.S. in Mechanical Engineering with a 8+ years of experience in mechanical design of complex robotic systems, with a focus on legged systems or high-load dynamic mechanisms.
• Drive Through Influence: Proven ability to lead technical initiatives and align cross-functional stakeholders without direct authority. Strong track record of driving system-level decisions.
• Subject Matter Expertise: Demonstrated experience designing multi-axis robotic legs, exoskeletons, or comparable high-DOF dynamic systems.
• Locomotion & Dynamics: Deep understanding of kinematics, dynamics, and control considerations for legged locomotion.
• Structural & Fatigue Design: Expertise in designing for high-cycle fatigue, impact loading, and durability.
• Packaging Mastery: Strong experience integrating actuators, sensors, and structures in compact, high-performance systems.
• CAD Expertise: Expert-level proficiency in CAD tools (SolidWorks, NX, CATIA).
• Education: BS/MS in Mechanical Engineering, Robotics, or a related field.

Apptronik is seeking a Staff Mechanical Engineer to serve as the technical lead for Apollo’s lower body. This is a high-visibility leadership role responsible for the hip, leg, knee, ankle, and foot assemblies.

You will own the complete lifecycle—architecture, design, integration, and verification—of the lower body stack. This position requires deep expertise in locomotion kinematics, dynamic stability, and high-load structural design. You will lead the development of systems that must deliver human-like mobility, absorb high-energy impacts, and maintain durability across millions of cycles in real-world environments.

Key Responsibilities

System Architecture & Locomotion Design

• Lower Body Ownership: Define the mechanical architecture for the hips, legs, knees, ankles, and feet. Lead trade-off studies between power density, range of motion (ROM), stability, and energy efficiency.
• Locomotion Performance: Architect systems that enable stable walking, running, lifting, and recovery from disturbances (e.g., slips, trips, and falls). Balance dynamic performance with robustness and safety.
• Mass Distribution & Stability: Optimize mass placement and inertia to improve balance, agility, and whole-body coordination.

Complex Mechanism Design

• High-Performance Joints: Drive the design of multi-DOF joints (hip, knee, ankle) capable of high torque output and high cycle life while maintaining precision and backdrivability where needed.
• Shock & Impact Management: Design structures and mechanisms that absorb and dissipate energy during foot-ground contact and high-impact events (e.g., stepping off ledges, falls).
• Structural Integrity: Lead the design of the lower body load path to support full robot mass and dynamic loads using advanced materials and topology optimization.

Ground Interface & Mobility

• Foot & Contact Design: Develop feet and contact interfaces that provide traction, compliance, and adaptability across varied terrains.
• Actuation Integration: Partner closely with controls and actuation teams to ensure mechanical designs support force control, impedance control, and dynamic motion planning.

Integration & Reliability

• Subsystem Integration: Lead integration of actuators, sensors , and structural elements within tight mechanical envelopes.
• Cable & Harness Routing: Architect robust routing strategies through high-flex joints (hips, knees, ankles), ensuring multi-million cycle reliability and maintainability.
• Environmental Robustness: Ensure designs meet requirements for ingress protection (IP), thermal performance, and durability in real-world operating conditions.

Verification & Leadership

• DVT Ownership: Define and execute the Design Verification Test (DVT) plan for the lower body, including fatigue testing, impact testing, and long-duration lifecycle validation.
• Failure Analysis: Lead root cause investigations for field or lab failures related to wear, fatigue, or performance degradation.
• Technical Mentorship: Conduct deep-dive design reviews, establish best practices for dynamic robotic systems, and mentor engineers across experience levels.

Physical Requirements

• Prolonged periods of sitting at a desk and working on a computer 
• Must be able to lift 15 pounds at times
• Vision to read printed materials and a computer screen
• Hearing and speech to communicate 

Who We Are 

Core Scientific is a leading provider of infrastructure for high-performance compute in North America. Our mission is to accelerate digital innovation by scaling high-value compute rapidly, efficiently, and responsibly.  We transform energy into high-value compute with unmatched efficiency at scale. The company is a $5 billion publicly traded company (NASDAQ: CORZ). 

We power AI, HPC, and other next-generation data center workloads demanding exceptional computing power, in addition to our digital asset mining operations.  We own and operate nine data centers in seven states, housing advanced infrastructure for our customers. 

What sets us apart? We have an entrepreneurial culture, a "can-do" and collaborative attitude, and we own and control our infrastructure. These strategic advantages enable us to maintain operational excellence, increase efficiency, and rapidly deploy cutting-edge innovations developed by our team of experts. 

Join us and accelerate your career alongside our groundbreaking journey. We seek smart, creative, and collaborative professionals who thrive in a fast-paced, result-driven environment. Ready to be part of something exceptional? Apply today and make an impact at Core Scientific. 

Title 

Enterprise Architect 

Reports To 

Chief Technology Officer 

The Job 

As organizations scale, digital systems outpace the assumptions that shaped them. Permissions accumulate, automation compounds, reconciliation logic ages, and integrations drift until policy and documentation alone can no longer ensure that system behavior reflects operational, financial, and revenue-generating reality. 

We are seeking an Enterprise Architect within the Technology organization to ensure that enterprise systems operate with durable precision as complexity increases. The mandate is dual: contain structural risk and harden the enterprise into a disciplined, programmatic system that accelerates revenue, efficiency, and enterprise value. Reporting to the Chief Technology Officer and operating across engineering, data, finance, and operations, this role carries executive sponsorship aligned with CEO directive to strengthen institutional precision so that technology compounds advantage rather than complexity. 

Digital systems define operational truth and revenue execution. When architecture diverges from real-world behavior, inefficiency compounds quietly, throughput slows, reporting distorts, and value erodes. This role engineers durability directly into system design—strengthening control architecture, validating behavior, eliminating operational debt, and maintaining disciplined access models so efficiency becomes structural rather than dependent on vigilance. 

Success is measured by increasing precision at scale. Systems align with operational and financial reality without constant intervention, weaknesses are surfaced before they compound, automation reinforces accountability rather than obscuring it, and improvements in control architecture translate into faster decision velocity, cleaner financial signal, reduced workflow friction, and measurable performance gains. Hardening removes fragility without introducing bureaucracy; precision increases speed. 

This is not a compliance or audit function. It is a high-trust, senior individual contributor role embedded within live enterprise systems with direct access to the CTO and visibility aligned with CEO mandate. 

Responsibilities 

• Investigate enterprise systems to ensure that digital workflows reflect operational, financial, and revenue-generating reality. 

• Map control surfaces across ERP, CRM, data pipelines, automation frameworks, APIs, and integrations, identifying structural weaknesses or inefficiencies.  

• Analyze reconciliation logic embedded within tooling and validate that assumptions remain sound under current scale and transaction velocity. 

• Detect privilege creep, access model drift, override frequency, structural permission risk, and hidden inefficiencies embedded in nuisance technology. 

• Examine automation layers for masked control failures, redundant workflows, and process friction that suppress throughput. 

• Redesign or reinforce enterprise control frameworks where necessary, strengthening architecture without introducing bureaucratic drag. 

• Use structured data analysis, scripting, and AI-accelerated investigative workflows to surface anomalies, quantify exposure, and model performance impact. 

• Translate technical findings into executive-level analysis that connects control integrity to margin protection, decision velocity, and revenue acceleration. 

• Partner with engineering and operations leaders to eliminate structural inefficiencies and convert fragile workflows into hardened programs. 

• Strengthen traceability, documentation, and institutional memory so that system durability scales with growth. 

• Foster open, respectful, and professional communication directly within the team as well as with co-workers/ teammates and leaders across the organization 

• Performs other duties as assigned 

Qualifications 

We are intentionally open to unconventional backgrounds. Exceptional candidates may have experience as: 

• A senior technical leader responsible for building and hardening systems under pressure. 

• A systems engineer or platform architect who has diagnosed and repaired structural fragility. 

• A forensic or investigative professional with strong technical depth. 

• A security or controls engineer with enterprise exposure. 

• A senior operator who has eliminated operational debt while scaling performance. 

You are likely a solution-oriented operator who derives energy from untangling nuisance technology, cleaning up degraded workflows, and eliminating inefficiencies that others tolerate. 

• Think in systems and control surfaces rather than isolated incidents. 

• Understand that structural failure often begins as unmanaged drift. 

• Recognize operational debt embedded in tooling and process before it becomes material loss. 

• Are materially focused and capable of distinguishing signal from noise. 

• Remain calm and precise in ambiguous environments. 

• Are comfortable operating without formal signature authority. 

• Can interrogate systems without destabilizing trust. 

• Thrive on turning fragility into engineered durability. 

• Prefer building hardened programs over writing policies. 

AI proficiency is foundational in this role. You are expected to use AI as a primary analytical engine, a bridging mechanism between systems, and a general-purpose accelerator for investigation, modeling, and solution design. This includes building repeatable AI-assisted workflows that combine data extraction, anomaly detection, hypothesis testing, and structured reporting. 

• Querying structured data using SQL or similar tools. 

• Writing lightweight scripts in languages such as Python to validate assumptions and test system behavior. 

• Navigating APIs, integration layers, automation frameworks, and permission hierarchies. 

• Using AI to synthesize findings, stress-test logic, generate diagnostic artifacts, and accelerate technical validation. 

• Distinguishing between superficial AI usage and disciplined, reproducible AI-driven system interrogation. 

You do not need to be a full-time software engineer. However, you must be technically literate enough to move beyond dashboards and into underlying system logic, and disciplined enough to operationalize AI into repeatable investigative infrastructure. 

Location 

Austin, TX or Miami, FL. While proximity to our core offices is preferred, we prioritize capability and alignment with mandate and will consider remote candidates where appropriate. 

Travel 

Occasional travel will be required up to 25%. 

Work Environment 

This job typically operates in a professional office environment and routinely utilizes standard equipment, including laptop computers and smartphones. This role will also travel to data center sites and the work environment at a data center may contain loud noise, construction and other operational elements,  

Physical Demands 

While performing the duties of this job, the employee is frequently required to sit, stand, walk, use hands, and lift up to 25 pounds.   

Position Type/ Expected Hours of Work 

This is a full-time position. General hours and days of work are Monday through Friday, 8:00 a.m. to 5:00 p.m. Some nights and weekends may be required. 

Supervisory Experience (Yes or No) 

No 

Who We Are  

Core Scientific is a leading provider of infrastructure for high-performance compute in North America. Our mission is to accelerate digital innovation by scaling high-value compute rapidly, efficiently, and responsibly.  We transform energy into high-value compute with unmatched efficiency at scale. The company is a $5 billion publicly traded company (NASDAQ: CORZ). 

We power AI, HPC, and other next-generation data center workloads demanding exceptional computing power, in addition to our digital asset mining operations.  We own and operate nine data centers in seven states, housing advanced infrastructure for our customers. 

What sets us apart? We have an entrepreneurial culture, a "can-do" and collaborative attitude, and we own and control our infrastructure. These strategic advantages enable us to maintain operational excellence, increase efficiency, and rapidly deploy cutting-edge innovations developed by our team of experts. 

Join us and accelerate your career alongside our groundbreaking journey. We seek smart, creative, and collaborative professionals who thrive in a fast-paced, result-driven environment. Ready to be part of something exceptional? Apply today and make an impact at Core Scientific. 

Title 
Data Center Design Engineer

Reports To 
Vice President, Data Center Design  

The Job  

We are seeking a highly experienced and innovative Data Center Design Engineer to lead our data center projects. The ideal candidate will have a deep understanding of data center design, construction, and operations, with a strong background in engineering and project management; roles in operations are a plus but not required. This role involves overseeing the entire lifecycle of data center projects, from initial design through to commissioning and operational handover. 

Responsibilities 

• Lead and manage the design engineering team in the conceptualization, design, and implementation of data center projects, ensuring all systems meet performance, reliability, and safety standards. 
• Provide technical leadership in the design of mechanical, electrical, and plumbing (MEP) systems, ensuring integration with architectural and structural elements. 
• Drive innovation in data center design, incorporating the latest technologies and best practices to enhance efficiency and sustainability. 
• Develop and manage project schedules, budgets, and resources, ensuring projects are completed on time and within budget. 
• Implement and oversee quality control processes to ensure compliance with industry standards, codes, and regulations. 
• Collaborate with clients, architects, contractors, and other stakeholders to ensure project requirements are met and expectations are managed. 
• Identify potential risks and develop mitigation strategies to ensure project success. 
• Maintain comprehensive project documentation, including design specifications, as-built drawings, and operation manuals. 
• Mentor and develop junior engineers, fostering a culture of continuous learning and professional growth within the team. 
• Foster open, respectful, and professional communication directly within the team as well as with co-workers/ teammates and leaders across the organization. 
• Performs other duties as assigned. 

Qualifications 

• A bachelor’s or master’s degree in electrical engineering or a related field is required. 
• 10+ years of experience in engineering, with at least 5 years in a senior or principal role managing data center projects. 
• Professional Engineer (PE) license is preferred. LEED accreditation and other relevant certifications are a plus. 
• Proficiency in AutoCAD, Revit, and other engineering design software. Strong understanding of HVAC, electrical power distribution, and plumbing systems. 
• Proven experience in managing large-scale projects, including budgeting, scheduling, and resource allocation. 
• Excellent verbal and written communication skills, with the ability to present complex technical information to non-technical stakeholders. 
• Strong analytical and problem-solving skills, with a proactive approach to identifying and resolving issues. 
• Demonstrated ability to lead and motivate a team, fostering a collaborative and productive work environment. 

Location 

To be considered for this role, you must reside near the following locations: Miami, FL, Austin, TX, Pecos, TX, Denton, TX, Muskogee, OK, Grand Forks, ND, Calvert City, KY, Marble, NC, Dalton, GA or Auburn, AL 

Travel  

Frequent travel may be required as needed. (50% of the time.) 

Work Environment 

This job operates in a professional office environment and routinely utilizes standard equipment, including laptop computers and smartphones.  

Physical Demands  

While performing the duties of this job, the employee is frequently required to sit, stand, walk, use hands, and lift up to 25 pounds.   

Position Type/ Expected Hours of Work  

This is a full-time position. General hours and days of work are Monday through Friday, 8:00 a.m. to 5:00 p.m. Some nights and weekends may be required.  

Supervisory Experience (Yes or No) 

No 

JOB SUMMARY

Apptronik is seeking a Staff Mechanical Engineer – Structural Simulation to support the structural integrity, mass optimization, and dynamic performance of our humanoid robot, Apollo. In this role, you will contribute to simulation efforts that help move designs from concept to validated hardware while reducing the need for extensive physical prototyping.

As a staff engineer, you will work with FEA and related tools to address complex physics challenges such as impact dynamics, fatigue in high-DOF joints, and multi-body dynamics while contributing to the broader simulation approach. You’ll collaborate across teams to help connect system-level behaviors with the physical capabilities of the robot’s structure.

ESSENTIAL DUTIES AND RESPONSIBILITIES or KEY ACCOUNTABILITIES

• Simulation Roadmap: Support the definition of the workflows and methodologies across the team.
• Predictive Engineering: Help drive the shift to embedding simulation into early architectural decisions.
• Standardization: Establish and enforce company-wide standards for modeling (materials, boundary conditions, safety factors).
• Non-Linear & Dynamic FEA: Guide the complex non-linear and dynamic simulation challenges (e.g., robot falls, extreme events).
• Fatigue & Life Prediction: Validate fatigue life methodologies, including advanced fracture mechanics approaches.
• Mass Optimization: Drive mass optimization strategy across systems, balancing stiffness, durability, and weight targets.
• Test/Sim Correlation: Design and participate in the test/simulation correlation strategy, ensuring models are predictive and continuously improved.
• Material Characterization: Support material characterization strategy, especially for advanced materials.
• Mentorship: Mentor senior and junior level engineers and act as the technical escalation point for hardest problems.
• Cross-Disciplinary: Lead deep technical reviews and resolve cross-disciplinary physics bottlenecks and help to influence product architecture through simulation-informed trade studies.

SKILLS AND REQUIREMENTS

• Software Mastery: Proficiency in industry-standard simulation suites (e.g., Ansys, Abaqus, SimCenter).
• Physics Depth: Mastery of solid mechanics, vibration (vibration, shock, and modal analysis), heat transfer, and multi-body dynamics.
• Humanoid Context: Specific experience with high-speed moving mechanisms or "lightweighting" structures for mobile platforms is highly preferred.

EDUCATION and/or EXPERIENCE

• PhD or MS degree  in Mechanical Engineering, Aerospace Engineering, or a related field with a focus on Computational Mechanics.
• At least 8 years of experience  in structural simulation and mechanical design, with a proven track record of shipping complex, high-performance electromechanical products (Robotics, Aerospace, or Automotive).
  
  

PHYSICAL REQUIREMENTS 

• [Prolonged periods of sitting at a desk and working on a computer
• Must be able to lift 15 pounds at times
• Vision to read printed materials and a computer screen
• Hearing and speech to communicate]

JOB SUMMARY

We are seeking a Staff Mechanical Engineer to lead the structural design and architecture of a next-generation robotic hand for a humanoid platform. This role goes beyond traditional end effectors—focusing on highly dexterous, human-like manipulation in unstructured environments.

As the technical lead for hand structures, you will define and drive the mechanical design of complex, multi-DOF systems that must balance strength, compliance, weight, and tactile interaction. You will work at the intersection of biomechanics, precision engineering, and robotics to create a hand capable of robust, versatile, and safe interaction with the world.

ESSENTIAL DUTIES AND RESPONSIBILITIES or KEY ACCOUNTABILITIES

• Own the robotic hand structural architecture
  Define the mechanical architecture of a multi-fingered humanoid hand, including finger topology, joints, palm structure, and load paths, balancing dexterity, strength, and weight.
• Lead design of fingers and joints
  Develop robust, multi-DOF mechanisms with appropriate joint types, ensuring durability under off-axis loads, impacts, and real-world use.
• Co-design with actuation systems
  Partner with actuation team on tendon-driven or remote actuation designs, including cable routing, transmission efficiency, and wear reduction.
• Engineer for contact-rich, human-like interaction
  Design for grasping, pinching, sliding, and tool use, balancing compliance and stiffness for both precision and safe interaction.
• Drive structural analysis and durability
  Own FEA and validation for stress, fatigue, and impact. Design for high cycle life and address failure modes like wear, loosening, and material fatigue.
• Enable compact, integrated designs
  Build high-density mechanical systems that integrate actuation, sensing, and wiring within tight space constraints.
• Lead prototyping and iteration
  Rapidly prototype, test, and refine designs based on hands-on evaluation and system-level feedback.
• Own manufacturability and scale-up
  Drive DFM/DFA, process selection, tolerancing, and supplier collaboration to ensure production-ready designs.
• Collaborate cross-functionally
  Work closely with controls, perception, electrical, and software teams to deliver a cohesive manipulation system.
• Provide technical leadership
  Mentor engineers, lead design reviews, and set best practices for dexterous manipulation systems.

SKILLS AND REQUIREMENTS

• Drive Through Influence: A proven ability to lead technical initiatives and align cross-functional stakeholders without direct reporting authority. You must be able to build consensus on complex architectural trade-offs.
• Surfacing Expertise: Proven ability to work with Class-A surfaces and complex geometries; expert-level proficiency in surfacing tools within SolidWorks, NX, Catia…
• Subject Matter Expertise: Proven track record of designing multi-axis robotic arms or high-DOF dynamic mechanisms.
• Packaging Mastery: Exceptional skills in "tight-space" integration; experience with ruggedized electronics packaging or automotive/aerospace interiors is a plus.
• Education: BS/MS in Mechanical Engineering, Robotics, or a related field.
• Direct experience with robotic hands, dexterous manipulation, or anthropomorphic mechanisms is preferred
• Familiarity with human hand biomechanics or bio-inspired design principle sis preferred
• Experience with tendon-driven systems, cable routing, or underactuated mechanisms is preferred
• Background in compliant or soft robotic structures is preferred
• Experience integrating tactile sensing or force feedback into mechanical designs is preferred
• Knowledge of advanced materials and surface treatments for wear and grip optimization is preferred

EDUCATION and/or EXPERIENCE

• Education: B.S in Mechanical Engineering 
• Experience: 8 years of experience in mechanical design of complex robotic systems

PHYSICAL REQUIREMENTS 

• Prolonged periods of sitting at a desk and working on a computer 
• Must be able to lift 15 pounds at times
• Vision to read printed materials and a computer screen
• Hearing and speech to communicate 

JOB SUMMARY

Apptronik is seeking a Staff Mechanical Engineer to serve as the technical lead for Apollo’s upper body. This is a high-visibility leadership role responsible for the torso, head, and arm assemblies.

You will own the complete lifecycle—architecture, design, integration, and verification—of the upper body stack. This position requires a rare blend of deep kinematic expertise and the ability to solve extreme "packaging" challenges, where high-performance compute, high-density batteries, and sensitive perception sensors must coexist within a compact, dynamic, and thermally-constrained frame. Finally, you will be responsible for translating visionary industrial design into high-fidelity, functional A-surfaces.

ESSENTIAL DUTIES AND RESPONSIBILITIES or KEY ACCOUNTABILITIES

System Architecture & Industrial Design Integration

• Upper Body Ownership: Define the mechanical architecture for the torso, head, and arms. Lead the trade-off studies between mass distribution, range of motion (ROM), and structural rigidity.
• ID Intent & A-Surfaces: Serve as the primary bridge between Industrial Design (ID) and Engineering. Responsible for incorporating ID intent into final A-surfaces, ensuring that mechanical constraints (draft, wall thickness, cooling vents) do not compromise the iconic Apollo head design language and brand identity.
• Aesthetic & Functional Synthesis: Manage the complex surfacing of the robot's "skin," ensuring seamless transitions between structural elements and aesthetic covers while maintaining IP (Ingress Protection) and thermal venting requirements.

Complex Mechanism Design

• Kinematic Structures: Drive the development of high-performance robotic limbs. Design innovative mechanisms that manage extreme dynamic loads while maintaining the precision required for human-like manipulation.
• Structural Integrity: Lead the design of the primary "chassis" (torso) to protect internal electronics from high-energy impact events (e.g., falls) using advanced materials and topology optimization.

High-Density Integration

• Subsystem Packaging: Lead the tight-space integration of the compute cluster (NVIDIA Jetson/SoMs), battery modules, and perception sensors (LiDAR, Depth Cameras) within the torso and head.
• Interconnect & Cable Management: Architect the routing strategy for complex wire harnesses through high-flex joints (shoulders, neck, elbows), ensuring multi-million cycle reliability and signal integrity.

Verification & Leadership

• DVT Ownership: Define and execute the Design Verification Test (DVT) plan for the upper body stack, including environmental, vibration, and lifecycle testing.
• Technical Mentorship: Conduct deep-dive design reviews and establish company-wide standards for high-performance robotic design, mentoring senior and junior engineers.

SKILLS AND REQUIREMENTS

• Drive Through Influence: A proven ability to lead technical initiatives and align cross-functional stakeholders without direct reporting authority. You must be able to build consensus on complex architectural trade-offs.
• Surfacing Expertise: Proven ability to work with Class-A surfaces and complex geometries; expert-level proficiency in surfacing tools within SolidWorks, NX, Catia…
• Subject Matter Expertise: Proven track record of designing multi-axis robotic arms or high-DOF dynamic mechanisms.
• Packaging Mastery: Exceptional skills in "tight-space" integration; experience with ruggedized electronics packaging or automotive/aerospace interiors is a plus.

EDUCATION and/or EXPERIENCE

• Experience: 8 years of experience in mechanical design of complex robotic systems
• Education: BS/MS in Mechanical Engineering, Robotics, or a related field.

PHYSICAL REQUIREMENTS 

• Prolonged periods of sitting at a desk and working on a computer
• Must be able to lift 15 pounds at times
• Vision to read printed materials and a computer screen
• Hearing and speech to communicate

Overview

What you will do:

What you will bring:

Salary Range: USD $120,800.00 - USD $144,960.00 /Yr.

Find out more about what Woolpert has to offer here:  http://woolpert.com/about-us/

Woolpert is an equal-opportunity employer. Woolpert is committed to the full inclusion of all individuals. We recruit, train, compensate, and promote regardless of race, religion, color, national origin, sex, disability, age, veteran status, and other protected status as required by applicable law.  You may view more about EEO on our website: Equal-Employment-Opportunity-The-Law.pdf and EEO is the Law Poster Supplement.

Applicants who require an accommodation throughout the application and interview process should request this in advance by contacting askhr@woolpert.com 

To all agencies: Please, no phone calls or emails to any employee of Woolpert or any of our subsidiaries about this requisition. All resumes submitted by search firms/employment agencies to any employee at Woolpert via email, the internet, or in any form and/or method will be deemed the sole property of Woolpert, unless such search firms/employment agencies were engaged by Woolpert's Talent Acquisition Team for this requisition and a valid agreement is in place. In the event a candidate who was submitted outside of Woolpert's applicant process is hired, no fee or payment of any kind will be paid.

• Assist in the development of new formulations of cement-based 3D-printable materials and optimize the performance of existing formulations and mix designs.
• Execute testing programs focused on the performance evaluation of 3D-printed materials and structures.
• Participate in full-scale material testing campaigns and collaborate with other teams on their successful execution.
• Troubleshoot material performance in ICON’s Vulcan and Magma systems and provide feedback to the technology teams on possible solutions and performance improvements.
• Support the development of ICON’s projects (development, design, construction, post-construction).
• Generate test reports and presentations to effectively communicate material performance across various ICON teams.
• Assist with the development of R&D initiatives, programs, and proposals.
• Participate in the development of one-off test methods and adapt standardized testing procedures to 3D-printed applications.
• Provide support and training to laboratory personnel.
• Must be willing to perform a wide range of tasks on a daily basis in both office and laboratory/field environments.

• Ph.D. in Civil Engineering or Material Science (with a focus on cement-based materials), or Master’s with 3+ years of industry experience, or BS in Civil Engineering /Material Science Engineering with 5+ years of industry experience.
• Knowledge of the fundamentals of concrete and cement-based materials science and technology.
• Experience in the evaluation of cement-based materials using standardized (ASTM, EN, ISO) and one-off test methods and procedures.
• Experience in the development, optimization, and performance troubleshooting of concrete mixtures and/or other cement-based products (grouts, dry mortars, etc.)
• Sound understanding of concrete structural performance.
• Experience in the development of concrete specifications.
• A quick learner capable of understanding the operational aspects of hardware, electrical, controls, and software systems utilized by the company.
• Experience in analyzing large data sets and the ability to draw data-driven conclusions.
• Exceptional technical and problem-solving skills and reasoning ability.
• Ability to prioritize and stay cool in a dynamic start-up environment.
• Strong verbal and written communication skills.
• Must be able to lift 50 pounds.
• This position may require travel up to up 30%.

• Previous start-up experience, and/or a resourceful, innovative nature with an ability to streamline or develop efficient processes.
• An engineer in nature, eager to learn various aspects of the large-scale 3D printing process (hardware, control, and software systems, architecture, and design).
• A skilled user and/or ability to quickly learn how to use various software tools for data analysis, data acquisition, and cement-based materials performance modeling.

ICON is looking for a Senior Mechanical Engineer to assist in our Strategic R&D efforts.  As the Mechanical Engineer for Off-Planet Robotics, you will be responsible for the development of conceptual and detailed designs of electro-mechanical systems that will be used off-planet You will also conduct trade studies and ideation exercises, participating in our design review and systems engineering processes, and ultimately flying the hardware you have designed.  This role is an onsite role and is based locally in ICON’s Austin, TX laboratories, and will report to the Senior Director of Off-Planet Systems.

RESPONSIBILITIES:

• Contribute in the development of a robotic platform for lunar construction applications, focusing on motion platforms and dynamic fluid systems.
• Design and create prototypes using in-house and external fabrication
• Specify robotic servo-driven actuators using industry standards for aerospace applications, including mobile (rover-based) robotics, and large format, long reach robotic actuators.
• Run FEA and CFD analysis to provide safe and reliable engineered solutions for use in space.
• Provide hands-on, troubleshooting, and build support as well designing, implementing, and integrating solutions in a fast-paced environment with a quick AGILE development cycle.
• Create design solutions utilizing engineering methods with strong documentation processes
• Collaborate with cross-functional, multidisciplinary team members to procure, fabricate, test, and ultimately fly the hardware you have designed.
• Perform a wide range of tasks on a daily basisEstablish individual and team goals consistent with overall company OKRs

MINIMUM QUALIFICATIONS:

• B.S. degree or higher in Mechanical Engineering.
• 8+ years of recent experience designing mechanical system elements including electromechanical systems and/or robotics. .
• Strong experience in R&D product development environments, developing products that utilize and integrate with cutting edge technologies.
• Strong mechanical design and integration skills using 3D CAD tools, preferably Solidworks.
• Ability to earn trust, maintain positive and professional relationships, and contribute to a culture of inclusion.
• Ability to work with and/or take direction well from a variety of peer team members in other fields of discipline.
• Strong understanding of DFM principles.

PREFERRED QUALIFICATIONS:

• M.S. or PhD in Mechanical or Aerospace Engineering.
• Strong understanding of optical principles, opto-mechanical design, and space environmental considerations. 
• Experience in mechanical design within aircraft, spacecraft, or launch vehicles
• Strong thermal analysis skills.
• Past design experience in extreme thermal environments.
• Familiarity with serial robotic arm operations and design constraints.
• Experience in systems engineering principles: requirements development, implementation, verification, system integration, qualification and release.
• Experience in spacecraft systems design.
• Experience in Solidworks and PDM.
• Experience in structural FEA and CFD using ANSYS or similar tools.

PHYSICAL/ENVIRONMENTAL REQUIREMENTS:

• Work performed in an environment requiring exposure to fumes, odors, noise, and outdoor conditions.
• Physical effort may be required for the handling of supplies or materials (up to 50 lbs unassisted).

• Contribute in the development of a robotic platform for terrestrial construction applications, focusing on motion platforms and dynamic fluid systems.
• Design and create prototypes using in-house and external fabrication.
• Specify robotic servo-driven actuators using industry standards for mechanical applications, including motion robotics, and large format, long reach robotic actuators.
• Provide hands-on, troubleshooting, and build support as well designing, implementing, and integrating solutions in a fast-paced environment with a quick AGILE development cycle.
• Create design solutions utilizing engineering methods with strong documentation processes
• Collaborate with cross-functional, multidisciplinary team members to procure, fabricate, test, and ultimately deploy the hardware you have designed.
• Support and take direction from the Lead Mechanical Engineer as well as other senior engineers on staff
• Perform a wide range of tasks on a daily basis
• Establish individual and team goals consistent with overall company OKRs

• B.S. degree or higher in Mechanical Engineering.
• 5+ years of recent experience designing mechanical system elements including electromechanical systems and/or robotics.
• Affinity for hands-on work outdoors supporting robotic application and feasibility testing.
• Experience in R&D product development environments, developing products that utilize and integrate with cutting edge technologies.
• Strong mechanical design and integration skills using 3D CAD tools, preferably Solidworks.
• Ability to earn trust, maintain positive and professional relationships, and contribute to a culture of inclusion.
• Ability to work with and exchange ideas well from a variety of peer team members in other fields of discipline.
• Strong understanding of DFM principles.

• Experience in mechanical design within industrial robotic systems.
• Familiarity with serial robotic arm operations and design constraints.
• Experience in systems engineering principles: requirements development, implementation, verification, system integration, qualification and release.
• Experience in robotic systems design including electrical and controls engineering.
• Experience in Solidworks and PDM.
• Experience in structural FEA and CFD using ANSYS or similar tools.

• Work performed in an environment requiring exposure to fumes, odors, noise, and outdoor conditions.
• Physical effort may be required for the handling of supplies or materials (up to 50 lbs unassisted).

ICON is looking for an experienced, open-minded, structured thinker who loves to solve complex problems and appreciates the value of prototyping and iterating applications over time. As a Senior Software Engineer II focusing on Computational Geometry & BIM at ICON, you will be responsible for developing and architecting the pre-print, computational geometry software platform for ICON's construction printing systems. This role is based on site at our Austin, TX HQ Campus and will report to our Director of Software Engineering.

RESPONSIBILITIES:

• Lead the design and implementation of new features and products to support our BuildOS design platform
• Architect and develop cutting-edge geometric algorithms that unlock the potential of ICON 3D printing technology
• Build and maintain internal tools to help visualize, instrument and debug the 3D printing process
• Partner with Architects, Structural Engineers and Building Scientists to convert architectural plans to highly efficient and structurally sound path-planning algorithms
• Work closely with R&D engineers to perfect print quality across ICON's lineup of devices and materials
• Create robust software integrations with 3rd party CAD and CAM software
• Design and develop BIM automation tooling to streamline architectural workflows and extract design intelligence from building models
• Lead exploration and prototyping of AI-driven design approaches for generative design, design optimization, and intelligent automation of construction planning
• Build systems that bridge architectural intent with manufacturing constraints through computational design
• Drive technical standards and best practices for computational geometry systems

MINIMUM QUALIFICATIONS:

• 8+ years of professional experience as a software engineer with demonstrated technical leadership
• BS in Computer Science or equivalent experience
• Proven ability to work closely with a wide variety of stakeholders to rapidly analyze and reduce large requirements into small deliverables
• Strong experience building platforms, micro-services, and APIs at scale
• Track record of architecting complex systems and making sound technical decisions
• A willingness to accept failure, learn and try again, and an open mind to try solutions that may seem impossible at first
• Excellent ability to communicate clearly and succinctly both in-person and via written asynchronous channels
• Experience mentoring other engineers and contributing to team growth

PREFERRED SKILLS AND EXPERIENCE:

• Advanced degree in Computer Science
• A passion for learning new disciplines and gaining a deep understanding of how other professionals do their work
• Strong Node.js and TypeScript experience, with a functional programming approach
• Deep mathematical background in geometry, linear algebra, numerical analysis and advanced 3D mathematics
• Strong intuition for physical systems and principles of stability
• Extensive experience with tools and services that leverage three-dimensional trigonometry to calculate and analyze shapes and tool paths
• Hands-on experience with BIM platforms (Revit, Rhino, Grasshopper) and their APIs for automation
• Familiarity with AI/ML frameworks and applications in design, generative modeling, or optimization problems
• Experience in computational design, algorithmic architecture, or design automation
• React, Redux, and RxJs experience
• Proven experience interfacing with CAD and CAM software APIs
• Experience with parametric modeling frameworks and computational design tools
• Strong interest in the principles of parametric architecture
• PostgreSQL, GraphQL experience
• Modern CI/CD workflows: GitHub, Jenkins, Travis, etc.
• Experience with geometric kernel libraries (CGAL, Open CASCADE, etc.)

ICON is seeking a highly motivated and dedicated Structural Engineer to work at the intersection of structural design and testing, playing a key role in the validation and regulatory acceptance of ICON's breakthrough 3D-printed structural systems and materials. Under the leadership of the Regulatory Affairs Program Manager, this position is responsible for primary tactical execution of validation and acceptance efforts that will systematically transform cutting-edge concepts into validated, approved solutions that unlock new markets and revenue opportunities. This role is based out of our Austin, TX campus, directly contributing to ICON's technology advancement and competitive positioning.

RESPONSIBILITIES:

• Generate and execute comprehensive test plans and specimen designs that meet structural testing objectives and regulatory requirements for ICON's 3D printed systems under the direction of the program or project manager.
• Support the coordination and design of test logistics including lifting procedures, shipping methods, and test fixture and setup requirements to ensure successful testing
• Generate detailed documentation for print processes such as technical drawings, instructions, and logs
• Monitor the 3D-printing process of test specimens to ensure specimen quality and conformance to established test plans and standards
• Analyze and interpret test results using sophisticated analytical techniques to identify performance trends and assess compliance with project objectives
• Prepare comprehensive technical documentation, including, but not limited to, written drawings, reports, calculations, and presentations, that captures testing methodology, results, and conclusions for regulatory bodies, engineering consultants, and certification agencies
• Assess unusual testing circumstances and devise creative solutions to overcome technical challenges in the testing process
• Support regulatory approval processes by adapting established testing approaches and developing new methodologies as needed

MINIMUM QUALIFICATIONS:

• Bachelor's degree in Civil Engineering, Structural Engineering, or a related technical discipline
• 5+ years of relevant professional experience in structural design, testing, research, or construction
• Strong understanding of structural engineering from first principles, including mechanics of materials, structural analysis, and design fundamentals
• Educational background or hands-on experience in the design and testing of concrete and masonry structural systems and materials
• Demonstrated problem-solving abilities and analytical thinking skills to assess complex technical challenges and develop effective solutions, including proficiency in data analysis and interpretation of structural test results using engineering principles and statistical methods
• Experience conducting systematic technical literature reviews, including ability to identify relevant sources, evaluate technical publications, and summarize and integrate findings
• Strong technical writing and drafting skills with demonstrated ability to prepare comprehensive reports and documentation that accurately and effectively convey information
• Familiarity with applicable structural testing standards and codes, including ASTM, ACI, ASCE, and building code requirements
• Excellent organizational and communication skills with proven ability to work on multiple concurrent projects independently
• Field work is required and some overnight travel may be required

PREFERRED QUALIFICATIONS:

• Graduate degree in structural engineering, materials engineering, or related technical discipline
• Demonstrated experience in test plan development, specimen design, and coordination of structural testing programs with laboratory facilities
• Hands-on experience with structural testing equipment, including hydraulic cylinders, pumps, actuators, load frames, instrumentation, and data acquisition systems
• Experience managing laboratory testing schedules, coordinating with multiple testing facilities, and overseeing complex testing timelines with external parties
• Understanding of concrete material science, including mix design, curing processes, fresh and hardened properties, and durability characteristics
• Field construction experience, particularly with concrete and masonry construction methods, quality control processes, and construction tools
• Experience with seismic loading analysis, seismic design code requirements, and seismic testing methodologies
• Familiarity with 3D printing technologies, additive manufacturing processes, or advanced construction methods

ICON is seeking a highly motivated and dedicated Sr. Regulatory Affairs Project Manager, MILCON to advance regulatory acceptance and business development across federal government and national security sectors, including the Department of Defense (DoD) and US national security agencies. Reporting to the Regulatory Program Manager, you'll execute public sector regulatory efforts, build critical relationships with government agencies, and expand the regulatory framework necessary to position ICON's 3D-printed construction technology as the government's construction technology of choice. You'll serve as the primary regulatory contact for government customers, federal agencies, ICON’s customers and support technology product development, directly contributing to establishing a self-supporting public sector business unit. This role is based in Austin, TX.

RESPONSIBILITIES:

• Execute public sector regulatory efforts by aligning regulatory pathways with government building codes and standards. Accelerate adoption of concrete 3D-printed construction across federal and state agencies, DoD military construction (MILCON), and intelligence community customers. 
• Build and maintain strong working relationships with federal technical groups —including USACE, NAVFAC, AFCEC, and other federal regulatory bodies—through presentations, and technical engagement.
• Support business development requests preparing technical proposals, delivering customer technical presentations, and technical demonstrations as needed..
• Serve as the primary regulatory contact for government projects and ICON customers working with federal agencies.. Provide technical guidance, address regulatory questions, and resolve complex approval challenges.
• Lead regulatory acceptance and approval processes to incorporate ICON's technology into government building standards, including the Unified Facilities Criteria (UFC). Coordinate testing programs, manage agency interactions, and develop technical documentation that meets federal requirements.
• Coordinate regulatory testing and technology validation efforts required for federal market access. Ensure testing programs meet UFC requirements, support approval objectives, and align with project timelines.
• Conduct comprehensive federal code research and analysis to identify regulatory requirements, approval pathways, and potential barriers across UFC, federal building codes, and agency-specific standards. Synthesize findings to inform business development strategy.
• Collaborate with internal technical teams—including testing, materials science, product engineering, and operations—to integrate federal regulatory requirements into product development; ensure validation efforts support approval pathways and resolve technical challenges that impact government acceptance.
• Work with internal teams to resolve post-occupancy technical issues related to ICON's wall systems and building technology on government projects.
• Support development of quality control guidelines and requirements to ensure consistent regulatory compliance with federal requirements.
• Assist Program Manager in developing and influencing federal building codes, UFCs, and government policies that align with ICON's technology capabilities and promote 3D-printed construction adoption across the public sector participate in federal technical committees and working groups related to innovative construction methods.
• Establish and maintain scalable regulatory processes, documentation systems, and security protocols that support federal contracting requirements and enable ICON to successfully compete for and execute government construction projects.
• Provide regular updates to the Regulatory Program Manager and company leadership on progress, regulatory challenges, approval timelines, emerging risks, and critical blockers that may impact business objectives.

MINIMUM QUALIFICATIONS:

• Bachelor's degree in Structural Engineering, Civil Engineering, Architectural Engineering, or a related technical field.
• 6+ years of relevant professional experience in structural engineering, construction, or regulatory affairs with demonstrated expertise in building code compliance.
• Strong understanding of building codes and standards, including UFC, IBC, IRC, ACI, ASCE, AISC, NDS, and TMS, with proven ability to interpret and apply complex regulatory requirements across federal and military jurisdictions.
• Demonstrated experience navigating federal regulatory approval processes with government agencies, which includes one or a combination of submission preparation, technical review coordination, and approval facilitation.
• Strong technical knowledge of structural systems and their integration with building enclosures, MEP systems, and construction methods for residential, commercial, and government buildings, with emphasis on concrete and masonry construction.
• Experience working with federal agencies, DoD organizations, or military construction projects with a general understanding of government contracting and acquisition processes.
• Understanding of structural testing methodologies and ability to develop test plans, analyze results, and prepare technical validation reports
• Excellent verbal and written communication skills with proven ability to present complex technical information to government stakeholders, military officials, and internal teams; technical writing skills with ability to prepare code compliance documentation and regulatory submissions.
• Exceptional relationship-building and networking abilities with demonstrated success establishing trust and credibility with government agencies and federal stakeholders in professional and regulatory environments.
• Self-motivated and highly organized with ability to manage multiple concurrent projects, prioritize competing demands, and adapt to evolving project scopes and requirements in government contracting environments.
• Willingness and ability to travel regularly to government facilities, military installations, and federal agencies, as well as occasional OCONUS travel if required.
• Valid driver's license and ability to operate a motor vehicle for site visits and meetings.

PREFERRED QUALIFICATIONS:

• Active Secret security clearance or ability to apply for Secret clearance within 6 months of hire.
• Professional Engineer (PE) license or eligibility to obtain professional licensure within 12 months of hire.
• Graduate degree in structural engineering, construction management, or related technical discipline.
• Experience working on MILCON projects or other government construction with established relationships with USACE, military service branches, or other government agencies.
• Experience with UFC code development, federal standards processes, or participation in government technical committees and working groups.
• Familiarity with 3D printing technologies, additive manufacturing processes, robotics in construction, or other innovative construction methods.
• Experience working in design-build, fast-track, or integrated project delivery environments with compressed approval timelines typical of government projects.
• Understanding of structural testing methodologies, materials science, or construction quality control processes relevant to federal acceptance criteria.
• Strong understanding of structural engineering from first principles, including mechanics of materials, structural analysis, and design fundamentals with the ability to perform structural engineering calculations and analysis as part of product validation and regulatory acceptance.
• Experience with construction quality assurance and quality control (QA/QC) programs for government projects

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